Since 1994, the RelMiCS meetings on Relational Methods in Computer Science have been a main forum for researchers who use the calculus of relations and similar algebraic formalisms as methodological and conceptual tools. The AKA workshop series on Applications of Kleene algebra started with a Dagstuhl seminar in 2001 and was co-organised with the RelMiCS conference until 2009. Since 2011, joint RAMiCS conferences continue to encompass the scope of both RelMiCS and AKA.

For more information, see http://ramics2015.di.uminho.pt

The aim of PCC is to stimulate research in proof theory, computation, and complexity, focusing on issues which combine logical and computational aspects. Topics may include applications of formal inference systems in computer science, as well as new developments in proof theory motivated by computer science demands. Specific areas of interest are (non-exhaustively listed) foundations for specification and programming languages, logical methods in specification and program development including program extraction from proofs, type theory, new developments in structural proof theory, and implicit computational complexity.

For more information, see http://www.mn.uio.no/math/english/research/groups/logic/events/conferences/.

The 5ESTC is the fifth meeting in a series of biennial meetings coordinated by the European Set Theory Society. As part of 5ESTC we will celebrate the 70th birthday of Adrian Mathias during the Mathias Day (Thursday 27).

For more information, see http://www.newton.ac.uk/event/hifw01

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

Logic can be understood in different ways. The word "logic" has four basic meanings: reasoning, science, language and relation. Religion is also "relational", it can be viewed as the connection between human beings with life, reality, divinity. Logic, symbol of rationality, may appear as opposed to religion belief-oriented.

But logic and religion are intertwinned in many ways. Theo-logy is the science of god. It includes some proofs of the existence of god ranging from Anselm to Gödel. Moreover in the Bible the logos is assimilated to God and this has been repercuted in occidental philosophy in different ways by philosophers such as Leibniz or Hegel. A religion like Buddhism is also strongly connected to reasoning as well as Islam and many others.

This will be the first world congress on logic and religion. Relations between logic in all its dimensions - philosophical, mathematical, computational, linguistical - and the the different religions will be examined.

For more information, see http://www.uni-log.org/logic-and-religion.html

Formal tools coming from logic and category theory are important in both natural language semantics and in computational semantics. Moreover, work on these tools borrows heavily from all areas of theoretical computer science. In the other direction, applications having to do with natural language has inspired developments on the formal side. The workshop invites papers on both topics.

MC'15 is affiliated with 42nd International Colloquium on Automata, Languages and Programming (ICALP 2015) and 30th Annual ACM/IEEE Symposium on Logic in Computer Science (LICS 2015)

For more information, see http://www.indiana.edu/~iulg/nlcs.html

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

Logic can be understood in different ways. The word "logic" has four basic meanings: reasoning, science, language and relation. Religion is also "relational", it can be viewed as the connection between human beings with life, reality, divinity. Logic, symbol of rationality, may appear as opposed to religion belief-oriented.

But logic and religion are intertwinned in many ways. Theo-logy is the science of god. It includes some proofs of the existence of god ranging from Anselm to Gödel. Moreover in the Bible the logos is assimilated to God and this has been repercuted in occidental philosophy in different ways by philosophers such as Leibniz or Hegel. A religion like Buddhism is also strongly connected to reasoning as well as Islam and many others.

This will be the first world congress on logic and religion. Relations between logic in all its dimensions - philosophical, mathematical, computational, linguistical - and the the different religions will be examined.

For more information, see http://www.uni-log.org/logic-and-religion.html

As in the previous editions, the purpose of this meeting is to inform you about various issues that are currently of importance in the ILLC and / or the Master of Logic programme. All ILLC staff, PhD students and guests are invited to attend. Drinks will be served afterwards (also in the ILLC Common Room).

For more information, contact illc at uva.nl.

Computer Science Logic (CSL) is the annual conference of the European Association for Computer Science Logic (EACSL). The conference is intended for computer scientists whose research activities involve logic, as well as for logicians working on issues significant for computer science.

On 11-12 september two co-located events will take place:
- The 11th International Workshop on Fixed Points in Computer Science (FICS'15)
- YuriFest, a celebration of Yuri Gurevich's 75th birthday with a symposium in his honour

For more information, see http://logic.las.tu-berlin.de/csl2015/

MFPS conferences are dedicated to the areas of mathematics, logic, and computer science that are related to models of computation in general, and to semantics of programming languages in particular. This is a forum where researchers in mathematics and computer science can meet and exchange ideas. The participation of researchers in neighbouring areas is strongly encouraged. The 31st MFPS will be co-located with the 6th Conference on Algebra and Coalgebra in Computer Science (CALCO)

For more information, see http://events.cs.bham.ac.uk/mfps31/

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

Logic can be understood in different ways. The word "logic" has four basic meanings: reasoning, science, language and relation. Religion is also "relational", it can be viewed as the connection between human beings with life, reality, divinity. Logic, symbol of rationality, may appear as opposed to religion belief-oriented.

But logic and religion are intertwinned in many ways. Theo-logy is the science of god. It includes some proofs of the existence of god ranging from Anselm to Gödel. Moreover in the Bible the logos is assimilated to God and this has been repercuted in occidental philosophy in different ways by philosophers such as Leibniz or Hegel. A religion like Buddhism is also strongly connected to reasoning as well as Islam and many others.

This will be the first world congress on logic and religion. Relations between logic in all its dimensions - philosophical, mathematical, computational, linguistical - and the the different religions will be examined.

For more information, see http://www.uni-log.org/logic-and-religion.html

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

Logic can be understood in different ways. The word "logic" has four basic meanings: reasoning, science, language and relation. Religion is also "relational", it can be viewed as the connection between human beings with life, reality, divinity. Logic, symbol of rationality, may appear as opposed to religion belief-oriented.

But logic and religion are intertwinned in many ways. Theo-logy is the science of god. It includes some proofs of the existence of god ranging from Anselm to Gödel. Moreover in the Bible the logos is assimilated to God and this has been repercuted in occidental philosophy in different ways by philosophers such as Leibniz or Hegel. A religion like Buddhism is also strongly connected to reasoning as well as Islam and many others.

This will be the first world congress on logic and religion. Relations between logic in all its dimensions - philosophical, mathematical, computational, linguistical - and the the different religions will be examined.

For more information, see http://www.uni-log.org/logic-and-religion.html

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

Logic can be understood in different ways. The word "logic" has four basic meanings: reasoning, science, language and relation. Religion is also "relational", it can be viewed as the connection between human beings with life, reality, divinity. Logic, symbol of rationality, may appear as opposed to religion belief-oriented.

But logic and religion are intertwinned in many ways. Theo-logy is the science of god. It includes some proofs of the existence of god ranging from Anselm to Gödel. Moreover in the Bible the logos is assimilated to God and this has been repercuted in occidental philosophy in different ways by philosophers such as Leibniz or Hegel. A religion like Buddhism is also strongly connected to reasoning as well as Islam and many others.

This will be the first world congress on logic and religion. Relations between logic in all its dimensions - philosophical, mathematical, computational, linguistical - and the the different religions will be examined.

For more information, see http://www.uni-log.org/logic-and-religion.html

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The Munich Center for Mathematical Philosophy (MCMP) is organizing the first Munich Graduate Workshop in Mathematical Philosophy, 9 - 11 April 2015. The workshop is intended for masters and doctoral students with interests in the philosophical foundations of physics. The program will feature student presentations, keynote lectures, and `working groups? on advanced material at the forefront of contemporary research.

Keynote Lectures: Harvey Brown (Oxford), Rüdiger Schack (London), Charlotte Werndl (Salzburg). Internal Lectures: Erik Curiel, Michael Cuffaro, Radin Dardashti, Samuel Fletcher, Paula Reichert, Karim Thébault

For more information, see http://www.lmu.de/graduateworkshop2015/

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The Munich Center for Mathematical Philosophy (MCMP) is organizing the first Munich Graduate Workshop in Mathematical Philosophy, 9 - 11 April 2015. The workshop is intended for masters and doctoral students with interests in the philosophical foundations of physics. The program will feature student presentations, keynote lectures, and `working groups? on advanced material at the forefront of contemporary research.

Keynote Lectures: Harvey Brown (Oxford), Rüdiger Schack (London), Charlotte Werndl (Salzburg). Internal Lectures: Erik Curiel, Michael Cuffaro, Radin Dardashti, Samuel Fletcher, Paula Reichert, Karim Thébault

For more information, see http://www.lmu.de/graduateworkshop2015/

COIN, or Coalgebra in the Netherlands, is a seminar taking place alternating at the Radboud University in Nijmegen and the CWI in Amsterdam. The aim of COIN is to bring together coalgebra researchers from various locations in the Netherlands, and share current results and questions in the world of coalgebra. We welcome presentations on any subject related to coalgebra.

Speakers:
Marco Peressotti: Behavioural equivalences for coalgebras with unobservable moves
Daniela Petri~an: Up-to techniques for bisimulations with silent moves
Jurriaan Rot: Coalgebraic trace semantics via forgetful logics

For more information, see http://cs.ru.nl/~hbasold/coin/

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The Munich Center for Mathematical Philosophy (MCMP) is organizing the first Munich Graduate Workshop in Mathematical Philosophy, 9 - 11 April 2015. The workshop is intended for masters and doctoral students with interests in the philosophical foundations of physics. The program will feature student presentations, keynote lectures, and `working groups? on advanced material at the forefront of contemporary research.

Keynote Lectures: Harvey Brown (Oxford), Rüdiger Schack (London), Charlotte Werndl (Salzburg). Internal Lectures: Erik Curiel, Michael Cuffaro, Radin Dardashti, Samuel Fletcher, Paula Reichert, Karim Thébault

For more information, see http://www.lmu.de/graduateworkshop2015/

The second edition of the FILOMENA Workshop (FIlosofia, LOgica e MEtafísica aNAlítica), promoted by the Group on Logic and Formal Philosophy from the UFRN, has the purpose of gathering logicians working at the intersection of Logic and Metaphysics, through the application of formal methods in Philosophy.

Logic, while initially considered as a branch of Philosophy, has outgrown its original purposes and found connections with other areas of Philosophy, such as Philosophy of Language, Philosophy of Mathematics, Philosophy of Science and Philosophy of Mind. Since its modern development, Logic has proved to be a powerful tool for analyzing different philosophical theories, as well as their foundations and implications; moreover, the birth and development of non-classical logics has expanded its domain of application much beyond the dreams of its progenitors.

For more information, see https://sites.google.com/a/dimap.ufrn.br/natalogic-2015/segundo-filomena

NAT@Logic 2015 is a pool of workshops related to Logic in Computer Science, in Philosophy, and in Mathematics. The full programme will boast 10 keynote speakers, plus at least 60 contributed talks and 15 tutorials. The collocated events that constitute NAT@Logic 2015 are:

• LSFA X (10th Workshop on Logical and Semantic Frameworks, with Applications)
• GeTFun 3.0 (3rd Workshop on Generalizations of Truth-Functionality)
• Filomena 2 (2nd Workshop on Philosophy, Logic and Applied Metaphysics)
• LFIs^15 (Workshop commemorating the 15 years of the LFIs)
• TRS Reasoning School (TRS = TRS Reasoning School)

For more information, see http://natalogic-2015.dimap.ufrn.br/

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

Logic was originally meant to systematize and analyze arguments in natural language. But in the 20th century the main developments in logic focused on mathematics and its foundations. Recently, a number of researchers have focused on logical systems tuned to natural language semantics to reconnect with the older tradition. The logical and conceptual underpinnings of some of these systems remains unclear, although some recent work has begun to address formal foundations.

The aim of this conference is to contribute to this direction in semantics and to discuss logics, especially proof systems, well-suited for natural language semantics and to explore comparisons between these systems. We also welcome input from people invoved in computational semantics, psychology of reasoning, and computer implementations of natural reasoning systems.

For more information, see http://www.indiana.edu/~iulg/wollic/coconat.htm

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

From April 16-18, 2015 the Utrecht Workshop on Proof Theory will take place at Utrecht University, the Netherlands.

The aim of this workshop is to bring together researchers from different areas in proof theory to share results, ideas and methods.

Everybody is welcome to attend the workshop. Please register by sending an email to fan.yang.c at gmail.com. Giving a talk is by invitation only.

For more information, see http://www.phil.uu.nl/~iemhoff/Conferenties/UWPT/

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

From April 16-18, 2015 the Utrecht Workshop on Proof Theory will take place at Utrecht University, the Netherlands.

The aim of this workshop is to bring together researchers from different areas in proof theory to share results, ideas and methods.

Everybody is welcome to attend the workshop. Please register by sending an email to fan.yang.c at gmail.com. Giving a talk is by invitation only.

For more information, see http://www.phil.uu.nl/~iemhoff/Conferenties/UWPT/

The Philosophy Department at the University of Connecticut in partnership with the Pluralisms Global Research Network funded by the National Research Foundation of Korea is delighted to announce a conference on *Truth Pluralism and Logical Pluralism*, to be held from April 17-19, 2015, at the University of Connecticut, Storrs.

What does a mean for a sentence or proposition to be true? Can there be more than one way for something to be true? What does it mean for a logic to be "correct", and can there be multiple equally correct logics? This conference is aimed at exploring issues in pluralisms about truth and logic and their rival theories, as well as the connections between them.

If you have any questions, please contact the conference organiser, Nathan Kellen <nathan.kellen at gmail.com>. For more information and a registration form, see http://philosophy.uconn.edu/ and http://www.nikolajpedersen.com/pluralisms.html. While the conference is free and open to the public, registration is required. Please register by April 1st, using the registration form at http://www.nathankellen.com/.

A conference in honor of Hugh Woodin's 60th birthday will be held at Harvard University on April 17-19, 2015.

The speakers for the meeting will be Garth Dales, Qi Feng, Matt Foreman, Alexander Kechris, Menachem Magidor, Donald Martin, Grigor Sargsyan, Ted Slaman and John Steel.

There is a conference website at:http://logic.harvard.edu/woodin_meeting.html Information will be added there as it becomes available. We would like to keep a head count of those planning to attend, so if you are planning to do so, please let us know at woodinbirthdayconference at gmail.com.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

From April 16-18, 2015 the Utrecht Workshop on Proof Theory will take place at Utrecht University, the Netherlands.

The aim of this workshop is to bring together researchers from different areas in proof theory to share results, ideas and methods.

Everybody is welcome to attend the workshop. Please register by sending an email to fan.yang.c at gmail.com. Giving a talk is by invitation only.

For more information, see http://www.phil.uu.nl/~iemhoff/Conferenties/UWPT/

The Philosophy Department at the University of Connecticut in partnership with the Pluralisms Global Research Network funded by the National Research Foundation of Korea is delighted to announce a conference on *Truth Pluralism and Logical Pluralism*, to be held from April 17-19, 2015, at the University of Connecticut, Storrs.

What does a mean for a sentence or proposition to be true? Can there be more than one way for something to be true? What does it mean for a logic to be "correct", and can there be multiple equally correct logics? This conference is aimed at exploring issues in pluralisms about truth and logic and their rival theories, as well as the connections between them.

If you have any questions, please contact the conference organiser, Nathan Kellen <nathan.kellen at gmail.com>. For more information and a registration form, see http://philosophy.uconn.edu/ and http://www.nikolajpedersen.com/pluralisms.html. While the conference is free and open to the public, registration is required. Please register by April 1st, using the registration form at http://www.nathankellen.com/.

A conference in honor of Hugh Woodin's 60th birthday will be held at Harvard University on April 17-19, 2015.

The speakers for the meeting will be Garth Dales, Qi Feng, Matt Foreman, Alexander Kechris, Menachem Magidor, Donald Martin, Grigor Sargsyan, Ted Slaman and John Steel.

There is a conference website at:http://logic.harvard.edu/woodin_meeting.html Information will be added there as it becomes available. We would like to keep a head count of those planning to attend, so if you are planning to do so, please let us know at woodinbirthdayconference at gmail.com.

Researchers in several communities are trying to understand the basic principles underlying creativity-related abilities (such as concept invention, concept formation, creative problem solving, the production of art, and creativity in all its facets e.g. in engineering, science, mathematics, business processes), working on computational models of their functioning, and also their utilization in different contexts and applications (e.g. applications of computational creativity frameworks with respect to mathematical invention and inventions in engineering, to the creation of poems, drawings, and music, to product design and development, to architecture etc.). In particular, a variety of different methodologies are used in such contexts ranging from logic-based frameworks to probabilistic and neuro-inspired approaches. This workshop shall offer a platform for scientists and professional users within relevant areas, on the one hand presenting actual and ongoing work in research, on the other hand also offering a chance for obtaining feedback and input from applications and use-case studies.

For more information, see http://www.cogsci.uos.de/~c3gi

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The Philosophy Department at the University of Connecticut in partnership with the Pluralisms Global Research Network funded by the National Research Foundation of Korea is delighted to announce a conference on *Truth Pluralism and Logical Pluralism*, to be held from April 17-19, 2015, at the University of Connecticut, Storrs.

What does a mean for a sentence or proposition to be true? Can there be more than one way for something to be true? What does it mean for a logic to be "correct", and can there be multiple equally correct logics? This conference is aimed at exploring issues in pluralisms about truth and logic and their rival theories, as well as the connections between them.

If you have any questions, please contact the conference organiser, Nathan Kellen <nathan.kellen at gmail.com>. For more information and a registration form, see http://philosophy.uconn.edu/ and http://www.nikolajpedersen.com/pluralisms.html. While the conference is free and open to the public, registration is required. Please register by April 1st, using the registration form at http://www.nathankellen.com/.

A conference in honor of Hugh Woodin's 60th birthday will be held at Harvard University on April 17-19, 2015.

The speakers for the meeting will be Garth Dales, Qi Feng, Matt Foreman, Alexander Kechris, Menachem Magidor, Donald Martin, Grigor Sargsyan, Ted Slaman and John Steel.

There is a conference website at:http://logic.harvard.edu/woodin_meeting.html Information will be added there as it becomes available. We would like to keep a head count of those planning to attend, so if you are planning to do so, please let us know at woodinbirthdayconference at gmail.com.

CCR 2015 will be held in Heidelberg, in the Institute of Computer Science, from the 22nd to the 26th of June 2015. The conference will be in the tradition of the previous meetings Cordoba, Buenos Aires, Nanjing, Luminy, Notre Dame, Cape Town, Cambridge, Moscow and Singapore. Topics covered include: Algorithmic randomness, Computability theory, Kolmogorov complexity, Computational complexity, Reverse mathematics and logic, and Randomness in networks and applications to biology.

For more information, see http://math.uni-heidelberg.de/logic/conferences/ccr2015/

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

Massimiliano Carrara (University of Padua and COGITO) and Riccardo Pinosio (ILLC, University of Amsterdam) are organizing a Workshop "Logic from Descartes to Kant"

For more information, see here.

The AISB Convention is an annual conference covering the range of AI and Cognitive Science, organised by the Society for the Study of Artificial Intelligence and Simulation of Behaviour. The 51st Convention will be held at the University of Kent, Canterbury, UK, from 20-22nd April 2015.

The convention is structured as a number of co-located symposia, together with a number of plenary talks and events. A symposium lasts for one or two days, and can include any type of event of academic benefit: talks, posters, panels, discussions, debates, demonstrations, outreach sessions, exhibits, etc. Each symposium is organised by its own programme committee.

For more information, see http://www.cs.kent.ac.uk/events/2015/AISB2015/. or contact C.G.Johnson at kent.ac.uk.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The AISB Convention is an annual conference covering the range of AI and Cognitive Science, organised by the Society for the Study of Artificial Intelligence and Simulation of Behaviour. The 51st Convention will be held at the University of Kent, Canterbury, UK, from 20-22nd April 2015.

The convention is structured as a number of co-located symposia, together with a number of plenary talks and events. A symposium lasts for one or two days, and can include any type of event of academic benefit: talks, posters, panels, discussions, debates, demonstrations, outreach sessions, exhibits, etc. Each symposium is organised by its own programme committee.

For more information, see http://www.cs.kent.ac.uk/events/2015/AISB2015/. or contact C.G.Johnson at kent.ac.uk.

Researchers from various UvA departments share a deep interest in the study of decision making and decision support. Joining forces would enable researchers with backgrounds in, e.g., Psychology, Economics, Biology, Mathematics, Logic, Artificial Intelligence, and Computer Science to capitalize on their complementary expertise. This, in turn, will allow the UvA to widen the interdisciplinary nature, scope, and significance of ongoing research in the decision sciences, and to educate a new generation of experts in this field. The Symposium on Decision Making will bring together UvA staff members and students from various departments and Master's programmes to discuss central questions, share perspectives, and identify common ground as well as important focus topics for potential research and education initiatives, in an interactive forum.

The programme will consist of a keynote lecture by Paul Glimcher (NYU) on neuroeconomics and three panel discussions on different questions related to decision making and decision support.

For more information, see http://www.abc.uva.nl/decision-making or contact Ulle Endriss (ulle.endriss at uva.nl).

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The AISB Convention is an annual conference covering the range of AI and Cognitive Science, organised by the Society for the Study of Artificial Intelligence and Simulation of Behaviour. The 51st Convention will be held at the University of Kent, Canterbury, UK, from 20-22nd April 2015.

The convention is structured as a number of co-located symposia, together with a number of plenary talks and events. A symposium lasts for one or two days, and can include any type of event of academic benefit: talks, posters, panels, discussions, debates, demonstrations, outreach sessions, exhibits, etc. Each symposium is organised by its own programme committee.

For more information, see http://www.cs.kent.ac.uk/events/2015/AISB2015/. or contact C.G.Johnson at kent.ac.uk.

This is the seventh in the progic series of conferences, which seeks to address the questions of whether, and if so, how, probability and logic should be combined. The 2015 conference will also be interested in connections between formal epistemology and inductive logic. Can inductive logic shed light on epistemological questions to do with belief, judgement etc.? Can epistemological considerations lead to a viable notion of inductive logic?

Invited speakers include: Richard Bradley, Dorothy Edgington, John Norton, Jeanne Peijnenburg. The conference will be preceded by a two-day Spring School, where introductory lectures on the themes of the conference will be given by Juergen Landes, Jeff Paris, Niki Pfeifer, Gregory Wheeler, Jon Williamson.

A limited number of bursaries are available to postgraduate students attending the Spring School and the conference: these will cover 50% of accommodation and registration costs. For further details please see the conference website http://www.kent.ac.uk/secl/philosophy/jw/2015/progic/.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

This is the seventh in the progic series of conferences, which seeks to address the questions of whether, and if so, how, probability and logic should be combined. The 2015 conference will also be interested in connections between formal epistemology and inductive logic. Can inductive logic shed light on epistemological questions to do with belief, judgement etc.? Can epistemological considerations lead to a viable notion of inductive logic?

Invited speakers include: Richard Bradley, Dorothy Edgington, John Norton, Jeanne Peijnenburg. The conference will be preceded by a two-day Spring School, where introductory lectures on the themes of the conference will be given by Juergen Landes, Jeff Paris, Niki Pfeifer, Gregory Wheeler, Jon Williamson.

A limited number of bursaries are available to postgraduate students attending the Spring School and the conference: these will cover 50% of accommodation and registration costs. For further details please see the conference website http://www.kent.ac.uk/secl/philosophy/jw/2015/progic/.

Prior registration is not required, but we would be grateful to know in advance that you plan to attend. For more information, see https://simworkshop.wordpress.com/ or http://philevents.org/event/show/17106, or contact organization.simworkshop at gmail.com

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

This is the seventh in the progic series of conferences, which seeks to address the questions of whether, and if so, how, probability and logic should be combined. The 2015 conference will also be interested in connections between formal epistemology and inductive logic. Can inductive logic shed light on epistemological questions to do with belief, judgement etc.? Can epistemological considerations lead to a viable notion of inductive logic?

Invited speakers include: Richard Bradley, Dorothy Edgington, John Norton, Jeanne Peijnenburg. The conference will be preceded by a two-day Spring School, where introductory lectures on the themes of the conference will be given by Juergen Landes, Jeff Paris, Niki Pfeifer, Gregory Wheeler, Jon Williamson.

A limited number of bursaries are available to postgraduate students attending the Spring School and the conference: these will cover 50% of accommodation and registration costs. For further details please see the conference website http://www.kent.ac.uk/secl/philosophy/jw/2015/progic/.

Prior registration is not required, but we would be grateful to know in advance that you plan to attend. For more information, see https://simworkshop.wordpress.com/ or http://philevents.org/event/show/17106, or contact organization.simworkshop at gmail.com

The 2nd Belgrade University Graduate Conference in Philosophy and Logic is organised by the Department of Philosophy and the Institute of Philosophy of the Faculty of Philosophy at the University of Belgrade.

Keynote Speakers: Alexandru Baltag (University of Amsterdam), Kosta Dosen (University of Belgrade), Michael Griffin (Central European University), Peter Schroeder-Heister (University of Tuebingen), Sonja Smets (University of Amsterdam).

For more information see http://2ndbelgradephilosophy.wordpress.com or contact philosophy.graduate at f.bg.ac.rs.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The 2nd Belgrade University Graduate Conference in Philosophy and Logic is organised by the Department of Philosophy and the Institute of Philosophy of the Faculty of Philosophy at the University of Belgrade.

Keynote Speakers: Alexandru Baltag (University of Amsterdam), Kosta Dosen (University of Belgrade), Michael Griffin (Central European University), Peter Schroeder-Heister (University of Tuebingen), Sonja Smets (University of Amsterdam).

For more information see http://2ndbelgradephilosophy.wordpress.com or contact philosophy.graduate at f.bg.ac.rs.

DRIFT is an annual festival comprising lectures, presentations and debates representing a wide variety of philosophical disciplines. This year's theme is 'Towards Chaos'. Among this year's speakers are Graham Priest, Alessandra Palmigiano, Sally Haslanger, Franco 'Bifo' Berardi, Raymond Geuss, and Rob Riemen in debate with René Boomkens.

For more information, see the website at http://www.festivaldrift.nlwebsite or the Facebook page at https://www.facebook.com/pages/Wijsgerig-Festival-DRIFT/164500041788?fref=ts, or contact festivaldrift at gmail.com

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The 2nd Belgrade University Graduate Conference in Philosophy and Logic is organised by the Department of Philosophy and the Institute of Philosophy of the Faculty of Philosophy at the University of Belgrade.

Keynote Speakers: Alexandru Baltag (University of Amsterdam), Kosta Dosen (University of Belgrade), Michael Griffin (Central European University), Peter Schroeder-Heister (University of Tuebingen), Sonja Smets (University of Amsterdam).

For more information see http://2ndbelgradephilosophy.wordpress.com or contact philosophy.graduate at f.bg.ac.rs.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.

The APMP aims to foster the philosophy of mathematical practice, that is, a broad outward-looking approach to understanding mathematics that engages with mathematics in practice ~including issues in history of mathematics, the applications of mathematics, cognitive science, etc.

Invited Speakers: Abel Lassalle Casanave (Brasil), Leo Corry (Israel, to be confirmed), Silvia De Toffoli (USA), Jeremy Gray (UK), Danielle Macbeth (USA), Paolo Mancosu (USA).

Note that the Seventh French Philosophy of Mathematics Workshop (FPMW7) will be held in Paris immediately following the APMP, on November 5-7.

For more information, see http://institucional.us.es/apmp/index_APMP2015.htm

The 2015 annual meeting of the Deutschen Mathematiker-Vereinigung (DMV) will be hosted by the Department of Mathematics of the University of Hamburg from 21 to 25 September 2015. The organisers collaborated with the Dansk Matematisk Forening during the composition of the scientific programme; Danish-German research collaboration in mathematics is one of the special themes of this meeting.

Satellite workshops (20 & 21 September 2015): "Current Trends in Stochastic Analysis and Related Topics", "Generalized Baire Space", "History of Mathematics", and "Trends in Proof Theory".

For more information, see http://www.math.uni-hamburg.de/DMV2015/

For many applications, specific domain knowledge is required. Instead of coding such knowledge into a specific system in a way that it can never be changed (hidden in the overall implementation), different logic-based formalisms for representing different kinds of knowledge have been developed in the last 50 years. In this module, we discuss some of these approaches, namely modal logics and description logics.

Description logics are mainly designed to represent and reason about the terminology of an application domain and form the logical underpinning of the Semantic Web ontology language OWL. Modal logics can be used to represent and reason about the behaviour of systems, for example agent based systems. For both logics, automated reasoning tools have been developed to answer queries about the knowledge representation explicitly. This module provides an introduction to various modal and description logics, how to formalise knowledge and questions about this knowledge in these logics, different approaches to automated reasoning for these logics, and the relationship between these logics and first-order logic.

The module is entirely web-based, so a reliable internet connection is essential. Required Time per Week: 8-10 hours. A detailed module outline, learning outcomes, assessment information is available from the module website at http://www.cs.manchester.ac.uk/study/professional-development/study-options/. Registration deadline: 20 February 2015.