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Michael Mendler
2010 – today
- 2013
[c30]Reinhard von Hanxleden, Michael Mendler, Joaquin Aguado, Björn Duderstadt, Insa Fuhrmann, Christian Motika, Stephen Mercer, Owen O'Brien: Sequentially constructive concurrency: a conservative extension of the synchronous model of computation. DATE 2013: 581-586- 2012
[j22]Michael Mendler, Thomas R. Shiple, Gérard Berry: Constructive Boolean circuits and the exactness of timed ternary simulation. Formal Methods in System Design 40(3): 283-329 (2012)- 2011
[j21]Michael Mendler, Stephan Scheele: Cut-free Gentzen calculus for multimodal CK. Inf. Comput. 209(12): 1465-1490 (2011)
[j20]Joaquin Aguado, Michael Mendler: Constructive semantics for instantaneous reactions. Theor. Comput. Sci. 412(11): 931-961 (2011)
[c29]- 2010
[j19]Michael Mendler, Gerald Lüttgen: Is observational congruence on µ-expressions axiomatisable in equational Horn logic? Inf. Comput. 208(6): 634-651 (2010)
[j18]Michael Mendler, Stephan Scheele: Towards Constructive DL for Abstraction and Refinement. J. Autom. Reasoning 44(3): 207-243 (2010)
[c28]Willem-Paul de Roever, Gerald Lüttgen, Michael Mendler: What Is in a Step: New Perspectives on a Classical Question. Essays in Memory of Amir Pnueli 2010: 370-399
[c27]
2000 – 2009
- 2009
[c26]Michael Mendler, Reinhard von Hanxleden, Claus Traulsen: WCRT algebra and interfaces for esterel-style synchronous processing. DATE 2009: 93-98
[c25]Michael Mendler, Stephan Scheele: Exponential Speedup in UL Subsumption Checking relative to general TBoxes for the Constructive Semantics. Description Logics 2009- 2008
[j17]Florence Maraninchi, Michael Mendler, Marc Pouzet, Alain Girault, Éric Rutten: Selected Papers from SLA++P 07 and 08 Model-Driven High-Level Programming of Embedded Systems. EURASIP J. Emb. Sys. 2008 (2008)
[j16]
[c24]Michael Mendler, Stephan Scheele: Towards Constructive DL for Abstraction and Refinement. Description Logics 2008- 2007
[c23]Michael Mendler, Gerald Lüttgen: Is Observational Congruence Axiomatisable in Equational Horn Logic? CONCUR 2007: 197-211- 2005
[j15]Gerald Lüttgen, Natividad Martínez Madrid, Michael Mendler: Preface. Electr. Notes Theor. Comput. Sci. 115: 1-2 (2005)
[c22]Joaquin Aguado, Michael Mendler: Constructive semantics for instantaneous reactions. GALOP 2005: 16-31- 2004
[j14]Joaquin Aguado, Michael Mendler, Gerald Lüttgen: A-maze-ing Esterel. Electr. Notes Theor. Comput. Sci. 88: 21-37 (2004)
[j13]
[j12]
[j11]Valeria de Paiva, Rajeev Goré, Michael Mendler: Forthcoming Papers. J. Log. Comput. 14(4): 621-622 (2004)- 2003
[j10]Manfred Broy, Gerald Lüttgen, Michael Mendler: Editorial: Where Theory and Practice Meet. Formal Asp. Comput. 15(4): 297-298 (2003)
[j9]Matt Fairtlough, Michael Mendler: Intensional Completeness in an Extension of Gödel/Dummett Logic. Studia Logica 73(1): 51-80 (2003)
[c21]Barry Norton, Gerald Lüttgen, Michael Mendler: A Compositional Semantic Theory for Synchronous Component-based Design. CONCUR 2003: 453-467- 2002
[j8]Gerald Lüttgen, Michael Mendler: Towards a Model-Theory for Esterel. Electr. Notes Theor. Comput. Sci. 65(5): 95-109 (2002)
[j7]Gerald Lüttgen, Michael Mendler: The intuitionism behind Statecharts steps. ACM Trans. Comput. Log. 3(1): 1-41 (2002)
[c20]Gerald Lüttgen, Michael Mendler: Axiomatizing an Algebra of Step Reactions for Synchronous Languages. CONCUR 2002: 386-401- 2001
[j6]Matt Fairtlough, Michael Mendler, Eugenio Moggi: Special issue: Modalities in type theory. Mathematical Structures in Computer Science 11(4): 507-509 (2001)
[c19]Natasha Alechina, Michael Mendler, Valeria de Paiva, Eike Ritter: Categorical and Kripke Semantics for Constructive S4 Modal Logic. CSL 2001: 292-307
[c18]Gerald Lüttgen, Michael Mendler: Statecharts: From Visual Syntax to Model-Theoretic Semantics. GI Jahrestagung (1) 2001: 615-621
[c17]Matt Fairtlough, Michael Mendler, Xiaochun Cheng: Abstraction and Refinement in Higher Order Logic. TPHOLs 2001: 201-216- 2000
[j5]Michael Mendler: Timing Analysis of Combinational Circuits in Intuitionistic Propositional Logic. Formal Methods in System Design 17(1): 5-37 (2000)
[j4]Michael Mendler: Characterising Combinational Timing Analyses in Intuitionistic Modal Logic. Logic Journal of the IGPL 8(6): 821-852 (2000)
[c16]Gerald Lüttgen, Michael Mendler: Fully-Abstract Statecharts Semantics via Intuitionistic Kripke Models. ICALP 2000: 163-174
[c15]Matt Fairtlough, Michael Mendler: On the Logical Content of Computational Type Theory: A Solution to Curry's Problem. TYPES 2000: 63-78
1990 – 1999
- 1999
[c14]Thomas Lock, Michael Mendler: Äquivalenz von annotierten Kontrollflussgraphen zur Darstellung von HLS-Ein-und Ausgaben bei Verwendung pfadbasierter Einplanungsverfahren. MBMV 1999: 51-60- 1998
[c13]Thomas Lock, Michael Mendler, Matthias Mutz: Combined Formal Post- and Presynthesis Verification in High Level Synthesis. FMCAD 1998: 222-236
[c12]Thomas Lock, Michael Mendler: Formale Modellierung von kontrollflussdominierten High-Level-Synthese-Eingabebeschreibungen zur Verifikation von Ergebnissen kontrollflussgesteuerter Einplanungsverfahren. MBMV 1998: 75-84- 1997
[j3]
[c11]Peter Kelb, Tiziana Margaria, Michael Mendler, Claudia Gsottberger: MOSEL: A Sound and Efficient Tool for M2L(Str). CAV 1997: 448-451
[c10]Rance Cleaveland, Gerald Lüttgen, Michael Mendler: An Algebraic Theory of Multiple Clocks. CONCUR 1997: 166-180
[c9]Peter Kelb, Tiziana Margaria, Michael Mendler, Claudia Gsottberger: MOSEL: A FLexible Toolset for Monadic Second-Order Logic. TACAS 1997: 183-202- 1996
[c8]Michael Mendler: A Timing Refinement of Intuitionistic Proofs and its Application to the Timing Analysis of Combinational Circuits. TABLEAUX 1996: 261-277- 1995
[c7]
[c6]
[c5]Henrik Reif Andersen, Michael Mendler: Describing a Signal Analyzer in the Process Algebra PMC - A Case Study. TAPSOFT 1995: 620-635- 1994
[c4]Matt Fairtlough, Michael Mendler: An Intuitionistic Modal Logic with Applications to the Formal Verification of Hardware. CSL 1994: 354-368
[c3]Henrik Reif Andersen, Michael Mendler: An Asynchronous Algebra with Multiple Clocks. ESOP 1994: 58-73- 1993
[j2]Michael Mendler, Terry Stroup: Newtonian Arbiters Cannot be Proven Correct. Formal Methods in System Design 3(3): 233-257 (1993)- 1992
[j1]Bernhard Steffen, C. Barry Jay, Michael Mendler: Compositional characterization of observable program properties. ITA 26: 403-424 (1992)
[c2]Michael Mendler, Terry Stroup: Newtonian Arbiters Cannot be Proven Correct. Designing Correct Circuits 1992: 47-66
1980 – 1989
- 1989
[c1]Terry Stroup, Norbert Götz, Michael Mendler: Stepwise Refinement of Layered Protocols by Formal Program Development. PSTV 1989: 71-85
Coauthor Index
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last updated on 2013-05-19 23:49 CEST by the dblp team



