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    • e">Phillipp W. Kutter, and Alfonso Pierantonio, "Enhanced Control Flow Graphs in Montages"

  • Matthias Anlauff, Phillipp W. Kutter, and Alfonso Pierantonio, "Formal Aspects of and Development Environments for Montages"

  • Matthias Anlauff, Phillipp W. Kutter, and Alfonso Pierantonio, "Tool Support for Language Design and Prototyping with Montages"

  • Matthias Anlauff, Phillipp W. Kutter, Alfonso Pierantonio, and Lothar Thiele, "Generating an Action Notation Environment from Montages Descriptions"

  • Lourdes Araujo, "Correctness proof of a Distributed Implementation of Prolog by means of Abstract State Machines"

  • Egon Börger, "The ASM Refinement Method"

  • Michael Barnett, Egon Börger, Yuri Gurevich, Wolfram Schulte, and Margus Veanes, "Using Abstract State Machines at Microsoft: A Case Study"

  • Michael Barnett, Colin Campbell, Wolfram Schulte, and Margus Veanes, "Specification, Simulation and Testing of COM Components using Abstract State Machines"

  • Michael Barnett and Wolfram Schulte, "The ABCs of Specification: AsmL, Behavior, and Components"

  • Michael Barnett and Wolfram Schulte, "Contracts, Components, and their Runtime Verification on the .NET Platform"

  • Michael Barnett and Wolfram Schulte, "Spying on Components: A Runtime Verification Technique"

  • Danièle Beauquier and Anatol Slissenko, "The Railroad Crossing Problem: Towards Semantics of Timed Algorithms and their Model-Checking in High-Level Languages"

  • Danièle Beauquier and Anatol Slissenko, "On Semantics of Algorithms with Continuous Time"

  • Danièle Beauquier and Anatol Slissenko, "Verification of Timed Algorithms: Gurevich Abstract State Machines versus First Order Timed Logic"

  • Bernhard Beckert and Joachim Posegga, "leanEA: A Lean Evolving Algebra Compiler"

  • Christoph Beierle, "Formal design of an abstract machine for constraint logic programming"

  • Christoph Beierle and Egon Börger, "Correctness proof for the WAM with types"

  • Christoph Beierle and Egon Börger, "Refinement of a typed WAM extension by polymorphic order-sorted types"

  • Christoph Beierle and Egon Börger, "Specification and correctness proof of a WAM extension with abstract type constraints"

  • Christoph Beierle, Egon Börger, Igor Durdanovic, Uwe Glässer, and Elvinia Riccobene, "Refining Abstract Machine Specifications of the Steam Boiler Control to Well Documented Executable Code."

  • Giampaolo Bella and Elvinia Riccobene, "Formal Analysis of the Kerberos Authentication System"

  • Giampaolo Bella and Elvinia Riccobene, "A Realistic Environment for Crypto-Protocol Analyses by ASMs"

  • Andreas Blass, "Abstract State Machines and Pure Mathematics"

  • Andreas Blass and Yuri Gurevich, "Abstract State Machines Capture Parallel Algorithms"

  • Andreas Blass and Yuri Gurevich, "Abstract State Machines Capture Parallel Algorithms: Correction and Extension"

  • Andreas Blass and Yuri Gurevich, "Algorithms vs. Machines"

  • Andreas Blass and Yuri Gurevich, "Background, Reserve, and Gandy Machines"

  • Andreas Blass and Yuri Gurevich, "The Linear Time Hierarchy Theorems for Abstract State Machines and RAMs"

  • Andreas Blass and Yuri Gurevich, "The Logic of Choice"

  • Andreas Blass and Yuri Gurevich, "New Zero-One Law and Strong Extension Axioms"

  • Andreas Blass and Yuri Gurevich, "Strong Extension Axioms and Shelah's Zero-One Law for Choiceless Polynomial Time"

  • Andreas Blass, Yuri Gurevich, and Saharon Shelah, "Choiceless Polynomial Time"

  • Andreas Blass, Yuri Gurevich, and Saharon Shelah, "On Polynomial Time Computation Over Unordered Structures"

  • Andreas Blass, Yuri Gurevich, and Jan Van den Bussche, "Abstract state machines and computationally complete query languages"

  • Egon Börger, "Abstract State Machines: A Unifying View of Models of Computation and of System Design Frameworks"

  • Egon Börger, "The ASM Ground Model Method as a Foundation of Requirements Engineering"

  • Egon Börger, "The ASM Refinement Method"

  • Egon Börger, "Computation and Specification Models: A Comparative Study"

  • Egon Börger, "Design for Reuse via Structuring Techniques for ASMs."

  • Egon Börger, "High Level System Design and Analysis using Abstract State Machines"

  • Egon Börger, "Logic Programming: The Evolving Algebra Approach"

  • Egon Börger, "The Origins and the Development of the ASM Method for High Level System Design and Analysis"

  • Egon Börger, "Why Use Evolving Algebras for Hardware and Software Engineering?"

  • Egon Börger and Tommaso Bolognesi, "Remarks on Turbo ASMs for Functional Equations and Recursion Schemes"

  • Egon Börger, A. Cavarra, and Elvinia Riccobene, "An ASM Semantics for UML Activity Diagrams"

  • Egon Börger and Giuseppe Del Castillo, "A formal method for provably correct composition of a real-life processor out of basic components (The APE100 Reverse Engineering Study)"

  • Egon Börger and Giuseppe Del Castillo, "A formal method for provably correct composition of a real-life processor out of basic components (The APE100 Reverse Engineering Study)" (Extended Abstract)

  • Egon Börger, Giuseppe Del Castillo, Paola Glavan, and Dean Rosenzweig, "Towards a mathematical specification of the APE100 architecture: the APESE model"

  • Egon Börger and Igor Durdanovic, "Correctness of compiling Occam to Transputer code"

  • Egon Börger, Igor Durdanovic, and Dean Rosenzweig, "Occam: Specification and compiler correctness. Part I: Simple mathematical interpreters."

  • Egon Börger and Uwe Glässer, "A formal specification of the PVM architecture"

  • Egon Börger and Uwe Glässer, "Modelling and Analysis of Distributed and Reactive Systems using Evolving Algebras."

  • Egon Börger, Uwe Glässer, and Wolfgang Muller, "Formal Definition of an Abstract VHDL'93 Simulator By EA-Machines"

  • Egon Börger, Uwe Glässer, and Wolfgang Muller, "The Semantics of Behavioral VHDL'93 Descriptions"

  • Egon Börger, Yuri Gurevich, and Dean Rosenzweig, "The Bakery Algorithm: Yet Another Specification And Verification"

  • Egon Börger and James K. Huggins, "Abstract State Machines 1988-1998: Commented ASM Bibliography"

  • Egon Börger, F.J. López-Fraguas, and M. Rodríguez-Artalejo, "A model for mathematical analysis of functional logic programs and their implementations"

  • Egon Börger, F.J. López-Fraguas, and M. Rodríguez-Artalejo, "Towards a Mathematical Specification of a Graph-Narrowing Machine"

  • Egon Börger and S. Mazzanti, "A correctness proof for pipelining in RISC architectures"

  • Egon Börger and S. Mazzanti, "A Practical Method for Rigourously Controllable Hardware Design"

  • Egon Börger and Luca Mearelli, "Integrating ASMs into the Software Development Life Cycle"

  • Egon Börger, Peter Päppinghaus, and Joachim Schmid, "Report on a Practical Application of ASMs in Software Design"

  • Egon Börger and Elvinia Riccobene, "A formal specification of Parlog"

  • Egon Börger and Elvinia Riccobene, "Logic + control revisited: an abstract interpreter for Gödel programs."

  • Egon Börger, Elvinia Riccobene, and Joachim Schmid, "Capturing Requirements by Abstract State Machines: The Light Control Case Study"

  • Egon Börger and Dean Rosenzweig, "A mathematical definition of full Prolog."

  • Egon Börger and Dean Rosenzweig, "The mathematics of set predicates in Prolog"

  • Egon Börger and Dean Rosenzweig, "The WAM - definition and compiler correctness"

  • Egon Börger and R. Salamone, "CLAM specification for provably correct compilation of CLP(R) programs."

  • Egon Börger and Joachim Schmid, "Composition and Submachine Concepts for Sequential ASMs"

  • Egon Börger and Peter H. Schmitt, "A Description of the Tableau Method Using Abstract State Machines"

  • Egon Börger and Wolfram Schulte, "Defining the Java Virtual Machine as Platform for Provably Correct Java Compilation"

  • Egon Börger and Wolfram Schulte, "Initialization Problems for Java"

  • Egon Börger and Wolfram Schulte, "Modular Design for the Java Virtual Machine Architecture"

  • Egon Börger and Wolfram Schulte, "A Practical Method for Specification and Analysis of Exception Handling: A Java/JVM Case Study"

  • Egon Börger and Wolfram Schulte, "A Programmer Friendly Modular Definition of the Semantics of Java"

  • Egon Börger and Robert Stärk, "Abstract State Machines: A Method for High-Level System Design and Analysis"

  • Colin Campbell and Yuri Gurevich, "Table ASMs"

  • Steven C. Cater and James K. Huggins, "An ASM Dynamic Semantics for Standard ML"

  • Steven C. Cater and James K. Huggins, "An ASM Dynamic Semantics for Standard ML"(Extended Abstract)

  • J. Cohen and A. Slissenko, "On Verification of Refinements of Asynchronous Timed Distributed Algorithms"

  • Kevin Compton, Yuri Gurevich, James K. Huggins, and Wuwei Shen, "An Automatic Verification Tool for UML"

  • Kevin Compton, James K. Huggins, and Wuwei Shen, "A Semantic Model for the State Machine in the Unified Modeling Language"

  • Kevin Compton, James K. Huggins, and Wuwei Shen, "A Toolset for Supporting UML Static and Dynamic Model Check"

  • Kevin Compton, James K. Huggins, and Wuwei Shen, "A Validation Method for a UML Model Based on Abstract State Machines"

  • Giuseppe Del Castillo, "Towards Comprehensive Tool Support for Abstract State Machines: The ASM Workbench Tool Environment and Architecture"

  • Giuseppe Del Castillo, Igor Durdanovic, and Uwe Glässer, "An Evolving Algebra Abstract Machine"

  • Giuseppe Del Castillo and Uwe Glässer, "Computer-Aided Analysis and Validation of Heterogeneous System Specifications"

  • Giuseppe Del Castillo and Wolfram Hardt, "Towards a Unified Analysis Methodology of HW/SW Systems based on Abstract State Machines: Modelling of Instruction Sets"

  • Giuseppe Del Castillo and Wolfram Hardt, "Fast Dynamic Analysis of Complex HW/SW-Systems based on Abstract State Machine Models"

  • Giuseppe Del Castillo and Kirsten Winter, "Model Checking Support for the ASM High-Level Language"

  • Scott Dexter, Patrick Doyle, and Yuri Gurevich, "Gurevich Abstract State Machines and Schönhage Storage Modification Machines"

  • Stephan Diehl, "Transformations of Evolving Algebras"

  • Dag Diesen, "Specifying Algorithms Using Evolving Algebra. Implementation of Functional Programming Languages."

  • Vladimir O. Di Iorio and Roberto S. Bigonha, "An ASM Implementation of a Self-Applicable Partial Evaluator"

  • Vladimir O. Di Iorio, Roberto S. Bigonha, and Marcelo A. Maia, "A Self-Applicable Partial Evaluator for ASM".

  • Axel Dold, "A Formal Representation of Abstract State Machines Using PVS"

  • Axel Dold, Thilo Gaul, Vincent Vialard, and Wolf Zimmerman, "ASM-Based Mechanized Verification of Compiler Back-Ends"

  • Arnaud Durand, "Modeling Cache Coherence Protocol -- A Case Study with FLASH"

  • Robert Eschbach, "A Termination Detection Algorithm: Specification and Verification"

  • Robert Eschbach, Uwe Glässer, Reinhard Gotzhein, and Andreas Prinz, "On the Formal Semantics of Design Languages: A compilation approach using Abstract State Machines"

  • Bradley Fordham, Serge Abiteboul, and Yelena Yesha, "Evolving Databases: An Application to Electronic Commerce"

  • Nico Fruja and Robert Stärk, "The Hidden Computation Steps of Turbo Abstract State Machines"

  • Angelo Gargantini and Elvinia Riccobene, "Encoding Abstract State Machines in PVS"

  • Thilo Gaul, "An Abstract State Machine specification of the DEC-Alpha Processor Family"

  • Thilo Gaul, Andreas Heberle, and Wolf Zimmerman, "An ASM Specification of the Operational Semantics of MIS"

  • Amjad Gawanmeh, "Interfacing Abstract State Machines with Multiway Decision Graphs"

  • Amjad Gawanmeh, Sofiène Tahar, and Kirsten Winter, "Formal Verification of ASM Designs using the MDG Tool"

  • Amjad Gawanmeh, Sofiène Tahar, and Kirsten Winter, "Formal Verification of ASM Designs using the MDG Tool"

  • Amjad Gawanmeh, Sofiène Tahar, and Kirsten Winter, "Interfacing ASM with the MDG Tool"

  • Vincenzo Gervasi, "Synthesizing ASMs from Natural Language Requirements"

  • Uwe Glässer, "Combining Abstract State Machines with Predicate Transition Nets"

  • Uwe Glässer, "Systems Level Specification and Modelling of Reactive Systems: Concepts, Methods, and Tools"

  • Uwe Glässer, Yuri Gurevich, and Margus Veanes, "An Abstract Communication Model"

  • Uwe Glässer, Yuri Gurevich, and Margus Veanes, "Universal Plug and Play Machine Models"

  • Uwe Glässer and René Karges, "Abstract State Machine Semantics of SDL"

  • Paula Glavan and Dean Rosenzweig, "Communicating evolving algebras"

  • Sabine Glesner and Wolf Zimmermann, "Structural Simulation Proofs based on ASMs even for Non-Terminating Programs"

  • Gerhard Goos, Andreas Heberle, Welf Loewe, and Wolf Zimmermann, "On Modular Definitions and Implementations of Programming Languages"

  • Georg Gottlob, Gerti Kappel, and Michael Schrefl, "Semantics of Object-Oriented Data Models -- The Evolving Algebra Approach"

  • Erich Grädel and Antje Nowack, "Quantum Computing and Abstract State Machines"

  • Erich Grädel and Yuri Gurevich, "Metafinite Model Theory"

  • Erich Grädel and Marc Spielmann, "Logspace Reducibility via Abstract State Machines"

  • Wolfgang Grieskamp, Yuri Gurevich, Wolfram Schulte, and Margus Veanes, "Generating Finite State Machines from Abstract State Machines"

  • Wolfgang Grieskamp, Yuri Gurevich, Wolfram Schulte, and Margus Veanes, "Testing with Abstract State Machines"

  • Rix Groenboom and Gerard Renardel del Lavalette, "A Formalization of Evolving Algebras"

  • Yuri Gurevich, "Evolving Algebras"

  • Yuri Gurevich, "Evolving Algebras: An Attempt to Discover Semantics"

  • Yuri Gurevich, "Evolving Algebras 1993: Lipari Guide"

  • Yuri Gurevich, "Logician in the Land of OS: Abstract State Machines at Microsoft"

  • Yuri Gurevich, "May 1997 Draft of the ASM Guide"

  • Yuri Gurevich, "Sequential Abstract State Machines Capture Sequential Algorithms"

  • Yuri Gurevich and James K. Huggins, "Equivalence Is In The Eye Of The Beholder"

  • Yuri Gurevich and James K. Huggins, "Evolving Algebras and Partial Evaluation"

  • Yuri Gurevich and James K. Huggins, "The Railroad Crossing Problem: An Experiment with Instantaneous Actions and Immediate Reactions"

  • Yuri Gurevich and James K. Huggins, "The Semantics of the C Programming Language"

  • Yuri Gurevich and Raghu Mani, "Group Membership Protocol: Specification and Verification"

  • Yuri Gurevich and Lawrence S. Moss, "Algebraic Operational Semantics and Occam"

  • Yuri Gurevich and Dean Rosenzweig, "Partially Ordered Runs: A Case Study"

  • Yuri Gurevich, Wolfram Schulte, and Margus Veanes, "Rich Sequential-Time ASMs"

  • Yuri Gurevich, Wolfram Schulte, and Margus Veanes, "Toward Industrial Strength Abstract State Machines"

  • Yuri Gurevich, Wolfram Schulte, and Charles Wallace, "Investigating Java Concurrency using Abstract State Machines"

  • Yuri Gurevich, Nandit Soparkar, and Charles Wallace, "Formalizing Database Recovery"

  • Yuri Gurevich and Marc Spielmann, "Recursive Abstract State Machines"

  • Yuri Gurevich and Nikolai Tillmann, "Partial Updates: Exploration"

  • Yuri Gurevich and Charles Wallace, "Specification and verification of the Windows Card runtime environment using Abstract State Machines"

  • Andreas Heberle and Welf Löwe, "On ASM-Based Specification of Programming Language Semantics and Reusable Correct Compilations"

  • James K. Huggins, "Kermit: Specification and Verification"

  • James K. Huggins, "An Offline Partial Evaluator for Evolving Algebras"

  • James K. Huggins and Wuwei Shen, "The Static and Dynamic Semantics of C: Preliminary Version"

  • James K. Huggins and David Van Campenhout, "Specification and Verification of Pipelining in the ARM2 RISC Microprocessor"

  • James K. Huggins and David Van Campenhout, "Specification and Verification of Pipelining in the ARM2 RISC Microprocessor (Extended Abstract)"

  • James K. Huggins and Charles Wallace, "An Abstract State Machine Primer"

  • Jörn W. Janneck and Philipp W. Kutter, "Mapping Automata: Simple Abstract State Machines"

  • Jörn W. Janneck and Philipp W. Kutter, "Object-based Abstract State Machines"

  • David Johnson and Lawrence S. Moss, "Grammar Formalisms Viewed As Evolving Algebras"

  • A. Kalinov, A. Kossatchev, A. Petrenko, M. Posypkin, and V. Shishkov, "Coverage-driven Automated Compiler Test Suite Generation"

  • A. Kalinov, A. Kossatchev, M. Posypkin, and V. Shishkov, "Using ASM specification for automatic test suite generation for mpC parallel programming language compiler"

  • Alan Kaplan and J.C. Wileden, "Formalization and Application of a Unifying Model for Name Management"

  • A. M. Kappel, "Executable Specifications based on Dynamic Algebras"

  • A. M. Kappel, "Implementation of Dynamic Algebras with an Application to Prolog"

  • Philipp W. Kutter, "An ASM Macro Language for Sets"

  • Philipp W. Kutter, "The Formal Definition of Anlauff's eXtensible Abstract State Machines"

  • Philipp W. Kutter, "Integration of the Statecharts in Specware and Aspects of Correct Oberon Code Generation"

  • Philipp W. Kutter and Alfonso Pierantonio, "The Formal Specification of Oberon"

  • Philipp W. Kutter and Alfonso Pierantonio, "Montages: Specifications of Realistic Programming Languages"

  • Philipp W. Kutter, Daniel Schweizer, and Lothar Thiele, "Integrating Domain Specific Language Design in the Software Life Cycle"

  • Keehang Kwon, "A Structured Presentation of a Closure-Based Compilation Method for a Scoping Notion in Logic Programming"

  • Alexei Lisitsa and Gennady Osipov, "Evolving algebras and labelled deductive systems for the semantic network based reasoning"

  • Marcelo de Almeida Maia and Roberto da Silva Bigonha, "The Formal Specification of the Interactive Abstract State Machine Language"

  • Marcelo de Almeida Maia, Vladimir Oliveira Di Iorio, and Roberto da Silva Bigonha, "Interacting Abstract State Machines"

  • Marcelo de Almeida Maia and Roberto da Silva Bigonha, "An ASM-Based Approach for Mobile Systems"

  • Petr Matousek, "Semantics of the Process Description Language"

  • Wolfgang May, "Complex Transitions in Evolving Algebras"

  • Wolfgang May, "Modeling Rule-Based and Structured Systems with Evolving Algebras"

  • Wolfgang May, "Specifying Complex and Structured Systems with Evolving Algebras"

  • Luca Mearelli, "Refining an ASM Specification of the Production Cell to C++ Code"

  • Marcin Mlotkowski, "Specification and Optimization of the Smalltalk programs"

  • Markus Mohnen, "A Compiler Correctness Proof for the Static Link Technique by means of Evolving Algebras"

  • Yassine Mokhtari, Meral Shirazipour, and Sofiène Tahar, "A Case Study on Model Checking and Refinement of Abstract State Machines"

  • Lawrence S. Moss and David E. Johnson, "Dynamic Interpretations of Constraint-Based Grammar Formalisms"

  • Lawrence S. Moss and David E. Johnson, "Evolving Algebras and Mathematical Models of Language"

  • Zsolt Németh, "Definition of a Parallel Execution Model with Abstract State Machines".

  • Zsolt Németh, and Vaidy Sunderam, "A Formal Framework for Defining Grid Systems"

  • Ileana Ober, "Harmonizing Design Languages with Object-Oriented Extensions and an Executable Semantics"

  • Martin Odersky, "Programming with Variable Functions"

  • Claus Pahl, "Towards an Action Refinement Calculus for Abstract State Machines"

  • Arnd Poetzsch-Heffter, "Deriving Partial Correctness Logics From Evolving Algebras"

  • Arnd Poetzsch-Heffter, "Developing Efficient Interpreters Based on Formal Language Specifications"

  • Arnd Poetzsch-Heffter, "Prototyping Realistic Programming Languages Based Formal Specificiations"

  • Andreas Prinz and Bernhard Thalheim, "Operational Semantics of Transactions"

  • Wolfgang Reisig, "On Gurevich's Theorem on Sequential Algorithms"

  • Dean Rosenzweig, Davor Runje, and Neva Slani, "Privacy, Abstract Encryption and Protocols: an ASM Model - Part I"

  • Heinrich Rust, "Hybrid Abstract State Machines: Using the Hyperreals for Describing Continuous Changes in a Discrete Notation"

  • Hisashi Sasaki, "A Formal Semantics for Verilog-VHDL Simulation Interoperability by Abstract State Machine"

  • Hisashi Sasaki, "A Formal Semantics on Net Delay in Verilog-HDL"

  • Hisashi Sasaki, "A New Dynamic Equation Scheduling to extend VHDL-AMS"

  • Hisashi Sasaki, Kazunori Mizushima, and Takeshi Sasaki, "Semantic Validation of VHDL-AMS by an Abstract State Machine"

  • Takeshi Sasaki, Hisashi Sasaki, and Kazunori Mizushima, "Semantic Analysis of VHDL-AMS by Attribute Grammar"

  • Gerhard Schellhorn and Wolfgang Ahrendt, "Reasoning about Abstract State Machines: The WAM Case Study"

  • Gerhard Schellhorn, "Verification of ASM Refinements Using Generalized Forward Simulation"

  • Joachim Schmid, "Compiling Abstract State Machines to C++"

  • Joachim Schmid, "Compiling Abstract State Machines to C++ (Extended Abstract)"

  • Robert Stärk and Stanislas Nanchen, "A Logic for Abstract State Machines"

  • Robert Stärk and Stanislas Nanchen, "A Logic for Abstract State Machines" (Extended Abstract)

  • Robert Stärk and Joachim Schmid, "Completeness of a Bytecode Verifier and a Certifying Java-to-JVM Compiler"

  • Robert Stärk and Joachim Schmid, "Java bytecode verification is not possible (Extended Abstract)"

  • Robert Stärk, Joachim Schmid, and Egon Börger, "Java and the Java Virtual Machine"

  • Arno Schönegge, "Extending Dynamic Logic for Reasoning about Evolving Algebras"

  • Wolfgang Schönfeld, "Interacting Abstract State Machines"

  • Michael Schrefl and Gerti Kappel, "Cooperation Contracts"

  • Marc Spielmann, "Automatic Verification of Abstract State Machines"

  • Marc Spielmann, "Model Checking Abstract State Machines and Beyond"

  • Marc Spielmann, "Verification of Relational Transducers for Electronic Commerce"

  • Karl Stroetmann, "The Constrained Shortest Path Problem: A Case Study In Using ASMs"

  • Jürgen Teich, Philipp Kutter, and Ralph Weper, "Description and Simulation of Microprocessor Instruction Sets Using ASMs"

  • Hans Tonino, "A Sound and Complete SOS-Semantics for Non-Distributed Deterministic Abstract State Machines"

  • Hans Tonino, "A Theory of Many-sorted Evolving Algebras"

  • Hans Tonino and Joost Visser, "Stepwise Refinement of an Abstract State Machine for WHNF-Reduction of Lambda-Terms"

  • M. Vale, "The Evolving Algebra Semantics of COBOL. Part 1: Programs and Control"

  • Joost Visser, "Evolving Algebras"

  • Charles Wallace, "The Semantics of the C++ Programming Language"

  • Charles Wallace, "The Semantics of the Java Programming Language: Preliminary Version"

  • Charles Wallace, Guy Tremblay, and José Nelson Amaral, "An Abstract State Machine Specification and Verification of the Location Consistency Memory Model and Cache Protocol"

  • Kirsten Winter, "Model Checking Abstract State Machines"

  • Kirsten Winter, "Model Checking for Abstract State Machines"

  • Kirsten Winter, "Supporting Abstraction when Model Checking ASM"

  • Kirsten Winter, "Towards a Methodology for Model Checking ASM: Lessons learned from the FLASH Case Study"

  • A.V. Zamulin, "Algebraic Specification of Dynamic Objects"

  • A.V. Zamulin, "Generic Facilities in Object-Oriented ASMs"

  • A.V. Zamulin, "Object-Oriented Abstract State Machines"

  • A.V. Zamulin, "Specification of an Oberon Compiler By Means of a Typed Gurevich Machine"

  • A.V. Zamulin, "Specification of Dynamic Systems by Typed Gurevich Machines"

  • A.V. Zamulin, "Specifications in-the-Large by Typed ASMs"

  • A.V. Zamulin, "State-based Semantics of a Pascal-like Language"

  • A.V. Zamulin, "Typed Gurevich Machines Revisited"

  • Wolf Zimmerman and Thilo Gaul, "On the Construction of Correct Compiler Back-Ends: An ASM Approach"

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    Abstract State Machines

    Jim Huggins / huggins@acm.org
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