Hardware Specification, Verification and Synthesis: Mathematical Aspects [electronic resource] : Mathematical Sciences Institute Workshop Cornell University, Ithaca, New York, USA July 5–7, 1989 Proceedings / edited by Miriam Leeser, Geoffrey Brown.

By: Leeser, Miriam [editor.]Contributor(s): Brown, Geoffrey [editor.] | SpringerLink (Online service)Material type: TextTextLanguage: English Series: Lecture Notes in Computer Science: 408Publisher: New York, NY : Springer New York, 1990Description: VIII, 404 p. online resourceContent type: text Media type: computer Carrier type: online resourceISBN: 9780387348018Subject(s): Computer science | Microprogramming | Logic design | Algebra | Electronics | Computer Science | Control Structures and Microprogramming | Arithmetic and Logic Structures | Logic Design | Electronics and Microelectronics, Instrumentation | Computation by Abstract Devices | AlgebraAdditional physical formats: Printed edition:: No titleDDC classification: 005.18 LOC classification: QA76.635Online resources: Click here to access online
Contents:
Design for verifiability -- Verification of synchronous circuits by symbolic logic simulation -- Constraints, abstraction, and verification -- Formalising the design of an SECD chip -- Reasoning about state machines in higher-order logic -- A mechanically derived systolic implementation of pyramid initialization -- Behavior-preserving transformations for high-level synthesis -- From programs to transistors: Verifying hardware synthesis tools -- Combining engineering vigor with mathematical rigor -- Totally verified systems: Linking verified software to verified hardware -- What's in a timing discipline? Considerations in the specification and synthesis of systems with interacting asynchronous and synchronous components -- Complete trace structures -- The design of a delay-insensitive microprocessor: An example of circuit synthesis by program transformation -- Manipulating logical organization with system factorizations -- The verification of a bit-slice ALU -- Verification of a pipelined microprocessor using clio -- Verification of combinational logic in Nuprl -- Veritas+: A specification language based on type theory -- Categories for the working hardware designer.
In: Springer eBooksSummary: Current research into formal methods for hardware design is presented in the papers in this volume. Because of the complexity of VLSI circuits, assuring design validity before circuits are manufactured is imperative. The goal of research in this area is to develop methods of improving the design process and the quality of the resulting designs. The major trend apparent at the workshop is that researchers are rapidly moving away from post hoc proof techniques with their great expense. A number of papers were presented that dealt with problems of synthesizing correct circuits and of designing with the goal of verification. Researchers are also beginning to deal with the theoretical issues of reasoning about concurrent systems and asynchronous systems, and to introduce new logical tools such as constructive type theory and category theory. Most of the research reported was performed in the United States.
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Design for verifiability -- Verification of synchronous circuits by symbolic logic simulation -- Constraints, abstraction, and verification -- Formalising the design of an SECD chip -- Reasoning about state machines in higher-order logic -- A mechanically derived systolic implementation of pyramid initialization -- Behavior-preserving transformations for high-level synthesis -- From programs to transistors: Verifying hardware synthesis tools -- Combining engineering vigor with mathematical rigor -- Totally verified systems: Linking verified software to verified hardware -- What's in a timing discipline? Considerations in the specification and synthesis of systems with interacting asynchronous and synchronous components -- Complete trace structures -- The design of a delay-insensitive microprocessor: An example of circuit synthesis by program transformation -- Manipulating logical organization with system factorizations -- The verification of a bit-slice ALU -- Verification of a pipelined microprocessor using clio -- Verification of combinational logic in Nuprl -- Veritas+: A specification language based on type theory -- Categories for the working hardware designer.

Current research into formal methods for hardware design is presented in the papers in this volume. Because of the complexity of VLSI circuits, assuring design validity before circuits are manufactured is imperative. The goal of research in this area is to develop methods of improving the design process and the quality of the resulting designs. The major trend apparent at the workshop is that researchers are rapidly moving away from post hoc proof techniques with their great expense. A number of papers were presented that dealt with problems of synthesizing correct circuits and of designing with the goal of verification. Researchers are also beginning to deal with the theoretical issues of reasoning about concurrent systems and asynchronous systems, and to introduce new logical tools such as constructive type theory and category theory. Most of the research reported was performed in the United States.

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