Most successful automated formal verification tools are based on a bit-level model of computation, where a set of Boolean state variables encodes the system state. Using powerful inference engines, such as Binary Decision Diagrams (BDDs) and Boolean satisfiability (SAT) checkers, symbolic model checkers and similar tools can analyze all possible behaviors of very large, finite-state systems
Formal hardware verification ranges from proving that two combinational circuits compute the same f...
This report formalizes a notion of witnesses as the basis of certifying the correctness of software....
Abstract The paper shows that, by an appropriate choice of a rich assertional language, it is possib...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
Most successful automated formal verification tools arebased on a bit-level model of computation, wh...
Finite-state verification (FSV) techniques attempt to prove properties about a model of a system by ...
This Thesis is a study of automatic reasoning about finite state machines (FSMs). Two techniques use...
Finite-state verification (FSV) techniques attempt to prove properties about a model of a system by ...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Symbolic model checking with Binary Decision Diagrams (BDDs) has been successfully used in the last ...
Symbolic model checking owes much of its success to powerful methods for reasoning about Boolean fun...
Symbolic model checking has proved highly successful for large finite-state systems, in which states...
Formal verification has had a significant impact on the semiconductor industry, particularly for com...
AbstractThe paper shows that, by an appropriate choice of a rich assertional language, it is possibl...
Formal hardware verification ranges from proving that two combinational circuits compute the same f...
This report formalizes a notion of witnesses as the basis of certifying the correctness of software....
Abstract The paper shows that, by an appropriate choice of a rich assertional language, it is possib...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
Most successful automated formal verification tools arebased on a bit-level model of computation, wh...
Finite-state verification (FSV) techniques attempt to prove properties about a model of a system by ...
This Thesis is a study of automatic reasoning about finite state machines (FSMs). Two techniques use...
Finite-state verification (FSV) techniques attempt to prove properties about a model of a system by ...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Symbolic model checking with Binary Decision Diagrams (BDDs) has been successfully used in the last ...
Symbolic model checking owes much of its success to powerful methods for reasoning about Boolean fun...
Symbolic model checking has proved highly successful for large finite-state systems, in which states...
Formal verification has had a significant impact on the semiconductor industry, particularly for com...
AbstractThe paper shows that, by an appropriate choice of a rich assertional language, it is possibl...
Formal hardware verification ranges from proving that two combinational circuits compute the same f...
This report formalizes a notion of witnesses as the basis of certifying the correctness of software....
Abstract The paper shows that, by an appropriate choice of a rich assertional language, it is possib...