AbstractExtended finite state machines are an important feature of modern computers. Their verification, unlike sequential system testing, is very complex and has received little attention in literature. This paper suggests a model based on a symbolic representation to describe the temporal behavior of sequential machines. Two examples of different architectures illustrate the application of the methodology
AbstractThis dissertation examines the use of a new data structure called Boolean Expression Diagram...
The design of correct computer systems is extremely difficult. However, it is also a very important ...
Ternary system modeling involves extending the traditional set of binary values {01} with a third va...
Formal hardware verification ranges from proving that two combinational circuits compute the same fu...
This Thesis is a study of automatic reasoning about finite state machines (FSMs). Two techniques use...
Finite state machine-based abstractions of software behaviour are popular because they can be used a...
Most successful automated formal verification tools arebased on a bit-level model of computation, wh...
There is a well recognized need for accurate timing verification tools. Such tools, however, are sus...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
The temporal logic model algorithm of E.M. Clarke et al. (ACM Trans. Prog. Lang. Syst., vol.8, no.2...
This paper presents an original method to compare two synchronous sequential machines. The method co...
This thesis has explored how structural techniques can be applied to the problem of formal verificat...
AbstractThe design of correct computer systems is extremely difficult. However, it is also a very im...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
AbstractThis dissertation examines the use of a new data structure called Boolean Expression Diagram...
The design of correct computer systems is extremely difficult. However, it is also a very important ...
Ternary system modeling involves extending the traditional set of binary values {01} with a third va...
Formal hardware verification ranges from proving that two combinational circuits compute the same fu...
This Thesis is a study of automatic reasoning about finite state machines (FSMs). Two techniques use...
Finite state machine-based abstractions of software behaviour are popular because they can be used a...
Most successful automated formal verification tools arebased on a bit-level model of computation, wh...
There is a well recognized need for accurate timing verification tools. Such tools, however, are sus...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
The temporal logic model algorithm of E.M. Clarke et al. (ACM Trans. Prog. Lang. Syst., vol.8, no.2...
This paper presents an original method to compare two synchronous sequential machines. The method co...
This thesis has explored how structural techniques can be applied to the problem of formal verificat...
AbstractThe design of correct computer systems is extremely difficult. However, it is also a very im...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
AbstractThis dissertation examines the use of a new data structure called Boolean Expression Diagram...
The design of correct computer systems is extremely difficult. However, it is also a very important ...
Ternary system modeling involves extending the traditional set of binary values {01} with a third va...