Hardware Description Languages (HDL) like VHDL are widely used to design and simulate with program-mable logic devices. Simulation of very large scale integrated digital systems (VLSI) is of great importance as it assures system correctness and maximizes system performance ([1], [2], [4]). The utilization of parallel simulation introduces the problem of how to partition the logic gates and system behaviors of the circuit among the available processors in order to obtain maximum speedup. This paper presents how a series of sequential statements like VHDL processes and signals can be used to simulate parallel message broadcasts. Processes and signals are the most important VHDL parts for simulation. A VHDL process is a construct for embodying...
Simulation has become indispensable in the process of designing, verifying, and testing complex digi...
This paper describes VHDL compilation techniques, embodied in the Auriga compiler [3,14], which faci...
ion of Concurrency and Communication * Peter J. Ashenden Dept. Computer Science University of Adel...
In this paper we address the problem of software generation from a Hardware Description Language (HD...
We describe a technique for hardware-software co-simulation that is almost cycle-accurate, and does ...
One approach to accelerate a simulation of digital circuits described in VHDL is a distributed simul...
With the advent of advanced CAD tools, people are now able to design multimillion gate chips. Genera...
VHDL is the one of the most important and widely used hardware description languages at this time. T...
Abstract – Design verification via simulation is an im-portant component in the development of digit...
This paper describes, with examples, the use of advanced VHDL constructs that greatly enhance modeli...
Fast, efficient logic simulators are an essential tool in modern VLSI system design. Logic simulatio...
A communication protocol usually represents a system whose behavior can be specified through a finit...
Goossens defined a structural operational semantics for a subset of VHDL87 and proved that the paral...
Block diagram descriptions are common in the design, development and simulation of engineering syste...
which is suitable and adaptable to over the logic design level. HSL/1 consists of two parts. The for...
Simulation has become indispensable in the process of designing, verifying, and testing complex digi...
This paper describes VHDL compilation techniques, embodied in the Auriga compiler [3,14], which faci...
ion of Concurrency and Communication * Peter J. Ashenden Dept. Computer Science University of Adel...
In this paper we address the problem of software generation from a Hardware Description Language (HD...
We describe a technique for hardware-software co-simulation that is almost cycle-accurate, and does ...
One approach to accelerate a simulation of digital circuits described in VHDL is a distributed simul...
With the advent of advanced CAD tools, people are now able to design multimillion gate chips. Genera...
VHDL is the one of the most important and widely used hardware description languages at this time. T...
Abstract – Design verification via simulation is an im-portant component in the development of digit...
This paper describes, with examples, the use of advanced VHDL constructs that greatly enhance modeli...
Fast, efficient logic simulators are an essential tool in modern VLSI system design. Logic simulatio...
A communication protocol usually represents a system whose behavior can be specified through a finit...
Goossens defined a structural operational semantics for a subset of VHDL87 and proved that the paral...
Block diagram descriptions are common in the design, development and simulation of engineering syste...
which is suitable and adaptable to over the logic design level. HSL/1 consists of two parts. The for...
Simulation has become indispensable in the process of designing, verifying, and testing complex digi...
This paper describes VHDL compilation techniques, embodied in the Auriga compiler [3,14], which faci...
ion of Concurrency and Communication * Peter J. Ashenden Dept. Computer Science University of Adel...