Pipelining is a well understood and often used implementation technique for increasing the performance of a hardware system. We develop several SystemC/C++ modeling techniques that allow us to quickly model, simulate, and evaluate pipelines. We employ a small domain specific language (DSL) based on resource usage patterns that automates the drudgery of boilerplate code needed to configure connectivity in simulation models. The DSL is embedded directly in the host modeling language SystemC/C++. Addi-tionally we develop several techniques for parameterizing a pipeline’s behavior based on policies of function, communication, and timing (performance modeling)
When designing a hardware architecture, a designer needs to be confident that their design will meet...
Many problems currently require more processor throughput than can be achieved with current single-p...
A discrete-event simulation technique, combined with optimization tools, permits easy management of ...
AbstractPipelining is a well understood and often used implementation technique for increasing the p...
The evaluation of pipeline performance and the analysis of different design alternatives and cost/pe...
Programming applications in computer aided design of VLSI is difficult on parallel architectures, es...
System-level design methods enable developing an executable model which allows the qualitative and q...
Basic methodology that exploits instruction level parallelism is called pipelining and it is part of...
Responding to marketplace needs, today’s embedded processors must feature a flexible core that allow...
Algorithmic and program implementation of modeling of the technological objects distributed systems ...
General purpose software design and development involves the repetition of many processes, and the a...
In modern computing, multitasking is the most favorable aspect. An un-pipelined instruction cycle (f...
Fast simulation is necessary to gain an efficient design flow and to meet the time-to-market constra...
Abstract: The computer or any devices use the concept of parallelism for speedup of system operation...
The complexity of software and hardware in embedded systems has risen rapidly due to convergence of ...
When designing a hardware architecture, a designer needs to be confident that their design will meet...
Many problems currently require more processor throughput than can be achieved with current single-p...
A discrete-event simulation technique, combined with optimization tools, permits easy management of ...
AbstractPipelining is a well understood and often used implementation technique for increasing the p...
The evaluation of pipeline performance and the analysis of different design alternatives and cost/pe...
Programming applications in computer aided design of VLSI is difficult on parallel architectures, es...
System-level design methods enable developing an executable model which allows the qualitative and q...
Basic methodology that exploits instruction level parallelism is called pipelining and it is part of...
Responding to marketplace needs, today’s embedded processors must feature a flexible core that allow...
Algorithmic and program implementation of modeling of the technological objects distributed systems ...
General purpose software design and development involves the repetition of many processes, and the a...
In modern computing, multitasking is the most favorable aspect. An un-pipelined instruction cycle (f...
Fast simulation is necessary to gain an efficient design flow and to meet the time-to-market constra...
Abstract: The computer or any devices use the concept of parallelism for speedup of system operation...
The complexity of software and hardware in embedded systems has risen rapidly due to convergence of ...
When designing a hardware architecture, a designer needs to be confident that their design will meet...
Many problems currently require more processor throughput than can be achieved with current single-p...
A discrete-event simulation technique, combined with optimization tools, permits easy management of ...