To implement chip design on a satisfactory target architecture, more architecture exploration should be done at higher levels of abstraction, in the earliest design stages. Using the SpecC language, an executable system level specification language, architecture exploration can be processed easily and smoothly. A SpecC methodology of system level architecture exploration is introduced within this paper to illustrate this process. The design of a JPEG encoder is used as an example to illustrate the system level architecture exploration methodology
This report describes the design of a JBIG encoder, based on the ITU-T Recommendation T.82, using th...
Raising the level of abstraction is widely seen as the solution for closing the productivity gap in ...
Future embedded systems will integrate hundreds of pro-cessors. Current design space exploration met...
This report describes the design of a JPEG encoder, using the SpecC system level design methodology ...
SpecC methodology of the system design consists of four major hierarchical levels: specification, ar...
This report describes the SpecC methodology for system-level embedded system design. The methodology...
This thesis evaluates how SystemC, an open source system level modeling language, may improve syst...
Abstract- In this paper we propose a system level design and refinement method-ology based on the Sy...
This report describes the design of a JPEG encoder. The project is a result of a course "System Tool...
We present the SpecSyn system-level design environment supporting the specify-explore-refine (SER) d...
Raising the level of abstraction to the system level has been touted as the main solution for closin...
This paper presents an environment based on SystemC for architecture specification of programmable s...
In this paper we present and evaluate the SPADE (System level Performance Analysis and Design space ...
In this paper we present and evaluate the SPADE (System level Performance Analysis and Design space ...
A well-defined design methodology supported by a system-level design language (SLDL) is the key for ...
This report describes the design of a JBIG encoder, based on the ITU-T Recommendation T.82, using th...
Raising the level of abstraction is widely seen as the solution for closing the productivity gap in ...
Future embedded systems will integrate hundreds of pro-cessors. Current design space exploration met...
This report describes the design of a JPEG encoder, using the SpecC system level design methodology ...
SpecC methodology of the system design consists of four major hierarchical levels: specification, ar...
This report describes the SpecC methodology for system-level embedded system design. The methodology...
This thesis evaluates how SystemC, an open source system level modeling language, may improve syst...
Abstract- In this paper we propose a system level design and refinement method-ology based on the Sy...
This report describes the design of a JPEG encoder. The project is a result of a course "System Tool...
We present the SpecSyn system-level design environment supporting the specify-explore-refine (SER) d...
Raising the level of abstraction to the system level has been touted as the main solution for closin...
This paper presents an environment based on SystemC for architecture specification of programmable s...
In this paper we present and evaluate the SPADE (System level Performance Analysis and Design space ...
In this paper we present and evaluate the SPADE (System level Performance Analysis and Design space ...
A well-defined design methodology supported by a system-level design language (SLDL) is the key for ...
This report describes the design of a JBIG encoder, based on the ITU-T Recommendation T.82, using th...
Raising the level of abstraction is widely seen as the solution for closing the productivity gap in ...
Future embedded systems will integrate hundreds of pro-cessors. Current design space exploration met...