This report describes the SpecC methodology for system-level embedded system design. The methodology consists of a set of well-defined tasks and design models which allow the easy insertion and reuse of intellectual property. Starting from the abstract executable specification written in SpecC different design alternatives concerning the system architecture (components and communication) can be explored and the specification is gradually refined and mapped to a final HW/SW implementation such that the constraints are satisfied optimally. The final hand-off for manufacturing includes software code compiled for the processors and the RTL descriptions for hardware synthesis
System level design of an embedded computing system involves a multi-step process to refine the syst...
The design of embedded systems has to address several interacting design dimensions to implement pa...
This report describes the design of a voice encoder/decoder (vocoder) based on the European GSM stan...
Raising the level of abstraction to the system level has been touted as the main solution for closin...
A well-defined design methodology supported by a system-level design language (SLDL) is the key for ...
A well-defined design methodology supported by a system-level design language (SLDL) is the key for ...
In this report, we discuss the characteristics necessary for specifying embedded hardware-software s...
Today, control algorithms are being more and more sophisticated due to the customer and governments ...
To implement chip design on a satisfactory target architecture, more architecture exploration should...
In this report we outline the main problems of communication synthesis task in the context of SpecC ...
SpecC methodology of the system design consists of four major hierarchical levels: specification, ar...
Today, the shortest time-to-market in the electric drives industries is being a pressing requirement...
Emulation of CMS systems is an interesting approach to complete the validation of new digital contro...
The need has evolved for a synthesis tool at the computer system level. SpecSyn is one such tool. Ba...
We present the SpecSyn system-level design environment supporting the specify-explore-refine (SER) d...
System level design of an embedded computing system involves a multi-step process to refine the syst...
The design of embedded systems has to address several interacting design dimensions to implement pa...
This report describes the design of a voice encoder/decoder (vocoder) based on the European GSM stan...
Raising the level of abstraction to the system level has been touted as the main solution for closin...
A well-defined design methodology supported by a system-level design language (SLDL) is the key for ...
A well-defined design methodology supported by a system-level design language (SLDL) is the key for ...
In this report, we discuss the characteristics necessary for specifying embedded hardware-software s...
Today, control algorithms are being more and more sophisticated due to the customer and governments ...
To implement chip design on a satisfactory target architecture, more architecture exploration should...
In this report we outline the main problems of communication synthesis task in the context of SpecC ...
SpecC methodology of the system design consists of four major hierarchical levels: specification, ar...
Today, the shortest time-to-market in the electric drives industries is being a pressing requirement...
Emulation of CMS systems is an interesting approach to complete the validation of new digital contro...
The need has evolved for a synthesis tool at the computer system level. SpecSyn is one such tool. Ba...
We present the SpecSyn system-level design environment supporting the specify-explore-refine (SER) d...
System level design of an embedded computing system involves a multi-step process to refine the syst...
The design of embedded systems has to address several interacting design dimensions to implement pa...
This report describes the design of a voice encoder/decoder (vocoder) based on the European GSM stan...