In embedded systems, programmable peripherals are often coupled with the main programmable processor to achieve desired functionality. Interfacing such peripherals with the processor qualifies as an important task of hardware software codesign. In this paper, three important aspects of such interfacing, namely the allocation of addresses to the devices, allocation of device drivers, and approaches to handle events and transitions have been discussed. The proposed approaches have been incorporated in a codesign system MICKEY. The paper includes a number of examples, taken from the results synthesized by MICKEY, to illustrate the ideas
Several trends in technology have important implications for embedded systems of the future. One tre...
Embedded systems are now increasingly used to replace typical Personal Computers (PCs) in many appli...
This paper outlines a strategy for automating the design of embedded systems including their hardwar...
A key aspect of the synthesis of embedded systems is the automatic integration of system components....
Two main aspects in hardware/software codesign are hardware/software partitioning and co-synthesis....
This textbook provides an introduction to embedded systems design, with emphasis on integration of c...
This paper presents the main co-design concepts of distributed embedded hardware/software systems th...
International audienceThis paper aims at a theory for hardware/software codesign. We approach this g...
Many high-performance embedded real-time systems are today implemented heterogeneously, with some pa...
International audienceDesigners increasingly rely on reusing intellectual property (IP) and on raisi...
Enabling new applications for mobile devices often requires the use of specialized hardware to reduc...
The research into Codesign of Hardware and Software stems from the development of embedded systems, ...
The implementation of codesign applications generally requires the use of heterogeneous resources (e...
In this report we present two appraoches for synthesis of real-time systems with a minimal number of...
UnrestrictedThe design of hardware and software for embedded systems is well understood. But the co...
Several trends in technology have important implications for embedded systems of the future. One tre...
Embedded systems are now increasingly used to replace typical Personal Computers (PCs) in many appli...
This paper outlines a strategy for automating the design of embedded systems including their hardwar...
A key aspect of the synthesis of embedded systems is the automatic integration of system components....
Two main aspects in hardware/software codesign are hardware/software partitioning and co-synthesis....
This textbook provides an introduction to embedded systems design, with emphasis on integration of c...
This paper presents the main co-design concepts of distributed embedded hardware/software systems th...
International audienceThis paper aims at a theory for hardware/software codesign. We approach this g...
Many high-performance embedded real-time systems are today implemented heterogeneously, with some pa...
International audienceDesigners increasingly rely on reusing intellectual property (IP) and on raisi...
Enabling new applications for mobile devices often requires the use of specialized hardware to reduc...
The research into Codesign of Hardware and Software stems from the development of embedded systems, ...
The implementation of codesign applications generally requires the use of heterogeneous resources (e...
In this report we present two appraoches for synthesis of real-time systems with a minimal number of...
UnrestrictedThe design of hardware and software for embedded systems is well understood. But the co...
Several trends in technology have important implications for embedded systems of the future. One tre...
Embedded systems are now increasingly used to replace typical Personal Computers (PCs) in many appli...
This paper outlines a strategy for automating the design of embedded systems including their hardwar...