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Function Architecture Co-Design is a new paradigm for the design
and implementation of embedded systems. Function/Architecture
Optimization and Co-Design of Embedded Systems presents the
authors' work in developing a function/architecture optimization
and co-design formal methodology and framework for
control-dominated embedded systems. The approach incorporates both
data flow and control optimizations performed on a suitable novel
intermediate design task representation. The aim is not only to
enhance productivity of the designer and system developer, but also
to improve quality of the final synthesis outcome.
Function/Architecture Optimization and Co-Design of Embedded
Systems discusses the proposed function/architecture co-design
methodology, focusing on design representation, optimization,
validation, and synthesis. Throughout the text, the difference
between behavior specification and implementation is emphasized.
The current need in co-design to move from synthesis-based
technology to compiler-based technology is pointed out. The authors
describe and show how performing data flow and control
optimizations at the high abstraction level can lead to significant
size and performance improvements in both the synthesized hardware
and software. The work builds on bodies of research in the silicon
and software compilation domains. The aforementioned techniques are
specialized to the embedded systems domain. It is recognized that
guided optimization can be applied on the internal design
representation, no matter what the abstraction level, and need not
be restricted to the final stages of software assembly code
generation, or hardware synthesis. Function/Architecture
Optimization and Co-Design of Embedded Systems will be of primary
interest to researchers, developers, and professionals in the field
of embedded systems design.
Function Architecture Co-Design is a new paradigm for the design
and implementation of embedded systems. Function/Architecture
Optimization and Co-Design of Embedded Systems presents the
authors' work in developing a function/architecture optimization
and co-design formal methodology and framework for
control-dominated embedded systems. The approach incorporates both
data flow and control optimizations performed on a suitable novel
intermediate design task representation. The aim is not only to
enhance productivity of the designer and system developer, but also
to improve quality of the final synthesis outcome.
Function/Architecture Optimization and Co-Design of Embedded
Systems discusses the proposed function/architecture co-design
methodology, focusing on design representation, optimization,
validation, and synthesis. Throughout the text, the difference
between behavior specification and implementation is emphasized.
The current need in co-design to move from synthesis-based
technology to compiler-based technology is pointed out. The authors
describe and show how performing data flow and control
optimizations at the high abstraction level can lead to significant
size and performance improvements in both the synthesized hardware
and software. The work builds on bodies of research in the silicon
and software compilation domains. The aforementioned techniques are
specialized to the embedded systems domain. It is recognized that
guided optimization can be applied on the internal design
representation, no matter what the abstraction level, and need not
be restricted to the final stages of software assembly code
generation, or hardware synthesis. Function/Architecture
Optimization and Co-Design of Embedded Systems will be of primary
interest to researchers, developers, and professionals in the field
of embedded systems design.
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