A new DSPoriented benchmarking methodology is presented Contrary to the existing assemblybased DSP benchmarks the proposedmethodology is able to evaluate the performance of DSP compilers and joint compilerprocessor systems In the paper the reference code method is introduced in order to deliver relia ble and comparable benchmarking results As an example the DSPstone methodology is applied on a set of ve stateoftheart xedpoint digital signal processors with appropriate C comp
grantor: University of TorontoProgrammable digital signal processors (DSPs) are microproce...
[[abstract]]Due to the specialized architecture and stream-based instruction set, traditional DSP co...
Although programmable digital signal processors comprise a significant fraction of the processors so...
Unlike general-purpose processors, digital signal processors (DSP processors) are strongly applicati...
In the paper the problem of processor/compiler co-design for digital signal processing and embedded ...
The DSPstone evaluation methodology is applied to evaluate performance of fixed-- and floating--poin...
As DSP (Digital Signal Processing) applications become more complex, there is also a growing need f...
Abstract — Unlike general-purpose processors, digital signal processors (DSP processors) are strongl...
The authors continue their tradition of presenting technical reviews and performance comparisons of ...
The continual and rapid evolution of modern DSPuP (Digital Signal Processing microprocessors) makes ...
Applications that require digital signal processing (DSP) functions are typically mapped onto genera...
The authors briefly introduce the C compiler and the application library for the DSP32 digital signa...
The advancements in performance and flexibility of modern digital signal processor (DSP) devices is ...
We review the evolution of DSP architectures and compiler technology, and describe how compiler tech...
Choosing a right processor for an embedded application, or designing a new pro-cessor requires us to...
grantor: University of TorontoProgrammable digital signal processors (DSPs) are microproce...
[[abstract]]Due to the specialized architecture and stream-based instruction set, traditional DSP co...
Although programmable digital signal processors comprise a significant fraction of the processors so...
Unlike general-purpose processors, digital signal processors (DSP processors) are strongly applicati...
In the paper the problem of processor/compiler co-design for digital signal processing and embedded ...
The DSPstone evaluation methodology is applied to evaluate performance of fixed-- and floating--poin...
As DSP (Digital Signal Processing) applications become more complex, there is also a growing need f...
Abstract — Unlike general-purpose processors, digital signal processors (DSP processors) are strongl...
The authors continue their tradition of presenting technical reviews and performance comparisons of ...
The continual and rapid evolution of modern DSPuP (Digital Signal Processing microprocessors) makes ...
Applications that require digital signal processing (DSP) functions are typically mapped onto genera...
The authors briefly introduce the C compiler and the application library for the DSP32 digital signa...
The advancements in performance and flexibility of modern digital signal processor (DSP) devices is ...
We review the evolution of DSP architectures and compiler technology, and describe how compiler tech...
Choosing a right processor for an embedded application, or designing a new pro-cessor requires us to...
grantor: University of TorontoProgrammable digital signal processors (DSPs) are microproce...
[[abstract]]Due to the specialized architecture and stream-based instruction set, traditional DSP co...
Although programmable digital signal processors comprise a significant fraction of the processors so...