Titlebook: Hardware/Software Co-Design; Giovanni Micheli,Mariagiovanna Sami Book 1996 Kluwer Academic Publishers 1996 Consumer Electronics.Field Prog

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Hardware/Software Codesign of Processors: Concepts and Examplesbedded controllers consist of a microprocessor, at least at the core. Digital Signal Processors (DSPs) are special-purpose processors. Special-purpose engines for functions such as graphics and video or audio processing are essentially processors, some using microcode implemented in a ROM or PLA and

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Performance Analysis of Embedded Systemsystems must satisfy performance constraints in addition to cost constraints. Because embedded systems are constructed from large, complex components — CPUs and ASICs — we need new techniques to analyze the performance of these components as well as their compositions. Since the performance analysis

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Co-Design of DSP Systemsidth and signal to noise ratio. These transformations can be specified in programming languages and executed on a programmable processor or directly on application specific hardware. The choice is determined by trade-offs between cost, performance, power and flexibility. Hence DSP is a candidate par

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Programmable Chips In Consumer Electronics and Telecommunicationsustration, Figure 1 gives an indication of the volume of some personal communication applications in the European market. New business and home applications are emerging, using advanced communication media such as satellite links, cellular radio, or high-speed optical networks. The success of these

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Code Generation and Optimization Techniques for Embedded Digital Signal Processors and opportunities in embedded-system design. This high level of integration makes it possible and desirable to integrate a processor core, a program ROM, and an ASIC together on a single IC. To justify the design costs of such an IC, these embedded-system designs must be sold in large volumes and,

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Effective Heterogenous Design and Co-Simulationthe architecture shown in figure 1 (after [5]). The subsystems are implemented in both hardware and software, making this architecture a suitable candidate for hardware/software co-design. But even within the software portions, there is diversity. Control-oriented processes are mixed under the super

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Embedded System Co-Designsed pressure to create products quickly and inexpensively. Moreover, they must create product families that offer customers a wide-range of cost, function, and performance tradeoffs. Another trend is the increasing level of integration, performance, and programmability achievable in off-the-shelf in