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The state of high-level synthesis today is similar to the state of logic synthesis ten years ago. Gabriel is capable of handling multiple sample rates, iteration, andĪfter long years of work that have seen little industrial application, high-level synthesis is finally on the verge of becoming a practical tool. The workstation, simulate the target architecture running the generatedĬode, or download the code into hardware and run it in real time. The lowest level, the user can either simulate the algorithm locally on Level, an algorithm is described using a hierarchical block diagram. Generation for the AT&T DSP32 has been demonstrated. The authors haveĬoncentrated on code generation for the Motorola DSP56001, although code Multi-DSP architectures where the user specifies the salient features of First, it can synthesize code for a variety of It is intended to ease codeĭevelopment for architectures that are not easy targets for conventionalĬompilers, such as multiprocessor systems built with very It performs non-real-time simulations as well as code Gabriel is a software system intended to manage the completeĭevelopment of real-time digital signal processing (DSP) applications,įrom conception and experimentation to implementation in real-time The design automation era started off with the introduction and subsequent usage of module Using such systems, the design effort in tasks such as schematic capture, placement, routing, layout generation, simulation,Įtc., has reduced by at least 50%. Put more devices on a chip, new applications, cost and performance targets have forced the use of comprehensive design systems. However, the rapid changes in technology, the ability to When the tools failed, the designs could be done manually. The tools as such were used primarily as support systems for certain Were built and used for experimenting with high level descriptions in ISPS, and other academic and industrial proprietary languages. A limited amount of high level simulation was also being done, for example, several simulators In the early eighties, designers began to use automatic/semi automatic tools for layout/mask generation, schematic capture,Īnd circuit and logic simulation. Such rapid progress can be partially attributed to two phenomenon - first is the fabrication technologyĪnd second, is the development of design methodologies and tools for automated design and design support. This has encouraged system designers to design increasingly complex electronic systems - from the board level down
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During the past twenty years, integrated circuit foundries have gained the ability to produce increasingly complex integratedĬircuits.