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ASIC by design: automated design of digital signal processing application-specific integrated circuits

机译:ASIC通过设计:数字信号处理专用集成电路的自动化设计

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Comparing the optimized results to the baseline, we are achieving typically 10-20× improvement in PDA. This allows gap closure to approach the optimization of a full custom design process while preserving the automation and design efficiency of ASIC design. Additionally, the reuse of each macro saves two to three staff-months, and each optimization script saves one to two staff-months. Hence, we achieve an overall reduction in design time even though it takes extra time to run these optimization tools. The mission-specific processing (MSP) design flow can be applied to a wide range of DSP and other digital processing applications, where high performance and integration is required. The macros developed were selected to span important algorithms commonly performed in communication, radar, navigation, targeting, electronic warfare and other military and national security applications.
机译:将优化结果与基准进行比较,我们通常可以将PDA的性能提高10-20倍。这使间隙闭合可以实现整个定制设计过程的优化,同时保持ASIC设计的自动化和设计效率。此外,每个宏的重用可以节省两到三个工作月,而每个优化脚本可以节省一到两个工作月。因此,即使运行这些优化工具需要花费更多时间,我们也可以总体上减少设计时间。特定任务处理(MSP)设计流程可以应用于需要高性能和集成度的各种DSP和其他数字处理应用程序。选择开发的宏,以涵盖通常在通信,雷达,导航,瞄准,电子战以及其他军事和国家安全应用中执行的重要算法。

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