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Co-verification as risk management: minimizing the risk of incorporating a new processor in your next embedded system design

机译:共同验证作为风险管理:最大限度地减少在下一个嵌入式系统设计中将新处理器纳入新处理器的风险

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According to EE-Times over 60% of current 8bit and 16-bit users are considering moving to 32-bit embedded controllers. However, many development teams are not able to accurately assess the impact to the project schedule of adopting a newprocessor. New busses, peripherals and a more complex initialization sequence increase the project risk, especially when few engineers on the team have experience with the new target.Hardware/Software Co-Verification is a proven method for reducing the risk associated with introducing a new CPU into the project. This paper will discuss the features and limitations of co-verification as well as detail some customer experiences. Thetype of software that is practical to execute using co-verification and specific customer design errors exposed will be presented.
机译:根据ee-times,超过60%的电流8bit和16位用户正在考虑移动到32位嵌入式控制器。但是,许多开发团队无法准确评估采用新处理的项目时间表的影响。新的总线,外围设备和更复杂的初始化序列增加了项目风险,尤其是当团队上的工程师有很少的工程师都有新的目标。硬件/软件共同验证是一种经过验证的方法,可以减少与引入新的CPU相关的风险该项目。本文将讨论共同验证的功能和局限以及一些客户体验。将呈现使用共同验证和特定客户设计错误执行的软件的QueType。

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