By Hamilton B. Carter
Exponentially expanding layout complexity has necessitated the adoption of metric pushed making plans and undertaking administration. Metric pushed layout Verification presents the semiconductor s first metric pushed dependent method of useful verification. A metric established circulation is defined that specializes in the 4 steps of:1. making plans: Defining what has to be performed and the instantly trackable metrics that would be used to degree progress.2. Execution: imposing verification environments after which widely workout the gadget below verification using accomplished, hugely parallel regression strategies.3. size: immediately taking pictures the metrics outlined in making plans to supply aim information with which to regulate the verification undertaking. customized tailoring these metrics via an automatic reporting framework to supply all stakeholders a real-time significant view of undertaking status.4. reaction: using the again metrics to successfully adapt to altering undertaking stipulations. applying automatic reaction mechanisms to automate engineering processed and administration reaction to streamline undertaking administration processes.The fundamental viewers for this booklet is expert engineers, managers, and managers. it's written in an simply comprehensible variety and involves 4 elements. the 1st 3 components are adapted for executives, engineering managers, and engineers respectively. The fourth half offers case reviews and commentaries from luminaries and specialists on metric pushed verification.Metric pushed layout Verification brings jointly the easiest practices and real-life stories of a number of major digital businesses around the globe in making plans and dealing with verification tasks, whereas automating serious tactics. It addresses all elements of verification and summarizes the several strategies to be had to engineers, managers and bosses.
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Extra info for Metric Driven Design Verification: An Engineer's and Executive's Guide to First Pass Success
This plan will be used as the basis for determining what tasks should be executed as the project proceeds. An example verification plan is shown on the next page. The concerns of the design, verification and software engineers are captured for a DMA engine in our device. The top half of the page shows the 2 Automated Metric-Driven Processes 19 plan as it is written during the verification planning interview. 4). 1 DMA Engine The DMA engine moves blocks of data between the various memories of the device and the external memory.
The output of the verification planning session is an executable verification plan. This plan will be used as the basis for determining what tasks should be executed as the project proceeds. An example verification plan is shown on the next page. The concerns of the design, verification and software engineers are captured for a DMA engine in our device. The top half of the page shows the 2 Automated Metric-Driven Processes 19 plan as it is written during the verification planning interview. 4).
The MPA tool captures the various unique failure types and then determines which testcases produced the failures in the shortest amount of time. Then, because the MPA tool has access to all the information required to start a given testcase, it can restart the pertinent simulations with debug features such as waveforms turned on. As a result, our engineers no longer spend hours analyzing failures and then waiting for the simulations to rerun. 7. 7 Automated Debug Process 2 Automated Metric-Driven Processes 25 Measurement The measurement and analysis phase of the process is one of the most automated phases, and provides P the bulk of the power offered by the MPA methoR E dology.
Metric Driven Design Verification: An Engineer's and Executive's Guide to First Pass Success by Hamilton B. Carter