By Sasan Iman

I'm pleased to determine this new publication at the e language and on verification. i'm specially completely satisfied to determine an outline of the e Reuse method (eRM). the most target of verification is, in the end, discovering extra insects speedier utilizing given assets, and verification reuse (module-to-system, old-system-to-new-system and so forth. ) is a key allowing part. This ebook deals a clean process in educating the e verification language in the context of insurance pushed verification technique. i am hoping it is going to aid the reader und- stand the various vital and engaging subject matters surrounding verification. Yoav Hollander Founder and CTO, Verisity Inc. Preface This ebook presents a close assurance of the e verification language (HVL), cutting-edge verification methodologies, and using e HVL as a facilitating verification instrument in enforcing a state-of-the-art verification surroundings. It comprises finished descriptions of the recent thoughts brought by means of the e language, e language syntax, and its as- ciated semantics. This ebook additionally describes the architectural perspectives and necessities of verifi- tion environments (randomly generated environments, assurance pushed verification environments, and so forth. ), verification blocks within the architectural perspectives (i. e. turbines, initiators, c- lectors, checkers, screens, assurance definitions, and so forth. ) and their implementations utilizing the e HVL. furthermore, the e Reuse method (eRM), the inducement for outlining this kind of gui- line, and step by step directions for construction an eRM compliant e Verification part (eVC) also are mentioned.

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37 CHAPTER 3 environment to provide visibility into the state of device operation. 3. It is possible to create a CPU verification environment where the CPU instructions are dynamically created during the simulation process. In this approach, new instructions are generated and returned in response to each memory instruction fetch cycle. The advantage of this approach is that the mix of instructions may be modified to guide the verification to cover different parts of the verification plan. 2 Verification Bus Functional Model A device uses complex protocols at its ports to communicate with outside devices.

7. In this representation, each state in the verification space corresponds to a state in the original state machine. In addition, the necessary check at each step is that the current state is valid based on previous state and the input values, and that the output generated at that state is as expected. 8, gives verification targets in terms of modes of operation for the bus interface module. It should be noted that verification goals often depend not only on reaching a specific state, but also on how that verification target is reached.

Directed verification), completeness of device verification is hardly extended beyond the verification plan scenarios. However, in a verification methodology where verification scenarios are randomly generated and device response is automatically checked, it is highly likely that many scenarios beyond the initial verification plan are also verified. 5 Verification Environment Reusability Verification Environment Reusability may be defined in two ways: Reusing verification environment for next generations of the same design 20 The e Hardware Verification Language Verification Methodologies Reusing verification environment modules and utilities while moving from module level verification to system level verification The main assumption in re-using a verification environment across design generations is that design generations have similar profiles and features, though slightly modified or enhanced.

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