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After designing a sequential circuit necklace, the question is, how can we write a test to verify

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our design?

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This section will cope with this question and this letter will explain the goal and structure of the.

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This section aims to develop a test bench to validate a given design, a necklace described using the

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single cycle design concept to achieve this goal.

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This section explains the structure of a typical test bench in ACTUALISE and how to generate the design

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input test vectors.

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These are the objectives of this section describing a colossal speech in Etchells, performing the simulation,

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an archaeological simulation and generating the input waveforms as test vectors.

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This section consists of six lectures, this video as the first lecture clarifies the goal of this section

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and it's a structure, the next lecture will define a test bench, a structure for a given single cycle

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actualised description of a design, the panel to serial design test, which will be explained in the

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third lecture.

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The fourth lecture will describe how to write a test bench for the serial to parallel design explained

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in the previous section, Lecture five will discuss how to generate a specific input waveform as the

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design input test.

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The last lecture will give you a couple of exercises to review the concepts and techniques explained

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in the section.

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After finishing the section, you will be able to write a test page for a design described inviter such

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as.

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Run the simulation, an archaeological simulation to verify the design, functionality and timing.

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What is the structure of a typical test bench in white Essentialists, the next lecture will cope with

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this question.

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These are our takeaway messages as sea based test should be provided for the design, functionality

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and timing validation.

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The sea based tests can generate different input waveforms as the test vectors for the design under

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test.

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Now, the question, what is the main difference between simulation and audience simulation?