All parts Asap pleaseAsap please (a) A) How many deterministic tests does a 2-bit adder have? B) What about an 8-bit adder? C)An n-bit adder? D) Assuming you can do 10 tests per second, how much time will A and B eachtake respectively? Represent and round-up your answer in the most appropriate (human read-able/understandable) time-unit (e.g., seconds, minutes, hours, days, years)(b) A) How many deterministic tests does a simplified alu which takes in two 32-bit data inputs and a2-bit selector indicating add (00), subtract (11), multiply (10), divide (01). B) What happens witha 64-bit simplified alu? C) What happens with a 128-bit? D) Assuming you can do 1000 tests persecond, how much time will A and B each take respectively? Represent and round-up your answer inthe most appropriate (human readable/understandable) time-unit (e.g., seconds, minutes, hours, days,years)(c) Create a 3x3 matrix; along the diagonal describe the three types of checking models (golden vectors,reference model, and transaction).; in the upper triangle of the matrix provide similarities betweenthe models; and in the lower triangle contrast/provide differences between the three types of checkingmodels.

Answered: (a) A) How many deterministic tests…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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All parts Asap please Asap please

(a) A) How many deterministic tests does a 2-bit adder have? B) What about an 8-bit adder? C)
An n-bit adder? D) Assuming you can do 10 tests per second, how much time will A and B each
take respectively? Represent and round-up your answer in the most appropriate (human read-
able/understandable) time-unit (e.g., seconds, minutes, hours, days, years)
(b) A) How many deterministic tests does a simplified alu which takes in two 32-bit data inputs and a
2-bit selector indicating add (00), subtract (11), multiply (10), divide (01). B) What happens with
a 64-bit simplified alu? C) What happens with a 128-bit? D) Assuming you can do 1000 tests per
second, how much time will A and B each take respectively? Represent and round-up your answer in
the most appropriate (human readable/understandable) time-unit (e.g., seconds, minutes, hours, days,
years)
(c) Create a 3x3 matrix; along the diagonal describe the three types of checking models (golden vectors,
reference model, and transaction).; in the upper triangle of the matrix provide similarities between
the models; and in the lower triangle contrast/provide differences between the three types of checking
models.

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A key component of designing a digital circuit is deterministic testing, which makes sure the circuit consistently generates accurate results regardless of the input conditions. The time and resources necessary for validation can change dramatically depending on the number of deterministic tests needed for various adder sizes. We will examine the number of deterministic tests required for 2-bit and 8-bit adders in this solution, as well as a general strategy for n-bit adders. We'll also figure out how long it will take to run these tests at a pace of 10 per second.

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