Please implement the square-and-multiply algorithm for fast modular exponentiation. Requirements: You can choose any language you would like to use from the following: C/C++, C#, Java, and Python. You need to give a detailed comments of your codes then include the code with a written report explaining your implementation. In addition, you need to provide the test case result of your implementation and provide a screenshot of the results in the written report. Square and Multiply Algorithm . Convert the exponent to Binary. • For the first 1, simply list the number • For each ensuing o, do Square operation • For each ensuing 1, do Square and Multiply operations 37 1 1 5 1 0 1 101 in Binary First One lists Number Zero calls for Square One calls for Square + Multiply 100101 in Binary First One lists number Zero calls for Square Zero calls for Square One calls for Square + Multiply Zero calls for Square One calls for Square + Multiply 3 (3) ² ((3) ²)²+3 N (N) ((N) 2) ² (((N) ²) ²)²N ((((N) ²) ²)²N)² ( ( ( ( (N) ²) ²) ²*N) ²) ²*N

Please implement the square-and-multiply algorithm for fast modular exponentiation. Requirements: You can choose any language you would like to use from the following: C/C++, C#, Java, and Python. You need to give a detailed comments of your codes then include the code with a written report explaining your implementation. In addition, you need to provide the test case result of your implementation and provide a screenshot of the results in the written report. Square and Multiply Algorithm . Convert the exponent to Binary. • For the first 1, simply list the number • For each ensuing o, do Square operation • For each ensuing 1, do Square and Multiply operations 37 1 1 5 1 0 1 101 in Binary First One lists Number Zero calls for Square One calls for Square + Multiply 100101 in Binary First One lists number Zero calls for Square Zero calls for Square One calls for Square + Multiply Zero calls for Square One calls for Square + Multiply 3 (3) ² ((3) ²)²+3 N (N) ((N) 2) ² (((N) ²) ²)²N ((((N) ²) ²)²N)² ( ( ( ( (N) ²) ²) ²N) ²) ²N

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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Throughout this section, we will discuss the testability tip and provide a summary of the compiler.
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Suppose you were now required to create a branch of your project in which all text (prompts, output, error messages) was written in a language (e.g. German) that required the use of characters not supported by ASCII. Discuss the specific design changes you would make, and the key specific C++ code changes that would be required inthe new branch. If you did not carry out the relevant portions of the project implementation, then clearly explain the anticipated changesunder the assumption that you had a working implementation based on your project design
In this section, we'll cover the compiler and testability tip.
Local declarations are those that are stored in the computer's memory, but how are they stored? Using local declarations is unnecessary if the same goal can be accomplished without them. When reference parameters may be used in any function, why bother with value parameters? When it comes to processing programme data, how important are value parameters?
Localization, conversion to unicode: Suppose you were now required to create a branch of your project in which all text (prompts, output, error messages) was written in a language (e.g. German) that required the use of characters not supported by ASCII. Discuss the specific design changes you would make, and the key specific C++ code changes that would be required in the new branch. If you did not carry out the relevant portions of the project implementation, then clearly explain the anticipated changes under the assumption that you had a working implementation based on your project design
This course will cover testability and quickly explain the compiler.
In light of this, I was curious which of the Compiler Phases you consider to be the most significant and why. An example at each level of this structure would be quite helpful, wouldn't you agree?
When should you generalize, overfit, and underfit?
It is not easy for a compiler to generate efficient and error-free code without considering a wide range of parameters. Explain?