Section outline
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This page presents the official syllabus for the course "Algorithmics and Data Structures 1". It provides detailed information about the course objectives, content, assessment methods, and recommended prerequisite knowledge. Explore the topics covered in each chapter and find valuable resources for your studies in algorithmic problem-solving. Stay informed about your instructor, and their contact details for any questions or clarifications.
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This directory is a valuable resource, offering a range of references, especially books available in three languages: Arabic, French, and English, that can assist students in their learning of algorithms and programming in the C language.
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This folder contains some exams from previous years with their solution key.
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In this first chapter, we aim to introduce new students to the field of computer science by providing the necessary definitions and offering a historical overview of the evolution of computer science over the years. We also cover fundamental concepts of algorithms in this chapter with some concrete examples.
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The course materials for Chapter 1 in French, available in PDF format.
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This tutorial series corresponds to the first chapter.It includes exercises on problem definition and analysis.
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The objective of this first practical worksheet is to become familiar with the Code::Blocks development environment and to write our first program in the C language.
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Here you will find a set of supplementary exercises for individual work on problem analysis and definition, along with their solution.
It's important to note that these exercises are a supplement and by no means replace the classes and educational resources provided in the classroom. They are designed to enhance your understanding and provide additional opportunities for practice and self-learning.
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In this chapter, we will introduce the algorithmic language that will be used throughout this course for describing and creating algorithms. We will describe the general structure of an algorithm and present its basic elements (instructions, objects, etc.). Additionally, we will see how to sequence basic instructions to design our first algorithm for solving a given problem. We will also introduce flowcharts, a graphical representation of algorithms, and explain the rules for constructing a flowchart from an algorithm. At the end of the chapter, basic vocabulary from the C programming language will be introduced so that students can begin learning how to program.
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The course materials for Chapter 2 in English, available in PDF format.
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This tutorial series covers Chapter 2, which focuses on the creation of simple sequential algorithms.
It includes a set of exercises on data element declaration and the development of basic algorithms to address various problems.
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The aim of this practical worksheet is to learn the structure and basic elements of a C language program. By the end of this worksheet, you should be able to write a complete program in the C language and manipulate variables, constants, and basic instructions correctly.
Students are encouraged to refer to section number 9 of Chapter 2 titled "Translation into C language" before starting to solve this worksheet. This section provides detailed explanations of the concepts necessary to accomplish this practical worksheet.
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This series offers a set of supplementary exercises for individual work on simple sequential algorithms. The solutions to these exercises are available on the module's Facebook page. It's important to note that these exercises are a supplement and by no means replace the classes and educational resources provided in the classroom. They are designed to enhance your understanding and provide additional opportunities for practice and self-learning.
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This series offers a set of supplementary exercises for individual work on simple sequential algorithms. The solutions to these exercises are available on the module's Facebook page. It's important to note that these exercises are a supplement and by no means replace the classes and educational resources provided in the classroom. They are designed to enhance your understanding and provide additional opportunities for practice and self-learning.
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In the realm of algorithms and coding, the ability to make informed decisions is paramount, and mastering the art of creating conditions and choices is foundational.
This chapter delves deep into the core concepts of conditional structures, empowering you with the skills needed to craft dynamic and intelligent algorithms as well as C programs
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The course materials for Chapter 3 in English, available in PDF format.
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This tutorial series is dedicated to Chapter 3, which delves into the details of conditional structures in programming. It includes a variety of progressively challenging exercises, covering the concepts of simple, compound, nested conditional structures, and branching.
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This practical work aims to learn, through a set of activities and exercises, the different forms of conditional structures and their use.
At the end of this practical work, you should be able to solve any problem containing multiple situations and use all the conditional instructions studied correctly.
This document is formatted for double-sided printing, 2 pages per sheet.
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In the realm of algorithmic problem-solving, the ability to perform repetitive tasks is a cornerstone of efficiency. Loops, or iterative structures, stand as the quintessential tools for mastering this art.
This chapter explores the pivotal role of loops in algorithmic problem-solving. From fundamental "while" and "for" loops to advanced concepts like nested iterations, this chapter aims to provide a comprehensive understanding of iteration.
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The course materials for Chapter 4 in English, available in PDF format.
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This file serves as the material for Tutorial Series No. 4, focusing on loops or repetitive structures. Aligned with the concepts introduced in Lecture No. 4, this series serves as a practical application, reinforcing the knowledge gained in class. It comprises a set of 7 exercises designed to provide hands-on experience and a deeper understanding of the intricacies of loops.
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The primary aim of this lab sheet is to comprehensively elucidate the diverse iterative structures in the C programming language. Through a series of examples and practical exercises, this sheet aims to equip you with a nuanced understanding of when and how to employ each type of loop effectively.By the conclusion of this lab, you should be able to confidently tackle problems requiring repetition, demonstrating proficiency in utilizing the studied loops with precision.This document is formatted for double-sided printing, 2 pages per sheet.
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Move beyond simple variables as we explore the realm of composite types in algorithmics. This chapter focuses on arrays, a fundamental structured type, and delves into the intricacies of strings—a specific type of array. Learn the essentials of declaration, manipulation, and practical usage examples for both types. These tools, designed to handle large datasets and streamline future processing, are key assets in tackling complex algorithmic challenges.
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The course materials for Chapter 5 in English, available in PDF format.
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Dive into mastering arrays with our fifth tutorial series. Complementing Chapter 5, this series offers six exercises to enhance your skills in handling both simple and multidimensional arrays. From declaration to real-world applications, each exercise is a step towards mastering array manipulation. Elevate your algorithmic skills and gain practical experience with this hands-on series—a valuable resource for real-world programming challenges.
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Explore arrays and character strings in C with our practical Worksheet N°5. This lab sheet is designed to introduce you to the practical use of arrays and character strings in the C language. Arrays, powerful data structures, enable the storage of multiple values in a single variable. Accessing elements within an array is done using indices. In C, a "String" is essentially an array of characters, concluding with the special character "\0".
By the end of this lab, you'll gain the skills to declare, initialize, and manipulate both strings and one or two-dimensional arrays in the C language. Dive into practical exercises and enhance your proficiency in working with these fundamental data structures.
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In this chapter, we delve into the intricacies of composite types, introducing you to the world of structured data. Algorithmics, with its unique capabilities, empowers programmers to define custom types tailored to specific problem domains, and records stand out as one of the most important ones.
Records, as a fundamental custom type, offer a unique way to structure and organize data in algorithmic solutions. This chapter provides a comprehensive exploration of records, guiding you through the essentials of their declaration, manipulation, and practical applications.
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The course materials for Chapter 3 in English, available in PDF format.
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This document is the content for Tutorial Series No. 6, centering around custom types, especially records or structures. Based on what you learned in Lecture No. 6, this series is a hands-on application that reinforces what you've studied in class. It includes exercises for you to work on independently, plus extra tasks to give you practical experience and a better grasp of how records and custom types work.
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Ouvert le : mardi 14 novembre 2023, 19:00À remettre : mercredi 22 novembre 2023, 00:00
This homework focuses on conditional structures that you have studied in lectures, tutorials, and practical sessions. Its aim is to assess students' skills in the practical application of these concepts through the development of an algorithm to manage medical appointments at a clinic.
You have one week to complete the assignment and submit it on the distance learning platform. Good luck!
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