Résumé de section
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Institution : National Polytechnic School of Oran, Maurice Audin
Department : Process and Materials Engineering
Module Title : Signal Processing
Module code : SP
Module provider : APCM
Module Leader : Dr. Rahmouna EL BOUSLEMTI
Number of Credits : 03
Coefficient : 03
Target Audience : 5rd year engineering students
Overall student workload :
- Independent Learning Hours: 60 hours (15 weeks)
- Lecture Hours: (1h:30), Tutorial Hours: (1h:30), Laboratory Hours: (1h:30)
Module Availability : Semester 5
Assessment pattern : Examination - 2hrs Invigilated Examination
Schedule : Wednesday: 08:10-13:00
Room : SP7
Contact : rahma_bouslemti@yahoo.fr
Office Location : Not available
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This course serves as educational material aimed at first-year students in the state engineering program in electrical engineering, as well as third-year students in the state engineering program in materials engineering. However, it is also suitable for all students in the first or second LMD cycle.
Structured according to the syllabus presented in Appendix A, this course consists of seven main chapters. It serves as a reference document in theory and signal processing, tailored to the needs of postgraduate students looking to deepen their knowledge in this field.
Our focus is primarily on signal processing, a discipline that has become indispensable in modern times. Its main purpose is the development or interpretation of signals carrying information, making it a crucial subject in many application areas.
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Module aim
The aim of this course is to provide tools for analyzing the properties of a signal and examining what happens to it as it passes through a system.Prerequisites
Prior knowledge of mathematical concepts such as integrals, derivatives, and complex numbers is required.Indicative Module Content
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- - Introduction to deterministic signals
- - Sampling of analog signals
- - Discrete signals
- - Random processes
- - Signals and systems
- - Synthesis of digital filters
- - Introduction to spectral analysis and estimation
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Prerequisite tests play a crucial role in signal processing education by assessing essential knowledge and competencies. They help identify and address early weaknesses, ensuring students have a solid foundation to comprehend advanced topics. Familiarity with mathematical concepts like integrals, derivatives, and complex numbers is vital for mastering signal processing principles and applications.
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Signal processing is a multidisciplinary field crucial in the world of engineering and applied sciences. It deals with the manipulation, analysis, and transformation of signals to extract useful information. This course covers a range of fundamental and advanced topics in signal processing, from understanding deterministic signals to spectral analysis and estimation.
In this module, we will explore essential concepts of signal processing, starting with an introduction to deterministic signals and their processing. We will also study the sampling of analog signals, manipulation of discrete signals, as well as random processes and the systems that model them. We will delve into the synthesis of digital filters and spectral analysis and estimation techniques, which are powerful tools for understanding signal behavior in the frequency domain.
The overall structure of this module is presented in the following diagram:
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This diagram illustrates the various parts of the chapter.
Chapter 1: course 1, course 2 & course 3 ↴
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The attached document provides a detailed explanation of Fourier series to enhance understanding of this concept.
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Practice the following multiple-choice and single-choice questions to enhance your understanding in our training quizzes. -
Try to write your answers carefully, without referring to the course or the answer key.
Please:
1. Download the 'homework 1' file.
2. Answer the questions.
3. Submit your work in 'submit your homework here';
submit your homework here
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Self-Assessment: Course Questions and Exercises
Please:
- Read courses 1, 2, and 3.
- Answer the 3 course questions.
- Solve exercises 1 and 2.
Note:
- You have 3 attempts allowed.
- Time available: 45 minutes.
- Evaluation method: Highest score.
- This evaluation test is part of your self-assessment process.
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Welcome to the Chapter 1 Forum! Dive into the world of signals with us. Discuss deterministic signals, Fourier series, and the Fourier Transform. Ask questions, share insights, and connect with your peers.
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This diagram illustrates the various parts of the chapter.
Chapter 2 - course 1 & course 2 ↴
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Practice the following multiple-choice and single-choice questions to enhance your understanding in our training quizzes. -
Try to write your answers carefully, without referring to the course or the answer key.
Please:
1. Download the 'homework 1' file.
2. Answer the questions.
3. Submit your work in 'submit your homework here';
submit your homework here
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Welcome to the Sampling and Quantization Forum....! Engage with your peers, ask questions, and share insights to enhance your understanding of these key concepts.
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This diagram illustrates the various parts of the chapter.
Chapter 3: Online Courses and Supplemental Videos....-
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Practice the following multiple-choice and single-choice questions to enhance your understanding in our training quizzes. -
Try to write your answers carefully, without referring to the course or the answer key.
Please:
1. Download the 'homework 1' file.
2. Answer the questions.
3. Submit your work in 'submit your homework here';
submit your homework here
-
Self-Assessment: Course Questions and Exercises
Please:
- Read courses 1, 2, and 3.
- Answer the 3 course questions.
- Solve exercises 1 and 2.
Note:
- You have 3 attempts allowed.
- Time available: 45 minutes.
- Evaluation method: Highest score.
- This evaluation test is part of your self-assessment process.
-
Welcome to the Sampling and Quantization Forum....! Engage with your peers, ask questions, and share insights to enhance your understanding of these key concepts.
-
-
-
Practice the following multiple-choice and single-choice questions to enhance your understanding in our training quizzes. -
Try to write your answers carefully, without referring to the course or the answer key.
Please:
1. Download the 'homework 1' file.
2. Answer the questions.
3. Submit your work in 'submit your homework here';
submit your homework here
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Join our forum for an engaging discussion on random signals! Don't miss this opportunity to deepen your understanding and connect with your peers.
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This diagram illustrates the various parts of the chapter.
Chapter 5: Signals and Systems
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Practice the following multiple-choice and single-choice questions to enhance your understanding in our training quizzes. -
Try to write your answers carefully, without referring to the course or the answer key.
Please:
1. Download the 'homework 1' file.
2. Answer the questions.
3. Submit your work in 'submit your homework here';
submit your homework here
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Welcome to the Chapter 5 Forum! Dive into the world of signals with us. Discuss deterministic signals, Fourier series, and the Fourier Transform. Ask questions, share insights, and connect with your peers.
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Practice the following multiple-choice and single-choice questions to enhance your understanding in our training quizzes. -
Try to write your answers carefully, without referring to the course or the answer key.
Please:
1. Download the 'homework 1' file.
2. Answer the questions.
3. Submit your work in 'submit your homework here';
submit your homework here
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Welcome to the Digital Filters Forum.....!
Discuss various filter designs, signal processing techniques, and practical applications. Feel free to ask questions, share your experiences, and connect with other enthusiasts.
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This diagram illustrates the various parts of the chapter.
Chapter 7: Introduction to spectral analysis and estimation
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Enhancing Learning with Online Courses and Supplementary Videos -
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Self-Assessment: Course Questions and Exercises
Please:
- Read courses 1, 2, and 3.
- Answer the 3 course questions.
- Solve exercises 1 and 2.
Note:
- You have 3 attempts allowed.
- Time available: 45 minutes.
- Evaluation method: Highest score.
- This evaluation test is part of your self-assessment process.
-
Welcome to the Digital Filters Forum.....!
Explore a range of spectral estimation methods, analysis techniques, and their practical applications. Feel free to ask questions, share your experiences, and connect with other enthusiasts.
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Dans cette section, vous trouverez un cours détaillé en français sur les concepts de la série et de la transformée de Fourier, en explorant leurs applications pratiques et théoriques dans le traitement des signaux.
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Veuillez trouver ci-joint le polycopié intitulé 'Traitement du signal', qui offre une couverture complète et détaillée des principes fondamentaux et des techniques avancées en français.
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