الإشارات والأنظمة 503371-3

About Course

كورس الإشارات والأنظمة – جامعة الطائف | Signals and Systems (503371-3)

محتوى تعليمي باللغة العربية لطلاب هندسة الحاسب بجامعة الطائف، يجمع بين التعريف بالمفاهيم والتطبيقات وحل المسائل. الموضوعات التالية من فصول الكورس المنشورة.

الموضوعات الموجودة في الكورس

Signals & Systems — أساسيات الإشارات وتصنيف الأنظمة.
Convolution & Correlation — الالتفاف والارتباط وتحليل الإشارات.
Fourier Series & Fourier Transform — سلاسل وتحويلات فورييه.
Laplace Transform & Filters — تحويل لابلاس والمرشحات.

التدريبات والمحتوى الإضافي

تشمل قائمة الفصول مسائل محلولة لتدريبات فورييه ولابلاس ومحتوى إضافيًا حسب الفصول المتاحة.

يمكن استعراض القائمة الكاملة للدروس والاختبارات من قسم محتوى الكورس.

Course Content

CH1 Signals

1.1 Signals and Systems
09:33
2. (a) Continuous and Discrete Time Signals
06:00
2. (b) Energy and Power Signals
09:38
2. (b) Energy and Power Signals [Example 1]
11:15
2. (b) Energy and Power Signals [Example 2]
16:14
2. (b) Energy and Power Signals [Example 3]
16:25
2. (b) Energy and Power Signals [Example 4]
06:31
2. (c) Deterministic and Random Signals
02:41
2. (d) Periodic and Aperiodic Signals (i) Continuous-time
17:01
2. (d) Periodic and Aperiodic Signals (ii) Discrete-time signal
08:48
2. (d) Periodic Continuous-time Signals [solved Examples]
21:55
2. (d) Periodic Discrete-time Signals [solved Examples]
09:56
2. (e) Even and Odd Signals
10:40
3. Signal Operations (a) Time Shift
15:14
3. Signal Operations (b) Time Scaling
08:17
3. Signal Operations (c) Time Reversal
03:49
3. Signal Operations [Example 1]
00:00
3. Signal Operations [Example 2]
00:00
4. Exponential and Sinusoidal Signals
14:45
5. The Unit Impulse and Unit Step Functions
05:07

About Course

كورس الإشارات والأنظمة – جامعة الطائف | Signals and Systems (503371-3)

الموضوعات الموجودة في الكورس

التدريبات والمحتوى الإضافي

Course Content

CH1 Signals

3. Signal Operations (a) Time Shift

3. Signal Operations (b) Time Scaling

3. Signal Operations (c) Time Reversal

3. Signal Operations [Example 1]

3. Signal Operations [Example 2]

4. Exponential and Sinusoidal Signals

5. The Unit Impulse and Unit Step Functions

CH2 Systems

3. Signal Operations (a) Time Shift

3. Signal Operations (b) Time Scaling

3. Signal Operations (c) Time Reversal

3. Signal Operations [Example 1]

3. Signal Operations [Example 2]

4. Exponential and Sinusoidal Signals

5. The Unit Impulse and Unit Step Functions

6. Systems (a) System with and without Memory

6. Systems (b) Invertible and Not-invertible Systems

6. Systems (c) System Causality

6. Systems (d) System Stability

6. Systems (e) Time Invariance

6. Systems (e) Time Invariance [Example 1]

6. Systems (e) Time Invariance [Example 2]

6. Systems (e) Time Invariance [Example 3]

6. Systems (e) Time Invariance [Example 4]

6. Systems (f) Linearity

6. Systems (f) Linearity [Example 1]

6. Systems (f) Linearity [Example 2]

6. Systems (f) Linearity [Example 3]

6. Systems (f) Linearity [Example 4]

CH3 Convolution

Topic 4.1 Continuous and Discrete Convolution

Topic 4.2 Properties of Convolution

Topic 4.3 Convolution Limits and Area

Topic 4.4 Discrete Convolution

Topic 5 – ‏Convolution Exercise 1‏

Topic 5 – ‏Convolution Exercise 2

Topic 5 – ‏Convolution Exercise 3

Topic 5 – ‏Convolution Exercise 4

Topic 5 – ‏Convolution Exercise 5

Convolution Example 1 (2.6)

Convolution Example 2 (2.7)

Convolution Example 3 (2.8)

CH4 correlation

1. What is Correlation

2. Auto Correlation

3. Cross Correlation

4. Parseval’s Theorem

CH5 Fourier Series

2.1 Fourier Series

2.2 Symmetry in Fourier Series

2.3 Circuit Applications

2.4 Exponential Fourier Series

2.5 Average Power and RMS Values

CH5 Fourier Series خلول المسائل

problem 17.3 solution | حل مسألة

problem 17.5 solution | حل مسألة

problem 17.10 solution | حل مسألة

problem 17.21 solution | حل مسألة

problem 17.26 solution | حل مسألة

problem 17.32 solution | حل مسألة

problem 17.33 solution | حل مسألة

problem 17.37 solution | حل مسألة

CH6 Fourier Transform

1. Fourier Transform

2. Fourier Transform Properties

2. Fourier Transform Properties [example 1]

2. Fourier Transform Properties [example 2]

2. Fourier Transform Properties [Example 18.6]

3. Network analysis

3. Network analysis [Example 14.1]

5. Bode Plot

5. Bode Plot [Example 14.4 ] [from book records]

5. Bode Plot [Example 14.3 ] [from book records]

5. Bode Plot [Practice Problem 14.3] [from book records]