FACTS


Faculty


Branches


Specializations


Undergraduate Students


Postgraduate Students

more...     

FACTS


Faculty


Branches


Specializations


Undergraduate Students


Postgraduate students

more...     

 
 

مختبرات القسم

Intelligent Systems Laboratory


 About the Laboratory

The Intelligent Systems Lab is one of the most advanced specialized laboratories in the field of electrical engineering and was created in 2013 by the Electronic Engineering Branch. The laboratory aims to introduce students in the fields of intelligent systems, namely, Artificial Neural Networks (ANN), AG, FL and MATLAB. In addition to the application of intelligent systems in controlling robot devices, in addition to distinguishing shapes and patterns, designing smart memory, Print). The students of the fourth stage benefit from the electronic engineering specialization from the laboratory as well as the postgraduate students for the master's and doctoral students' projects and the first studies to provide their needs of computers and computers


 Laboratory Experiments

 

Fourth Year

Exp. No.

Experiment Title

1

Artificial Neural Networks and Activation Functions

2

McCulloch and Pitts’s Neuron Model

3

Artificial Neural Networks Unsupervised  Learning Rules

4

Artificial Neural Networks Supervised (Perceptron & Delta) Learning Rules

5

Artificial Neural Networks Supervised Learning Rules

6

The Hopfield Neural Model

7

The Hamming Neural  Model

8

Bidirectional Associative Memory (BAM)

9

Feed Forward ANN Training by using Back Propagation Algorithm

10

Adaptive Resonance Theory (ART)

11

Genetic Algorithm (GA)

12

Fuzzy Logic (FL)

Microwave Electronics Laboratory


About the Laboratory

The electronic radio lab aims to train the students of the fourth stage of the electronic engineering branch in the department of electrical engineering on how to analyze and represent the radio circuits using CAD programs. The advanced ADS software and product has been used by Agilent to build and simulate various circuitry at high frequencies. The lab is also aiming to strengthen the practical side by using advanced laboratory devices such as Spectrum Analyzer, RF Signal Generator and Automatic Network Analyzer to extract the characteristics of some radio circuits with frequencies up to 3GHz.


 Laboratory Experiments

 

Fourth Year

Exp. No.

Experiment Title

1

Introduction to ADS- Part I: Circuit Simulation Fundamentals

2

Introduction to ADS- Part II: DC and AC Simulations

3

RF Behavior of Passive Components

4

S-Parameters

5

Lumped-Element Matching Networks

6

Transmission-Line Matching Networks

7

Microstrip Lines

8

Lumped-Element Passive Filters

9

Microstrip-line Filters

10

Directional Couplers

11

RF Transistor Modeling

12

RF Transistor Biasing Circuits

13

High Gain RF Amplifiers

14

Low Noise Amplifiers

15

Continuous-Mode RF Power Amplifiers

16

Class-E Switching Mode RF Power Amplifiers

17

Microwave Transistor Oscillators

18

Microwave Transistor Mixers

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