Seminar  

2 credits

= (2 h- lecture )/ week

• Course Syllabus

Course Structure:

• Instructor-Led Lectures: The course includes lectures by the instructor, providing foundational knowledge and insights into both classic and modern networking topics.
• Student-Led Paper Readings and Presentations: Students will actively participate by reading, presenting, and discussing selected research papers. This interactive approach is designed to enhance critical thinking and foster in-depth discussions.
• Research Project: Students will form small groups (two to three members) to conduct a comprehensive research project. This project will be an opportunity to identify and investigate research problems, culminating in a presentation of their findings and contributions to the field.

• Teaching Assistant

• References Books

• Lectures Time Table

• Exams  Schedule

• Grade Structure and Policy 

• Lecture Notes 

Topics

• Inter-domain routing and  Switching (GNS3 and Wireshark)

• MANET + Adhoc (NS2 + NS3)

• TCP Congestion control (NS2 + NS3)

• Data centers (Mininet + CloudSim)

• Software-Defined Networking SDN (Mininet)

• IoT + WSN (Cooja Simulator)

• Cloud Computing (CloudSim)

• ML for networking (GCP + Keras)

• Internet Cloud  networking (e.g., GCP+AWS+Alibaba)

• Cloud Platform (OpenStack)

• Network Security (Kali Linux )

• Cybersecurity (Cuckoo Sandbox)

• Cellular network architecture (NS3)

• Project Proposals

• Research Trends in the intersection of ML and computer networking. 2024  

• How writing your research proposal  كيف تكتب مقترح البحت

• Homework Assignments    

• Programming Exercises

• Simulators