1.      COURSE SUMMARY:

       This course is designed as a one-semester course for the concepts of Operating Systems for undergraduate Computing & Information System students. The course covers the analysis of various components of the operating system. Furthermore, the course enables the students to better understand how these components all tie in together to create the computing experience. This course has found a profound application in the field of computing, especially on the hardware side.

2.      COURSE OBJECTIVE:

       The course aims to provide the students with fundamental knowledge about components of operating systems such as processes, schedulers, memory, etc. Students will also learn about scheduling algorithms and simulate how those algorithms work. Students will also be familiarized with the concept of process synchronization and how they are used in systems.

• Class Lecture-1 (Operating System)


• Class Lecture-2 (Processor)


• Class Lecture-3 (Process)


• Class Lecture-4 (Process)


• Class Lecture-5 (Deadlock)


• Class Lecture-6 (Banker's Algorithm)


• Class Lecture-7 (Memory Management OS)


• Class Lecture-8 (Contiguous Memory Allocation)