Skip to content Skip to navigation

Operating System Theory

16:198:519

This course constitutes the second level in the operating systems course sequence198:416 -- 198:519. While 198:416 takes a descriptive approach to convey a thorough understanding of the various operating system tasks and their interactions, this course stresses advanced concepts in operating system design including interactions with networking, and evaluation of design options for the implementation of those concepts. Its principal purpose is to present the concepts and the algorithms for providing distributed services in a computer system. Thus, the course is intended for computer science students.

Category: 
B
Prerequisite: 

Must have completed undergraduate classes equivalent to 01:198:416 and01:198:211.  Graduate students without the 01:198:416 background should take16:198:518.

Topics: 

Operating system basics, process management, synchronization, memory management. Interprocess communication, pipes, sockets. Network protocols, RPC, broadcast protocols, client-server architectures. Current trends in operating system design and case studies.

Expected Work: 

Assignments, midterm, final, and programming assignments.

Professor: 
Liviu Iftode
Richard Martin
Badri Nath
Thu Nguyen
Semester: 
Fall
Course Type: 
Graduate

Check the University Schedule of Classes to see if this course is open.

Request a Special Permission Number here if the class is full.