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Book details Author: Richard Fox Pages: Routledge Language: English ISBN The book can be used for a one- or two-semester course on Linux or Unix.
It is complete with review sections, problems, definitions, concepts, and relevant introductory material, such as binary and Boolean logic, OS kernels, and the role of the CPU and memory hierarchy.
There will be no make-up exams, unless in the case of emergencies. Any form of cheating will not be tolerated during the tests.
CS Lab policies CS will have 12 labs, roughly one per week. Take-home labs: The take home labs are mainly designed to help you learn the lab material at your own pace; they need not be solved and submitted within the three hour lab slot. You can solve the take-home labs in groups of one or two students.
If you solve the lab in a team, you are both expected to contribute equally to the assignment. You may discuss and brainstorm with your friends, but the final writeup and code must be yours.
You can bring your own laptops and use them for the take home labs. You are strongly encouraged to work in the lab during the lab slot even during the weeks when the lab assigned is a take-home lab.
Most take-home labs will span multiple weeks, and will take more than 3 hours to solve. Therefore, it will be most useful for you to start working on the lab before the allocated lab slot; the lab slot can then be used to get your doubts cleared by the TAs and instructor.
Needless to say, any plagiarism or copying of code will not be tolerated.
Notes on Operating Systems Dror G. Feitelson PDF Pages English This note deals with what operating systems are, and the context in which they operate. In particular, it emphasizes the issues of software layers and abstraction, and the interaction between the operating system and the hardware.
Topics covered includes: Computer system, Hardware basics, Nachos overview, Process concept and state, Process description and control, Threads, Concurrency: Mutual Exclusion and Synchronization, Concurrency: Operating Systems by Prof. Smruti R. Sarangi Prof. Unix and Windows NT. Operating Systems Lectures Steven M.
Processes, Fault tolerance, Communication, Synchronization - general purpose algorithms, synchronization in databases, Consistency and replication, Naming, Security, Cluster systems, Grid systems and Cloud computing. Introduction to operating systems concepts, process management, memory management, file systems for both hard drive and SSD, virtualization, and distributed operating systems. The laboratory exercises will require implementing a simple, but functional operating system from ground up.