Introduction to Operating systems Lecture online notes
Introduction to Operating systems Lecture online notes
Introduction to Operating systems Lecture online notes
This online PDF lecture notes contains following topics: Definition
and Function of operating systems, Evolution of operating system,
Operating system structure-monolithic layered,virtual machine and
Client server, Different types of operating system-real time
systems, multi-user System, distributed system, Introduction to
basic terms and batch processing system: Jobs, Processes files,
command interpreter, Logical and Physical address protection,
paging, and segmentation, Virtual memory, Page replacement
algorithms, Catch memory, hierarchy of memory types, Associative
memory, Process states, virtual processor, Interrupt mechanism,
Scheduling algorithms Performance evaluation of scheduling
algorithm, Threads,File systems-Partitions and Directory structure,
Disk space allocation, Disk scheduling, I/O Hardware, I/O Drivers,
DMA controlled I/O and programmed I/O, I/O Supervisors, Introduction
and need for distributed OS, Architecture of Distributed OS, Models
of distributed system, Remote procedure Calls, Distributed shared
memory, Unix Operating System- Case Studies
Author(s): Dr. Babasaheb
Ambedkar Open University Ahmedabad
This
note covers the following topics: Functions of Operating System,
Evolution of OS, Operating System Services, Computer-System
Architecture, Process Control Block, CPU Scheduling, Thread,
Inter-process Communication, Message-Passing System, Process
Synchronization, Peterson’s solution, Synchronization Hardware,
Semaphores, The Readers- Writers Problem.
This note explains
the following topics: OS Internals, C Programming and Makefiles, Bit-wise
Operators, File Systems, Processes, File Descriptors, Threads, File Systems
Internals, Synchronization, Deadlock.
This note covers the following topics: The UNIX file system, Networking
and the Internet on UNIX machine, Operating Systems Theory, Process
Synchronization, InterProcess Communication under UNIX, Deadlock, Virtual Memory
and Paging, Computer Security.
In this book, you will learn about all three kinds of interaction.
This book describes how all these kinds of support are provided both by
operating systems and by additional software layered on top of operating
systems, which is known as middleware. Topics covered includes: Threads,
Scheduling, Synchronization and Deadlocks, Atomic Transactions, Virtual Memory,
Processes and Protection, Files and Other Persistent Storage, Networking,
Messaging, RPC, and Web Services, Security.