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Operating Systems Three Easy Pieces

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Operating Systems Three Easy Pieces

Operating Systems Three Easy Pieces

This book is centered around three conceptual pieces that are fundamental to operating systems: virtualization, concurrency, and persistence.

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Operating System Notes

Operating System Notes

This note covers the following topics: History of operating system, Different kinds of operating system, Operation system concepts, System Calls, Operating system structure, Processes, threads, thread model and usage, inter process communication, Scheduling, Memory Management, Memory Abstraction, Virtual Memory, page replacement algorithms, Resources, introduction to deadlocks, deadlock detection and recovery, deadlocks avoidance, deadlock prevention, Multiple processor system, multiprocessors, multi computers, principles of Input Output hardware, principles of Input Output software, Files, directories, files systems implementation, File System Management and Optimization.

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Operating Systems Lecture Notes by Stanford University

Operating Systems Lecture Notes by Stanford University

This lecture note explains important systems concepts in general. Topics covered includes: Threads and Processes, Concurrency and Synchronization, Scheduling, Virtual Memory, I/O, Disks, File systems, Network file systems, Protection and Security, Virtual machines, Cutting edge topics.

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Introduction to Operating Systems by Dr. Mark Humphrys

Introduction to Operating Systems by Dr. Mark Humphrys

This note describes the following topics: UNIX or Linux, Pipes and redirection, Text editors, Case sensitivity, Filenames and Special Characters, UNIX file protections, UNIX directory protections, Shell, Shell utilities, Search engine, PC operating systems, Server operating systems, Mobile operating systems, OS structure, Processes, Memory, Files, Windows command line.

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Operating Systems by Steven Hand

Operating Systems by Steven Hand

This note aims to explain the structure and functions of an operating system, and illustrate the key operating system aspects. Topics covered includes: Introduction to Operating Systems, Processes and Scheduling, Memory Management, I/O and Device Management, Protection, Filing Systems, Case Study: Unix and Windows NT.

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Distributed Operating Systems

Distributed Operating Systems

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Operating Systems Lecture notes Worcester Polytechnic Institute

Operating Systems Lecture notes Worcester Polytechnic Institute

This note covers the following topics: Introduction to concurrency, Processes and Threads, Interprocess communication and synchronization, Virtual Memory and Paging, Page Replacement algorithms, Caches and principles of caching, Design and Implementation issues, I/O hardware, I/O software and drivers, User interface support.

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Operating Systems Course Notes

Operating Systems Course Notes

This book covers the following topics: Process Management, Memory Management, Storage Management, Protection and Security.

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Operating System (by Dang Van Duc, et al)

Operating System (by Dang Van Duc, et al)

This book contains the following topics: Introduction into Operating system, Operating System on PC, Operating System Essential, C Programming language, Disk Operating System (DOS), Keyboard and Mouse Input, Video Display, Printer and Serial Port, File Management, Windows 98 Architecture, Windows NT 4.0.

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A Short Introduction to Operating Systems (M. Burgess)

A Short Introduction to Operating Systems (M. Burgess)

This book covers the following topics: What is an operating system, Single-task OS, Multi-tasking and multi-user OS, Processes and Thread, Memory and storage, Networks: Services and protocols, TCP/IP Networks and Security: design considerations.

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Operating Systems Lecture Notes (Martin C. Rinard)

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This book covers the following topics: Processes and Threads, Thread Creation, Manipulation and Synchronization, Deadlocks, Implementing Synchronization Operations, CPU Scheduling, OS Potpourri, Introduction to Memory Management, Introduction to Paging, Issues in Paging and Virtual Memory, MIPS TLB Structure, Introduction to File Systems, File System Implementation, Monitors, Segments, Disk Scheduling, Networking, UDP and TCP.

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