Operating Systems a concept based approach 1st Edition by Dhananjay Dhamdhere ISBN 0072957697 9780072957693

Operating Systems a concept based approach 1st Edition by Dhananjay Dhamdhere – Ebook PDF Instant Download/Delivery: 0072957697, 9780072957693
Full download Operating Systems a concept based approach 1st Edition after payment

Product details:

ISBN 10: 0072957697 
ISBN 13: 9780072957693
Author: Dhananjay Dhamdhere

After authoring a best-selling text in India, Dhananjay Dhamdhere has written Operating Systems, and it includes precise definitions and clear explanations of fundamental concepts, which makes this text an excellent text for the first course in operating systems.

Concepts, techniques, and case studies are well integrated so many design and implementation details look obvious to the student. Exceptionally clear explanations of concepts are offered, and coverage of both fundamentals and such cutting-edge material like encryption and security is included. The numerous case studies are tied firmly to real-world experiences with operating systems that students will likely encounter.

Operating Systems a concept based approach 1st Table of contents:

Chapter 1: Introduction to Operating Systems

• Definition and Purpose of an Operating System

• Types of Operating Systems: Single-user vs. Multi-user, Real-time Systems, Distributed Systems

• The Role of Operating Systems in Modern Computing

• History and Evolution of Operating Systems

Chapter 2: Operating System Architecture

• Basic Structure of an Operating System

• Monolithic Systems vs. Microkernel Architectures

• Kernel Mode vs. User Mode

• The Operating System as a Resource Manager

Chapter 3: Processes and Process Management

• Definition of a Process

• Process States and the Process Lifecycle

• Process Control Block (PCB) and its Components

• Process Scheduling Algorithms: FIFO, Round Robin, SJF, Priority Scheduling

• Context Switching and Multitasking

Chapter 4: Threading and Concurrency

• Introduction to Threads and Multithreading

• Differences Between Processes and Threads

• Thread Scheduling and Synchronization

• Concurrency Issues and Solutions: Race Conditions, Deadlocks, and Semaphores

Chapter 5: Memory Management

• Memory Organization and Addressing

• Logical vs. Physical Address Space

• Memory Allocation Strategies: Contiguous, Paging, Segmentation

• Virtual Memory and Page Replacement Algorithms

• Memory Management in Modern Operating Systems

Chapter 6: File Systems and Storage Management

• Basics of File Systems: Files, Directories, and File Access

• File System Structure and Types: FAT, NTFS, ext4

• Disk Scheduling Algorithms and Disk Management

• File System Implementation: Data Structures and Techniques

• Mounting and Accessing File Systems

Chapter 7: Input/Output Systems

• I/O Devices and Controllers

• I/O Scheduling and Buffering

• System Calls for I/O Operations

• Interrupt Handling and Direct Memory Access (DMA)

• Virtual File System Interface (VFS)

Chapter 8: Security and Protection in Operating Systems

• Concepts of Security and Protection

• User Authentication and Access Control Mechanisms

• Encryption and Data Integrity

• Security Threats: Malware, Viruses, and Worms

• Protecting System Resources and Ensuring Privacy

Chapter 9: System and Network Management

• System Calls and Shell Interfaces

• Networking Basics for Operating Systems

• Process Communication: IPC (Interprocess Communication)

• Remote Procedure Calls (RPCs) and Sockets

• Network Protocols and OS Networking

Chapter 10: Scheduling Algorithms and Resource Management

• Introduction to Scheduling in Operating Systems

• Scheduling Criteria: Fairness, Efficiency, and Throughput

• Advanced Scheduling Algorithms: Multilevel Queue, Multi-level Feedback Queue

• Resource Allocation and Management Strategies

Chapter 11: Deadlocks and Synchronization

• Definition of Deadlock and Deadlock Conditions

• Methods for Preventing, Avoiding, and Detecting Deadlocks

• Deadlock Recovery Techniques

• Synchronization Primitives: Mutexes, Semaphores, and Monitors

Chapter 12: Virtualization and Cloud Computing

• Overview of Virtualization and its Benefits

• Types of Virtualization: OS-level and Hardware Virtualization

• Virtual Machines and Hypervisors

• Virtualization in Cloud Computing and Modern Data Centers

Chapter 13: Modern Operating Systems

• Case Study: Linux Operating System

• Case Study: Windows Operating System

• Case Study: macOS and Unix-based Systems

• Emerging Trends in Operating Systems: Mobile OS, IoT, and Embedded Systems

Chapter 14: Performance Evaluation and Optimization

• Measuring Operating System Performance: Throughput, Latency, and Utilization

• Performance Tuning Techniques: Process Scheduling, Memory Management

• Optimizing Resource Utilization in Operating Systems

• Tools for Performance Monitoring and Troubleshooting

Chapter 15: Future of Operating Systems

• Trends in Operating System Development: Cloud Computing, Edge Computing, and AI

• The Role of Operating Systems in Emerging Technologies: Autonomous Systems, Blockchain

• Challenges in the Future of Operating Systems

People also search for Operating Systems a concept based approach 1st:

operating systems a concept based approach pdf
    
operating systems a concept based approach by dm dhamdhere
    
operating systems a concept-based approach by d.m. dhamdhere pdf
    
what is a systems based approach
    
what are the concepts of operating system

Tags: Dhananjay Dhamdhere, Operating Systems