MCA-First Semester
Operating Systems with Linux
Course Code: MCA- 105
Course Name: Operating Systems with Linux
The content for the course "Operating Systems with Linux" (Course Code: MCA-105) can be broken down into several topics as outlined in your syllabus document. Here's a structured breakdown of the topics:
1. Introduction to Operating Systems**
- Overview of Operating Systems (OS)
- OS Types (Batch, Time-sharing, Distributed, Real-time, etc.)
- Functions of OS
- OS Structure and Design
- System Calls and Shell Commands
2. Process Management**
- Process Concept
- Process Scheduling
- Operations on Processes (Creation, Termination)
- Inter-process Communication (IPC)
- Threads and Multithreading
- CPU Scheduling Algorithms
- Process Synchronization
- Deadlocks: Characterization, Prevention, Avoidance, and Recovery
3. Memory Management**
- Memory Hierarchy
- Paging and Segmentation
- Virtual Memory Management
- Demand Paging, Page Replacement Algorithms
- Thrashing
- Memory Allocation Techniques (Fixed, Dynamic)
- Fragmentation (Internal, External)
4. File System Management**
- File Concepts, Access Methods
- Directory Structure
- File System Implementation
- File Allocation Methods
- Free-space Management
- Disk Scheduling Algorithms
- File Protection and Security
5. Device Management**
- Input/Output System Management
- I/O Scheduling
- I/O Devices and Interfaces
- Device Drivers
- Disk Management
6. Security and Protection**
- Security Threats and Attacks
- Authentication and Encryption Techniques
- Access Control and Protection Mechanisms
- Security Policies
- Firewalls and Intrusion Detection Systems
7. Linux Overview**
- Introduction to Linux
- Linux Architecture
- File System Structure in Linux
- Shell and Commands
- Basic and Advanced Linux Commands
- Shell Scripting
8. Linux System Administration**
- User and Group Management
- File Permissions and Ownership
- Disk Management in Linux
- Backup and Recovery Techniques
- Software Installation and Package Management
- Networking and Firewall Configuration
- Kernel Management and Configuration
9. Advanced Linux Concepts**
- Linux Process Management
- Memory Management in Linux
- Device Management in Linux
- Virtualization in Linux
- Network File System (NFS) and Samba
- System Security and SELinux
10. Case Studies and Practical Implementation**
- Case Studies on Different OS Implementations
- Practical Linux Administration Tasks
- Scripting and Automation
- Performance Monitoring and Tuning
- Troubleshooting Common Linux Issues
This outline provides a comprehensive guide for teaching or studying Operating Systems with a focus on Linux. Each topic can be further expanded with examples, practical exercises, and case studies as per the curriculum's requirements.
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