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Overview
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This course on Memory Management in Operating Systems with a focus on Contiguous Memory Allocation aims to teach the following:
Learning Outcomes and Goals:
- Understand the concepts of Logical Address Space, Physical Address Space, and Memory Protection
- Learn how Operating Systems provide Isolation and Memory protection
- Gain knowledge about Address Translation from Logical Address Space to Physical Address Space
- Explore Contiguous Memory Allocation, Fixed Partitioning, and the issues of Internal/External Fragmentation
- Understand Dynamic Partitioning in memory management
Skills and Tools Taught:
- Understanding memory management concepts in Operating Systems
- Analyzing memory allocation strategies
- Identifying and addressing memory fragmentation issues
Teaching Method:
- The course is delivered through a video lecture format with engaging visuals and explanations
- The syllabus is covered in a structured manner with timestamps for easy navigation
Intended Audience:
- Students or professionals interested in Operating Systems, specifically in memory management
- Individuals looking to deepen their understanding of memory allocation techniques in OS
Syllabus
- Introduction
- Promotion
- Logical Address Space | Physical Address Space | Memory Protection
- How OS provides Isolation and Memory protection?
- Address Translation from Logical Address Space to Physical Address Space
- Contiguous Memory Allocation
- Fixed Partitioning | Internal/External Fragmentation
- Dynamic Partitioning
Taught by
CodeHelp - by Babbar