Title: Exploring the Digital Core: Your Guide to Operating Systems in BICTE's 4th Semester
Welcome, BICTE Students, to an exhilarating expedition through the pulsating world of operating systems (OS)! In this guide, we're set to unravel the intricacies of OS essentials tailor-made for your 4th semester. Buckle up as we embark on this thrilling journey together, uncovering the secrets and functionalities that power modern computer systems.
### **Course Overview**
**Course Title:** Operating System
**Course No.:** ICT Ed. 445
**Nature of Course:** Theoretical + Practical
**Level:** Bachelor
**Credit Hour:** 3 hours (2 Theory + 1 Practical)
**Program:** Bachelor of Information and Communication Technology Engineering (BICTE)
**Teaching Hour:** 64 hours (32 Theory + 32 Practical)
**Semester:** Fourth
### **Understanding the Course**
This course dives deep into the fundamental principles and real-world application of operating systems. From understanding the structural components to delving into process management, memory allocation, storage management, and input/output handling, this course is designed to equip you with comprehensive knowledge and practical skills.
### **Course Objectives**
1. **Core Concept Introduction:** Introducing you to the bedrock of operating systems.
2. **Theoretical & Practical Proficiency:** Developing a blend of theoretical understanding and hands-on capability.
3. **Discerning OS Varieties:** Enabling you to differentiate between various operating systems based on design and operational paradigms.
### **Course Breakdown**
**Unit 1: Introduction to Operating Systems**
Get familiar with essential operations, services, and system calls. Engage in practical applications involving command line arguments and user operation commands.
**Unit 2: Process Management**
Explore processes, threads, synchronization, and CPU scheduling algorithms. Participate in practical exercises simulating CPU scheduling and deadlock avoidance.
**Unit 3: Memory Management**
Understand memory allocation strategies, paging, segmentation, and virtual memory. Implement and analyze page replacement algorithms through practical simulations.
**Unit 4: Storage Management**
Study disk structures, RAID configurations, file systems, and directory structures. Engage in practical demonstrations of disk scheduling algorithms and file management techniques.
**Unit 5: Case Study**
Dive deep into Linux and Windows 10 OS, analyze their nuances, and present comprehensive case studies.
### **How You'll Learn**
Through a combination of lectures, discussions, multimedia presentations, and practical sessions, each unit will reinforce theoretical concepts with targeted demonstrations and hands-on applications.
### **Evaluation Criteria**
Your progress will be assessed through internal assessment, semester examination, and an external practical exam. These evaluations will encompass attendance, learning activities, assignments, terminal examinations, objective and subjective questions, and a practical exam.
### **Recommended Books and References**
- "Operating System Concepts" by Abraham Silberschatz, Peter Baer Galvin, and Greg Gagne.
- "Modern Operating Systems" by Andrew S. Tanenbaum and Herbert Bos.
### **Stay Connected**
Follow us on our social media platforms for the latest updates, study tips, and educational insights. Don't hesitate to reach out to our team via email at tubicte@gmail.com for any queries or suggestions.
### **Conclusion**
The digital heart of computer systems beats with the rhythm of operating systems. Throughout this course, you'll not only decipher its complexities but also gain the practical prowess to navigate and comprehend these systems effectively.
_BICTE Students, get ready to embark on an illuminating journey through the intricate yet fascinating realm of operating systems. Let's decode, explore, and embrace the digital heartbeat together!_
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