BCA 301 Course Plan

Unit No.	Lecture No.	Topic	Sessional Outcome	Mapping with CO	ICT Tools / Class Material (PPT )	First Shift	Second Shift	Guest Lecture	Expert Lecture
1	L1	Introduction to Operating System, Simple Batch Systems	Student would be able to understand basic concepts of management	CO1, CO3
1	L2	Multiprogrammed Batch systems, Time-Sharing Systems	Understand the difference between Batch OS and Time-Sharing OS	CO1, CO3
1	L3	Parallel systems, Distributed Systems	Understand the concept and difference between Parallel and Distributed systems	CO1
1	L4	Real-Time Systems	Understand the concept of Real-Time systems	CO1, CO3
1	L5	Introduction to Memory Management, Logical versus Physical Address space	Understand the basics of memory management and the two types of address spaces	CO3
1	L6	Contiguous allocation, Swapping	Learn the conept of continuous memory allocation and swapping technique	CO1, CO3
1	L7	Paging	Understand the concept of Paging	CO3
1	L8	Segmentation	Understand the concept and difference between Paging and Segmentation
1	L9	Virtual Memory, Demand Paging	Learn about virtual memory and demand paging	CO3
1	L10	Page Replacement Algorithms: First Come First Serve, Optimal Page Replacement	Apply knowledge of page replacement schemes like First Come First Serve and Optimal Page Replacement for OS designing	CO2
1	L11	Page Replacement Algorithms: Least Recently Used	Apply page replacement schemes like Least Recently Used	CO2
1	L12	Page Replacement Algorithms: Last In First Out	Apply page replacement schemes: Last In First Out	CO3
1	L13	Performance of Demand Paging	Analyze the performance of demand paging techniques	CO2
1	L14	Allocation of Frames, Thrashing	Perform allocation of frames and thrashing	CO3
1	L15	Revision of Unit 1	Doubt clearance and revision of the concepts studied in Unit 1
2	L16	Introduction to Process	Understand the concept of process
2	L17	Difference between program and process	Understand the concept of a process and the difference between program and process	CO1
2	L18	Process Scheduling	Apply knowledge of different process scheduling techniques in designing OS	CO1
2	L19	Operation on Processes	Explain the different operations on processes	CO1
2	L20	Revision
2	L21	CPU Scheduling: Basic Concepts	Learn the basics of CPU scheduling	CO2
2	L22	Scheduling Criteria	Learn about different scheduling criteria	CO2
2	L23	Scheduling Algorithms Theory	Explain different scheduling algorithms	CO2
2	L24	Scheduling algorithm continue	Explain different scheduling algorithms
2	L25	Scheduling Algorithms Application	Use various scheduling algorithms for process management	CO3
2	L26	Multiple Processor Scheduling	understand the concept of multiple processor scheduling	CO3
2	L27	Multitasking vs Multiprogramming	Learn the difference between multitasking and multiprogramming	CO3
2	L28	Revision	Clear doubts
2	L29	Process Synchronization	Explain about synchronisation among processes	CO1
2	L30	The Critical-Section Problem	Understand the critical section problem	CO1
3	L31	Synchronization Hardware	Learn about synchronization hardware	CO1
3	L32	Semaphores	Learn about semaphores
3	L33	Classical Problems of Synchronization	learn about various synchronization problems	CO1
3	L34	Revision of Unit 2	Doubt clearance and revision of the concepts studied in Unit 2
3	L35	Introduction to Deadlocks	Understand the basics concepts of deadlocks	CO4
3	L36	Deadlock examples	Explain real life examples of deadlock
3	L37	Deadlock Characterization	Explain about the situations that cause deadlocks	CO4
3	L38	Methods for Handling Deadlocks	Apply knowledge for various methods for handling deadlocks	CO4
3	L39	Deadlock Prevention	Apply deadlock prevention techniques	CO4
3	L40	Revision	Revise concepts of deadlock
3	L41	Deadlock Avoidance, Deadlock Detection	Apply deadlock avoidance and detection techniques	CO4
3	L42	Recovery from Deadlock	Explain techniques for deadlock recovery	CO4
3	L43	Device Management Techniques	Learn about different techniques for device management	CO4
3	L44	Shared Devices	Understand the concept of shared devices
3	L45	Virtual Devices, Input-Output Devices	Understand the difference between shared, virtual and input-output devices	CO4
4	L46	Buffering, Disk Structure	Learn about buffering and details of disk structure	CO4
4	L47	Disk Scheduling, Disk Management	Perform disk scheduling and management techniques	CO4
4	L48	Revision	Revision of device management
4	L49	Swap-Space Management, Disk Reliability	Understand about managing swap space and disk reliability	CO4
4	L50	Revision of Unit 3	Doubt clearance and revision of the concepts studied in Unit 3
4	L51	Introduction to File System	Understand the basic concepts of file system	CO1
4	L52	Types of File System	Understyand types of file system
4	L53	Access Methods, Directory Structure	Learn about access control methods and directory structure	CO1
4	L54	Goals of Protection, Access Rights	Understand the goals of protection and the concept of access rights	CO2
4	L55	Consistency Semantics Security	Learn about consistency semantics security	CO2
4	L56	Revision
4	L57	Authentication, Encryption	Understand about authentication and apply encryption techniques	CO2
4	L58	Program Threats, System Threats	Learn about program threats and system threats	CO2
4	L59	Case Study on Operating System (Linux, Windows OS)	Discussion on Case Study
4	L60	Revision	Clear doubts

# As per Scheme & Syllabus Of Guru Gobind Singh Indraprastha University, New Delhi 2022-23 Onwards.