Operating System - Part 22 - Producer Consumer Problem

Part-1: Introduction to Operating system: Part-2: What is Operating system and Goals of OS Part-3: Dual Mode Operation. Part-4: Loader and Linker Part-5: Types of loaders: Compile and Go loader Part-6: Types of Loaders: Simple Loader or General Loader Part-7: Types of loaders: Absolute Loader and Bootstrap Loader Part-8: Types of loaders: Relocatable/Relative/Reallocation loader Part-9: Introduction to process management Part-10: Differences between process and program Part-11: Process State Diagram Part-12: CPU Scheduling and Scheduling Criteria's Part-13: First Come First Serve scheduling algorithm Part-14: Shortest Job First scheduling algorithm Part-15: Priority schduling algorithm Part-16: Round robin schduling algorithm Part-17: Introduction to process synchronization Part-18: Critical Section Problem: Mutual exclusion, Progress, bounded waiting Part-19: Peterson's Solution Part-20: Synchronization Hardware: TestandSet & Swap Part-21: Semaphores: Binary and Counting Semaphores Questions answered in this video are: 1) what is process 2) what is synchronization 3) what is process synchronization 4) what is race condition 5) what is co-operative process 6) peterson's solution 7) advantages of peterson's solution 8) disadvantages of peterson's solution 9) general structure of any co-operative process which uses software solution 10) general structure of any co-operative process which uses hardware solution 11) lock 12) while loop working 13) what is atomic instructions 14) What is non-atomic instructions 15) Disadvantages of hardware solution 16) Software solution 17) What is semaphores 18) Types of semaphores 19) Classical Problems of Process Synchronization 20) What is buffer 21) Types of buffer 22) what is Bounded Buffer Problem 23) What is unbounded buffer problem 24) what is producer process 25) what is consumer process 26) what is producer and consumer problem 27) How wait() and signal() functions are used to solve producer and consumer problem 28) Real-time examples