Download Operating Systems from Scratch : The Complete Course torrent

Operating Systems from Scratch : The Complete Course

Torrent:	Operating Systems from Scratch : The Complete Course
Description:	Description CPU Scheduling is a process of determining which process will own CPU for execution while another process is on hold. The main task of CPU scheduling is to make sure that whenever the CPU remains idle, the OS at least select one of the processes available in the ready queue for execution. The selection process will be carried out by the CPU scheduler. It selects one of the processes in memory that are ready for execution. What you will Learn : Scheduling Algorithms: Non-Preemtitve Scheduling Algorithms: First Come First Serve Scheduling algorithm. Shortest Job First Scheduling algorithm. Priority Based Scheduling algorithm. Highest Response Ration First Scheduling algorithm. Preemptive Scheduling Algorithms: Shortest Remaining Time Scheduling algorithm. Priority Based Scheduling algorithm. Round Robin Scheduling algorithm. InterProcess Communication (IPC) and Synchronization : Synchronization Mechanisms Counting Semaphores and Binary Semaphores Producer – Consumer Problems Readers – Writers Problem Dining Philosophers Problem Deadlocks : Deadlock Prevention Deadlock Avoidance Deadlock Ignorance Memory Management Unit : Contiguous Memory Non-contiguous memory Paging Multi-level Paging Who this course is for: Academic Students. Interview Preparation Persons. Competitive Exam Preparation Aspirants. Those who want to become a highly paid coding developer. Those who want to open up doors in your IT career by learning one of the world’s most popular and in-demand programming. Important information before you enroll! If you find the course is not useful for your career, no worry since it is free. Once enrolled, you have unlimited, 24/7, lifetime access to the course. You will have instant and free access to any updates I’ll add to the course – video lectures, additional resources, quizzes, exercises. You will benefit from my full support regarding any question you might have 7 days a week. Check out the promo video at the top of this page and some of the free preview lectures in the curriculum to get a taste of my teaching style and methods before making your decision. ——————————————————————————————————————————————————————————— ALL THE BEST FOR YOUR BRIGHT FUTURE. Who this course is for: Academic Students For all Requirements NO Last Updated 11/2021
Downloads:	206
Category:	Other /Tutorials
Size:	8.8 GB
Show Files »	Operating Systems from Scratch The Complete Course - 2022 [TutsNode.com] - Operating Systems from Scratch The Complete Course - 2022 01 - Scheduling Algorithms 009 Round Robin Scheduling Algorithm.mp4 (424.1 MB) 009 Round Robin Scheduling Algorithm_en.vtt (21.7 KB) 002 First Come First Serve (FCFS) Introduction , Example_en.vtt (18.6 KB) 005 Shortest Remaining Time First Scheduling Algorithm_en.vtt (16.6 KB) 001 Scheduling Algorithms Introduction, Basic Terminologies_en.vtt (14.7 KB) 008 Highest Response Ration Next Scheduling Algorithm_en.vtt (14.3 KB) 007 Priority Based Scheduling Algorithms Preemptive_en.vtt (13.0 KB) 004 Shortest Job First Scheduling Algorithm_en.vtt (12.8 KB) 006 Priority Based Scheduling Algorithms Non-Preemptive_en.vtt (12.6 KB) 003 First Come First Serve (FCFS) Example_en.vtt (11.3 KB) 002 First Come First Serve (FCFS) Introduction , Example.mp4 (366.2 MB) 005 Shortest Remaining Time First Scheduling Algorithm.mp4 (341.6 MB) 001 Scheduling Algorithms Introduction, Basic Terminologies.mp4 (291.6 MB) 008 Highest Response Ration Next Scheduling Algorithm.mp4 (280.2 MB) 007 Priority Based Scheduling Algorithms Preemptive.mp4 (262.6 MB) 004 Shortest Job First Scheduling Algorithm.mp4 (259.5 MB) 006 Priority Based Scheduling Algorithms Non-Preemptive.mp4 (252.7 MB) 003 First Come First Serve (FCFS) Example.mp4 (230.2 MB) 02 - InterProcess Communication (IPC) - Synchronization 002 Producer Consumer Problem with busy waiting_en.vtt (19.9 KB) 014 Producer Consumer Problem with Semaphores_en.vtt (19.2 KB) 015 Readers - Writers Problem with Semaphore_en.vtt (18.1 KB) 008 Synchronization Mechanism 2 Lock Variable_en.vtt (15.3 KB) 003 Producer Consumer Problem - Lack of Synchronization_en.vtt (12.7 KB) 012 Binary Semaphores Down() and Up()_en.vtt (12.0 KB) 011 Counting Semaphores Down() and Up()_en.vtt (11.8 KB) 009 Synchronization Mechanism 3 Strict Alternation_en.vtt (10.6 KB) 004 Producer Consumer Problem Without busy waiting - Blocking (Sleeping)_en.vtt (9.0 KB) 006 Requirements of Synchronization_en.vtt (7.9 KB) 001 Introduction_en.vtt (6.2 KB) 007 Synchronization Mechanism 1 Desabling Interrupts_en.vtt (5.6 KB) 013 Four cases of Binary Semaphores_en.vtt (5.2 KB) 005 Terminologies Critical Section, Race Condition, Pre-emption, Mutual Exclusion_en.vtt (5.0 KB) 010 Semaphores Introduction Counting Semaphores and Counting Semaphores_en.vtt (5.0 KB) 002 Producer Consumer Problem with busy waiting.mp4 (241.2 MB) 014 Producer Consumer Problem with Semaphores.mp4 (187.1 MB) 008 Synchronization Mechanism 2 Lock Variable.mp4 (182.1 MB) 015 Readers - Writers Problem with Semaphore.mp4 (154.0 MB) 012 Binary Semaphores Down() and Up().mp4 (125.1 MB) 009 Synchronization Mechanism 3 Strict Alternation.mp4 (124.3 MB) 006 Requirements of Synchronization.mp4 (107.6 MB) 003 Producer Consumer Problem - Lack of Synchronization.mp4 (83.5 MB) 004 Producer Consumer Problem Without busy waiting - Blocking (Sleeping).mp4 (81.8 MB) 011 Counting Semaphores Down() and Up().mp4 (75.3 MB) 001 Introduction.mp4 (75.1 MB) 007 Synchronization Mechanism 1 Desabling Interrupts.mp4 (66.7 MB) 010 Semaphores Introduction Counting Semaphores and Counting Semaphores.mp4 (57.6 MB) 005 Terminologies Critical Section, Race Condition, Pre-emption, Mutual Exclusion.mp4 (54.7 MB) 013 Four cases of Binary Semaphores.mp4 (48.7 MB) 04 - Memory Management Unit 001 Introduction, Basics, Memory Structure_en.vtt (17.8 KB) 005 Examples Building Bigger memory with small size chips_en.vtt (16.8 KB) 019 Translation Look Ahead Buffer (TLB)_en.vtt (14.7 KB) 021 Multilevel Paging_en.vtt (14.1 KB) 020 Optimal Page Size_en.vtt (12.7 KB) 004 Creating Big memory with small size memory chips_en.vtt (12.0 KB) 012 Paging Organization of Logical Address Space_en.vtt (11.0 KB) 010 Physical Address Space (PAS) and Logical Address Space (LAS)_en.vtt (10.3 KB) 006 Memory Manager Functions and Goals_en.vtt (10.2 KB) 003 RAM Chip Organization_en.vtt (10.1 KB) 013 Paging Organization of Physical Address Space_en.vtt (9.3 KB) 022 Multilevel Paging Performance with TLB_en.vtt (8.0 KB) 014 Paging Organization fo MMU - Page Table_en.vtt (7.8 KB) 002 Memory Specification Words, Bytes, Bits_en.vtt (7.8 KB) 016 Paging Numerical Problem 1_en.vtt (7.6 KB) 011 Architecture PAS, LAS, LA and PA_en.vtt (6.3 KB) 015 Paging Address Translation - Logical Address to Physical Address_en.vtt (6.2 KB) 017 Paging Numerical Problem 2_en.vtt (5.9 KB) 008 Contiguous Memory Allocation Overlays_en.vtt (5.8 KB) 018 Performance of paging_en.vtt (5.7 KB) 007 Memory management Techniques Contiguous and Non-Contiguous memory_en.vtt (5.6 KB) 009 Non-Contiguous Memory Allocation Introduction_en.vtt (4.2 KB) 005 Examples Building Bigger memory with small size chips.mp4 (338.1 MB) 001 Introduction, Basics, Memory Structure.mp4 (330.8 MB) 019 Translation Look Ahead Buffer (TLB).mp4 (319.6 MB) 004 Creating Big memory with small size memory chips.mp4 (253.4 MB) 012 Paging Organization of Logical Address Space.mp4 (225.0 MB) 006 Memory Manager Functions and Goals.mp4 (203.9 MB) 010 Physical Address Space (PAS) and Logical Address Space (LAS).mp4 (195.5 MB) 003 RAM Chip Organization.mp4 (193.1 MB) 002 Memory Specification Words, Bytes, Bits.mp4 (170.6 MB) 013 Paging Organization of Physical Address Space.mp4 (169.7 MB) 014 Paging Organization fo MMU - Page Table.mp4 (158.5 MB) 016 Paging Numerical Problem 1.mp4 (154.8 MB) 017 Paging Numerical Problem 2.mp4 (129.8 MB) 008 Contiguous Memory Allocation Overlays.mp4 (126.2 MB) 011 Architecture PAS, LAS, LA and PA.mp4 (125.1 MB) 015 Paging Address Translation - Logical Address to Physical Address.mp4 (122.3 MB) 018 Performance of paging.mp4 (117.5 MB) 007 Memory management Techniques Contiguous and Non-Contiguous memory.mp4 (113.2 MB) 009 Non-Contiguous Memory Allocation Introduction.mp4 (83.7 MB) files
Added:	2022-03-19 10:04:26
Language:	English
Peers:	Seeders : 51 , Leechers : 32
Release name:	Operating Systems from Scratch : The Complete Course
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