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Operating Systems from Scratch The Complete Course - 2022
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[TutsNode.com] - Operating Systems from Scratch The Complete Course - 2022 (Size: 8.79 GB) (Files: 167)
[TutsNode.com] - Operating Systems from Scratch The Complete Course - 2022
01 - Scheduling Algorithms
009 Round Robin Scheduling Algorithm.mp4
009 Round Robin Scheduling Algorithm_en.vtt
002 First Come First Serve (FCFS) Introduction , Example_en.vtt
005 Shortest Remaining Time First Scheduling Algorithm_en.vtt
001 Scheduling Algorithms Introduction, Basic Terminologies_en.vtt
008 Highest Response Ration Next Scheduling Algorithm_en.vtt
007 Priority Based Scheduling Algorithms Preemptive_en.vtt
004 Shortest Job First Scheduling Algorithm_en.vtt
006 Priority Based Scheduling Algorithms Non-Preemptive_en.vtt
003 First Come First Serve (FCFS) Example_en.vtt
002 First Come First Serve (FCFS) Introduction , Example.mp4
005 Shortest Remaining Time First Scheduling Algorithm.mp4
001 Scheduling Algorithms Introduction, Basic Terminologies.mp4
008 Highest Response Ration Next Scheduling Algorithm.mp4
007 Priority Based Scheduling Algorithms Preemptive.mp4
004 Shortest Job First Scheduling Algorithm.mp4
006 Priority Based Scheduling Algorithms Non-Preemptive.mp4
003 First Come First Serve (FCFS) Example.mp4
02 - InterProcess Communication (IPC) - Synchronization
002 Producer Consumer Problem with busy waiting_en.vtt
014 Producer Consumer Problem with Semaphores_en.vtt
015 Readers - Writers Problem with Semaphore_en.vtt
008 Synchronization Mechanism 2 Lock Variable_en.vtt
003 Producer Consumer Problem - Lack of Synchronization_en.vtt
012 Binary Semaphores Down() and Up()_en.vtt
011 Counting Semaphores Down() and Up()_en.vtt
009 Synchronization Mechanism 3 Strict Alternation_en.vtt
004 Producer Consumer Problem Without busy waiting - Blocking (Sleeping)_en.vtt
006 Requirements of Synchronization_en.vtt
001 Introduction_en.vtt
007 Synchronization Mechanism 1 Desabling Interrupts_en.vtt
013 Four cases of Binary Semaphores_en.vtt
005 Terminologies Critical Section, Race Condition, Pre-emption, Mutual Exclusion_en.vtt
010 Semaphores Introduction Counting Semaphores and Counting Semaphores_en.vtt
002 Producer Consumer Problem with busy waiting.mp4
014 Producer Consumer Problem with Semaphores.mp4
008 Synchronization Mechanism 2 Lock Variable.mp4
015 Readers - Writers Problem with Semaphore.mp4
012 Binary Semaphores Down() and Up().mp4
009 Synchronization Mechanism 3 Strict Alternation.mp4
006 Requirements of Synchronization.mp4
003 Producer Consumer Problem - Lack of Synchronization.mp4
004 Producer Consumer Problem Without busy waiting - Blocking (Sleeping).mp4
011 Counting Semaphores Down() and Up().mp4
001 Introduction.mp4
007 Synchronization Mechanism 1 Desabling Interrupts.mp4
010 Semaphores Introduction Counting Semaphores and Counting Semaphores.mp4
005 Terminologies Critical Section, Race Condition, Pre-emption, Mutual Exclusion.mp4
013 Four cases of Binary Semaphores.mp4
04 - Memory Management Unit
001 Introduction, Basics, Memory Structure_en.vtt
005 Examples Building Bigger memory with small size chips_en.vtt
019 Translation Look Ahead Buffer (TLB)_en.vtt
021 Multilevel Paging_en.vtt
020 Optimal Page Size_en.vtt
004 Creating Big memory with small size memory chips_en.vtt
012 Paging Organization of Logical Address Space_en.vtt
010 Physical Address Space (PAS) and Logical Address Space (LAS)_en.vtt
006 Memory Manager Functions and Goals_en.vtt
003 RAM Chip Organization_en.vtt
013 Paging Organization of Physical Address Space_en.vtt
022 Multilevel Paging Performance with TLB_en.vtt
014 Paging Organization fo MMU - Page Table_en.vtt
002 Memory Specification Words, Bytes, Bits_en.vtt
016 Paging Numerical Problem 1_en.vtt
011 Architecture PAS, LAS, LA and PA_en.vtt
015 Paging Address Translation - Logical Address to Physical Address_en.vtt
017 Paging Numerical Problem 2_en.vtt
008 Contiguous Memory Allocation Overlays_en.vtt
018 Performance of paging_en.vtt
007 Memory management Techniques Contiguous and Non-Contiguous memory_en.vtt
009 Non-Contiguous Memory Allocation Introduction_en.vtt
005 Examples Building Bigger memory with small size chips.mp4
001 Introduction, Basics, Memory Structure.mp4
019 Translation Look Ahead Buffer (TLB).mp4
004 Creating Big memory with small size memory chips.mp4
012 Paging Organization of Logical Address Space.mp4
006 Memory Manager Functions and Goals.mp4
010 Physical Address Space (PAS) and Logical Address Space (LAS).mp4
003 RAM Chip Organization.mp4
002 Memory Specification Words, Bytes, Bits.mp4
013 Paging Organization of Physical Address Space.mp4
014 Paging Organization fo MMU - Page Table.mp4
016 Paging Numerical Problem 1.mp4
017 Paging Numerical Problem 2.mp4
008 Contiguous Memory Allocation Overlays.mp4
011 Architecture PAS, LAS, LA and PA.mp4
015 Paging Address Translation - Logical Address to Physical Address.mp4
018 Performance of paging.mp4
007 Memory management Techniques Contiguous and Non-Contiguous memory.mp4
009 Non-Contiguous Memory Allocation Introduction.mp4
021 Multilevel Paging.mp4
020 Optimal Page Size.mp4
022 Multilevel Paging Performance with TLB.mp4
03 - Deadlocks
009 Deadlock Avoidance Bankers Algorithm - Multiple Instance - Example_en.vtt
007 Deadlock Avoidance Bankers Algorithm_en.vtt
005 Deadlock Prevention Breaking one of necessary Conditions_en.vtt
008 Deadlock Avoidance Bankers Algorithm - Single Instance - Example_en.vtt
003 Resource Allocation Graph(RAG)_en.vtt
001 Introduction, Definitions_en.vtt
004 Strategies for Deadlock Handling_en.vtt
002 Necessary Conditions for Occurring deadlock_en.vtt
006 Deadlock Avoidance Introduction_en.vtt
001 Introduction, Definitions.mp4
009 Deadlock Avoidance Bankers Algorithm - Multiple Instance - Example.mp4
005 Deadlock Prevention Breaking one of necessary Conditions.mp4
007 Deadlock Avoidance Bankers Algorithm.mp4
008 Deadlock Avoidance Bankers Algorithm - Single Instance - Example.mp4
003 Resource Allocation Graph(RAG).mp4
004 Strategies for Deadlock Handling.mp4
002 Necessary Conditions for Occurring deadlock.mp4
006 Deadlock Avoidance Introduction.mp4
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