/.../01 - Scheduling Algorithms/
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009 Round Robin Scheduling Algorithm.mp4
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444.7 MB
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009 Round Robin Scheduling Algorithm_en.vtt
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22.2 KB
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002 First Come First Serve (FCFS) Introduction , Example_en.vtt
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19.1 KB
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005 Shortest Remaining Time First Scheduling Algorithm_en.vtt
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17.0 KB
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001 Scheduling Algorithms Introduction, Basic Terminologies_en.vtt
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15.1 KB
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008 Highest Response Ration Next Scheduling Algorithm_en.vtt
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14.6 KB
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007 Priority Based Scheduling Algorithms Preemptive_en.vtt
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13.3 KB
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004 Shortest Job First Scheduling Algorithm_en.vtt
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13.1 KB
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006 Priority Based Scheduling Algorithms Non-Preemptive_en.vtt
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12.9 KB
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003 First Come First Serve (FCFS) Example_en.vtt
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11.5 KB
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002 First Come First Serve (FCFS) Introduction , Example.mp4
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384.0 MB
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005 Shortest Remaining Time First Scheduling Algorithm.mp4
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358.1 MB
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001 Scheduling Algorithms Introduction, Basic Terminologies.mp4
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305.8 MB
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008 Highest Response Ration Next Scheduling Algorithm.mp4
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293.8 MB
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007 Priority Based Scheduling Algorithms Preemptive.mp4
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275.3 MB
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004 Shortest Job First Scheduling Algorithm.mp4
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272.1 MB
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006 Priority Based Scheduling Algorithms Non-Preemptive.mp4
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265.0 MB
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003 First Come First Serve (FCFS) Example.mp4
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241.4 MB
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/
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TutsNode.com.txt
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0.1 KB
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TutsNode.com.url
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0.1 KB
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[TGx]Downloaded from torrentgalaxy.to .txt
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0.6 KB
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/.../02 - InterProcess Communication (IPC) - Synchronization/
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002 Producer Consumer Problem with busy waiting_en.vtt
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20.4 KB
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014 Producer Consumer Problem with Semaphores_en.vtt
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19.6 KB
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015 Readers - Writers Problem with Semaphore_en.vtt
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18.5 KB
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008 Synchronization Mechanism 2 Lock Variable_en.vtt
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15.6 KB
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003 Producer Consumer Problem - Lack of Synchronization_en.vtt
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13.0 KB
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012 Binary Semaphores Down() and Up()_en.vtt
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12.3 KB
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011 Counting Semaphores Down() and Up()_en.vtt
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12.1 KB
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009 Synchronization Mechanism 3 Strict Alternation_en.vtt
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10.9 KB
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004 Producer Consumer Problem Without busy waiting - Blocking (Sleeping)_en.vtt
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9.2 KB
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006 Requirements of Synchronization_en.vtt
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8.0 KB
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001 Introduction_en.vtt
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6.3 KB
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007 Synchronization Mechanism 1 Desabling Interrupts_en.vtt
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5.8 KB
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013 Four cases of Binary Semaphores_en.vtt
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5.3 KB
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005 Terminologies Critical Section, Race Condition, Pre-emption, Mutual Exclusion_en.vtt
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5.2 KB
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010 Semaphores Introduction Counting Semaphores and Counting Semaphores_en.vtt
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5.1 KB
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002 Producer Consumer Problem with busy waiting.mp4
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253.0 MB
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014 Producer Consumer Problem with Semaphores.mp4
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196.1 MB
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008 Synchronization Mechanism 2 Lock Variable.mp4
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190.9 MB
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015 Readers - Writers Problem with Semaphore.mp4
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161.5 MB
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012 Binary Semaphores Down() and Up().mp4
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131.2 MB
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009 Synchronization Mechanism 3 Strict Alternation.mp4
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130.3 MB
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006 Requirements of Synchronization.mp4
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112.8 MB
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003 Producer Consumer Problem - Lack of Synchronization.mp4
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87.6 MB
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004 Producer Consumer Problem Without busy waiting - Blocking (Sleeping).mp4
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85.8 MB
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011 Counting Semaphores Down() and Up().mp4
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78.9 MB
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001 Introduction.mp4
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78.7 MB
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007 Synchronization Mechanism 1 Desabling Interrupts.mp4
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69.9 MB
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010 Semaphores Introduction Counting Semaphores and Counting Semaphores.mp4
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60.4 MB
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005 Terminologies Critical Section, Race Condition, Pre-emption, Mutual Exclusion.mp4
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57.3 MB
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013 Four cases of Binary Semaphores.mp4
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51.1 MB
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/.../04 - Memory Management Unit/
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001 Introduction, Basics, Memory Structure_en.vtt
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18.2 KB
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005 Examples Building Bigger memory with small size chips_en.vtt
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17.2 KB
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019 Translation Look Ahead Buffer (TLB)_en.vtt
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15.1 KB
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021 Multilevel Paging_en.vtt
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14.5 KB
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020 Optimal Page Size_en.vtt
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13.0 KB
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004 Creating Big memory with small size memory chips_en.vtt
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12.3 KB
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012 Paging Organization of Logical Address Space_en.vtt
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11.2 KB
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010 Physical Address Space (PAS) and Logical Address Space (LAS)_en.vtt
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10.5 KB
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006 Memory Manager Functions and Goals_en.vtt
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10.5 KB
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003 RAM Chip Organization_en.vtt
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10.4 KB
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013 Paging Organization of Physical Address Space_en.vtt
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9.5 KB
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022 Multilevel Paging Performance with TLB_en.vtt
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8.2 KB
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014 Paging Organization fo MMU - Page Table_en.vtt
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8.0 KB
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002 Memory Specification Words, Bytes, Bits_en.vtt
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8.0 KB
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016 Paging Numerical Problem 1_en.vtt
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7.8 KB
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011 Architecture PAS, LAS, LA and PA_en.vtt
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6.4 KB
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015 Paging Address Translation - Logical Address to Physical Address_en.vtt
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6.4 KB
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017 Paging Numerical Problem 2_en.vtt
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6.0 KB
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008 Contiguous Memory Allocation Overlays_en.vtt
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6.0 KB
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018 Performance of paging_en.vtt
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5.8 KB
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007 Memory management Techniques Contiguous and Non-Contiguous memory_en.vtt
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5.7 KB
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009 Non-Contiguous Memory Allocation Introduction_en.vtt
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4.3 KB
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005 Examples Building Bigger memory with small size chips.mp4
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354.5 MB
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001 Introduction, Basics, Memory Structure.mp4
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346.9 MB
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019 Translation Look Ahead Buffer (TLB).mp4
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335.1 MB
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004 Creating Big memory with small size memory chips.mp4
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265.7 MB
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012 Paging Organization of Logical Address Space.mp4
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236.0 MB
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006 Memory Manager Functions and Goals.mp4
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213.8 MB
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010 Physical Address Space (PAS) and Logical Address Space (LAS).mp4
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205.0 MB
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003 RAM Chip Organization.mp4
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202.5 MB
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002 Memory Specification Words, Bytes, Bits.mp4
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178.9 MB
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013 Paging Organization of Physical Address Space.mp4
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178.0 MB
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014 Paging Organization fo MMU - Page Table.mp4
|
166.2 MB
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016 Paging Numerical Problem 1.mp4
|
162.3 MB
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017 Paging Numerical Problem 2.mp4
|
136.1 MB
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008 Contiguous Memory Allocation Overlays.mp4
|
132.3 MB
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011 Architecture PAS, LAS, LA and PA.mp4
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131.2 MB
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015 Paging Address Translation - Logical Address to Physical Address.mp4
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128.2 MB
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018 Performance of paging.mp4
|
123.2 MB
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007 Memory management Techniques Contiguous and Non-Contiguous memory.mp4
|
118.7 MB
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009 Non-Contiguous Memory Allocation Introduction.mp4
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87.7 MB
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021 Multilevel Paging.mp4
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81.0 MB
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020 Optimal Page Size.mp4
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61.3 MB
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022 Multilevel Paging Performance with TLB.mp4
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54.4 MB
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/03 - Deadlocks/
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009 Deadlock Avoidance Bankers Algorithm - Multiple Instance - Example_en.vtt
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15.4 KB
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007 Deadlock Avoidance Bankers Algorithm_en.vtt
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12.4 KB
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005 Deadlock Prevention Breaking one of necessary Conditions_en.vtt
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12.3 KB
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008 Deadlock Avoidance Bankers Algorithm - Single Instance - Example_en.vtt
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11.3 KB
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003 Resource Allocation Graph(RAG)_en.vtt
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11.2 KB
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001 Introduction, Definitions_en.vtt
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10.6 KB
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004 Strategies for Deadlock Handling_en.vtt
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6.8 KB
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002 Necessary Conditions for Occurring deadlock_en.vtt
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5.4 KB
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006 Deadlock Avoidance Introduction_en.vtt
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5.4 KB
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001 Introduction, Definitions.mp4
|
170.0 MB
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009 Deadlock Avoidance Bankers Algorithm - Multiple Instance - Example.mp4
|
152.5 MB
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005 Deadlock Prevention Breaking one of necessary Conditions.mp4
|
135.0 MB
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007 Deadlock Avoidance Bankers Algorithm.mp4
|
125.1 MB
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008 Deadlock Avoidance Bankers Algorithm - Single Instance - Example.mp4
|
105.1 MB
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003 Resource Allocation Graph(RAG).mp4
|
65.7 MB
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004 Strategies for Deadlock Handling.mp4
|
65.3 MB
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002 Necessary Conditions for Occurring deadlock.mp4
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53.9 MB
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006 Deadlock Avoidance Introduction.mp4
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52.8 MB
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/.pad/
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0
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350.8 KB
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1
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789.0 KB
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2
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468.5 KB
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3
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989.8 KB
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191.7 KB
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5
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433.9 KB
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381.1 KB
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836.4 KB
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467.5 KB
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550.6 KB
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621.1 KB
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288.5 KB
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801.8 KB
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818.2 KB
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14
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996.8 KB
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99.3 KB
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485.8 KB
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913.8 KB
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18
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994.3 KB
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979.7 KB
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455.7 KB
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276.2 KB
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22
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894.1 KB
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23
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549.7 KB
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24
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186.4 KB
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25
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9.4 KB
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26
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578.6 KB
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27
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247.8 KB
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28
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271.2 KB
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29
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841.9 KB
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30
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944.0 KB
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31
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958.0 KB
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32
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725.6 KB
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33
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746.4 KB
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34
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747.6 KB
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35
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563.9 KB
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36
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870.1 KB
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37
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449.3 KB
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38
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827.6 KB
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39
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355.0 KB
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40
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485.3 KB
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41
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195.2 KB
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42
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790.5 KB
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43
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766.9 KB
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44
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960.1 KB
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45
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364.1 KB
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46
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410.2 KB
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47
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786.2 KB
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48
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570.4 KB
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49
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374.0 KB
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50
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353.4 KB
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51
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88.9 KB
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52
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667.5 KB
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53
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645.6 KB
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Total files 167
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