Torrent Info
Title Learn Parallel Computing in Python
Category
Size 1.92GB

Files List
Please note that this page does not hosts or makes available any of the listed filenames. You cannot download any of those files from here.
[TGx]Downloaded from torrentgalaxy.to .txt 585B
0 143B
1 11.45KB
1. Communication with Pipes and Queues.mp4 59.16MB
1. Communication with Pipes and Queues.srt 9.43KB
1. Deadlocking Robots, Philosophers and Trains.mp4 85.75MB
1. Deadlocking Robots, Philosophers and Trains.srt 11.59KB
1. How can Processes share Memory.mp4 56.18MB
1. How can Processes share Memory.srt 10.55KB
1. Introduction to Condition Variables.mp4 80.37MB
1. Introduction to Condition Variables.srt 13.12KB
1. Memory Sharing.mp4 47.82MB
1. Memory Sharing.srt 6.79KB
1. Processes and Threads.mp4 60.91MB
1. Processes and Threads.srt 9.80KB
1. Understanding Joins.mp4 59.51MB
1. Understanding Joins.srt 10.77KB
1. Understanding Parallel Computing.mp4 77.86MB
1. Understanding Parallel Computing.srt 8.10KB
1. What’s a Barrier.mp4 61.50MB
1. What’s a Barrier.srt 12.71KB
1. Why do we need Synchronization.mp4 88.86MB
1. Why do we need Synchronization.srt 15.05KB
10 500.69KB
11 348.76KB
12 331.16KB
13 440.44KB
14 188.54KB
15 53.84KB
16 290.33KB
17 357.13KB
18 336.45KB
19 479.18KB
2 252.75KB
2. Adding Mutexes to Letter Count.mp4 15.87MB
2. Adding Mutexes to Letter Count.srt 4.23KB
2. Condition Variables for Wait Groups.mp4 30.30MB
2. Condition Variables for Wait Groups.srt 11.38KB
2. Example Barrier Application Matrix Multiplication.mp4 14.50MB
2. Example Barrier Application Matrix Multiplication.srt 6.98KB
2. Examples of using Pipes and Queues.mp4 42.67MB
2. Examples of using Pipes and Queues.srt 13.31KB
2. File Search Example.mp4 29.60MB
2. File Search Example.srt 8.87KB
2. Letter count Implementation.mp4 37.71MB
2. Letter count Implementation.srt 11.56KB
2. More on Parallel Computing.mp4 71.80MB
2. More on Parallel Computing.srt 9.29KB
2. Simple Deadlock Example.mp4 21.77MB
2. Simple Deadlock Example.srt 6.93KB
2. Threads in Python and the GIL (Global Interpreter Lock).mp4 31.17MB
2. Threads in Python and the GIL (Global Interpreter Lock).srt 11.89KB
2. Using Process Memory Sharing.mp4 35.97MB
2. Using Process Memory Sharing.srt 6.75KB
20 319.33KB
21 49.49KB
22 288.56KB
23 491.77KB
24 296.76KB
25 258.07KB
26 239.86KB
27 32.65KB
28 195.35KB
29 243.22KB
3 129.49KB
3. Adding Mutexes to Letter Count Implementation.mp4 40.02MB
3. Adding Mutexes to Letter Count Implementation.srt 9.64KB
3. Concurrent File Search.mp4 45.45MB
3. Concurrent File Search.srt 9.75KB
3. Creating our first Thread.mp4 26.50MB
3. Creating our first Thread.srt 9.67KB
3. Implementing Wait Groups with Condition Variables.mp4 17.59MB
3. Implementing Wait Groups with Condition Variables.srt 6.82KB
3. Letter count using Memory Sharing.mp4 26.05MB
3. Letter count using Memory Sharing.srt 6.94KB
3. Links and Resources for this course.html 667B
3. Matrix Multiplication Implementation.mp4 41.19MB
3. Matrix Multiplication Implementation.srt 10.87KB
3. Pipelining Example.mp4 37.25MB
3. Pipelining Example.srt 11.05KB
3. Process Memory Sharing in Practice.mp4 69.87MB
3. Process Memory Sharing in Practice.srt 12.56KB
3. Train Deadlock Example Part 1.mp4 18.20MB
3. Train Deadlock Example Part 1.srt 5.88KB
30 339.48KB
31 201.88KB
32 246.10KB
33 412.13KB
34 100.78KB
35 509.22KB
36 457.97KB
37 230.68KB
38 304.86KB
39 417.32KB
4 141.42KB
4. Multi Threaded Matrix Multiplication with Barriers.mp4 30.26MB
4. Multi Threaded Matrix Multiplication with Barriers.srt 6.29KB
4. Processes in Python.mp4 16.27MB
4. Processes in Python.srt 7.26KB
4. Single Process implementation.mp4 44.15MB
4. Single Process implementation.srt 8.80KB
4. Train Deadlock Example Part 2.mp4 49.57MB
4. Train Deadlock Example Part 2.srt 12.68KB
4. Using Wait Groups.mp4 27.40MB
4. Using Wait Groups.srt 6.15KB
40 60.56KB
41 237.51KB
42 135.23KB
5 204.83KB
5. Creating our first Processes.mp4 17.44MB
5. Creating our first Processes.srt 5.68KB
5. Multi Process implementation.mp4 100.71MB
5. Multi Process implementation.srt 18.27KB
5. Multi Threaded implementation with Barriers.mp4 35.26MB
5. Multi Threaded implementation with Barriers.srt 7.70KB
5. Solving Deadlocks using Resource Hierarchy.mp4 44.72MB
5. Solving Deadlocks using Resource Hierarchy.srt 9.41KB
6 128.87KB
6. Implementing Resource Hierarchy Solution.mp4 41.53MB
6. Implementing Resource Hierarchy Solution.srt 9.65KB
6. Thread and Process Pools.mp4 35.81MB
6. Thread and Process Pools.srt 12.35KB
7 473B
7. Process Pool Example Part 1.mp4 40.22MB
7. Process Pool Example Part 1.srt 11.33KB
7. Solving Deadlocks using an Arbitrator.mp4 60.40MB
7. Solving Deadlocks using an Arbitrator.srt 11.59KB
8 96.88KB
8. Implementing Arbitrator Solution.mp4 40.45MB
8. Implementing Arbitrator Solution.srt 8.16KB
8. Process Pool Example Part 2.mp4 36.77MB
8. Process Pool Example Part 2.srt 7.41KB
9 104.99KB
9. Shoelace algorithm explained (optional).html 264B
TutsNode.com.txt 63B
Distribution statistics by country
Italy (IT) 1
Portugal (PT) 1
India (IN) 1
United States (US) 1
Denmark (DK) 1
Total 5
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