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[] Udemy - Concurrency, Multithreading and Parallel Computing in Java

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文件列表

  1. 8. Multithreading Exercise I - Dining Philosophers Problem/5. Dining philosophers problems V - starting the threads.mp4 83MB
  2. 8. Multithreading Exercise I - Dining Philosophers Problem/4. Dining philosophers problems IV - philosopher.mp4 79MB
  3. 4. Inter-Thread Communication/8. Producer and consumer.mp4 76MB
  4. 13. Using Java's Stream API/5. Streams with custom objects.mp4 67MB
  5. 7. Concurrent Collections/8. Concurrent maps.mp4 57MB
  6. 4. Inter-Thread Communication/3. Problems with synchronization.mp4 55MB
  7. 4. Inter-Thread Communication/6. Wait and notify.mp4 53MB
  8. 8. Multithreading Exercise I - Dining Philosophers Problem/3. Dining philosophers problems III - chopstick.mp4 53MB
  9. 13. Using Java's Stream API/6. Serial and parallel streams - counting prime numbers.mp4 53MB
  10. 3. Threads Manipulation/6. Daemon threads and user threads.mp4 49MB
  11. 5. Multithreading Concepts/5. Livelock example.mp4 47MB
  12. 13. Using Java's Stream API/2. Streams with numbers.mp4 44MB
  13. 5. Multithreading Concepts/4. Deadlock example.mp4 42MB
  14. 7. Concurrent Collections/2. Collections synchronization.mp4 41MB
  15. 7. Concurrent Collections/10. CopyOnWriteArrays.mp4 41MB
  16. 3. Threads Manipulation/3. Starting threads - Thread class.mp4 38MB
  17. 3. Threads Manipulation/2. Starting threads - Runnable.mp4 38MB
  18. 4. Inter-Thread Communication/2. Synchronization.mp4 37MB
  19. 5. Multithreading Concepts/6. Atomic variables.mp4 37MB
  20. 2. Multithreading Theory/1. Processes and threads introduction.mp4 36MB
  21. 6. Creating Threads with Executors/5. Stopping executors.mp4 34MB
  22. 5. Multithreading Concepts/1. Volatile.mp4 33MB
  23. 6. Creating Threads with Executors/2. Executors example - SingleThreadExecutor.mp4 33MB
  24. 6. Creating Threads with Executors/3. Executors example - FixedThreadPools.mp4 31MB
  25. 13. Using Java's Stream API/4. Processing files with streams.mp4 31MB
  26. 8. Multithreading Exercise I - Dining Philosophers Problem/6. Dining philosophers problems VI - running the simulation.mp4 28MB
  27. 7. Concurrent Collections/9. Exchanger.mp4 26MB
  28. 7. Concurrent Collections/5. Blocking queue.mp4 26MB
  29. 5. Multithreading Concepts/8. Mutexes and semaphores.mp4 26MB
  30. 3. Threads Manipulation/5. Wait for threads to finish - join.mp4 26MB
  31. 7. Concurrent Collections/3. Latch.mp4 26MB
  32. 7. Concurrent Collections/4. Cyclic barrier.mp4 25MB
  33. 6. Creating Threads with Executors/1. Why to use thread pools.mp4 25MB
  34. 3. Threads Manipulation/1. Sequential processing.mp4 24MB
  35. 5. Multithreading Concepts/3. Deadlock and livelock.mp4 23MB
  36. 7. Concurrent Collections/7. Priority queue.mp4 23MB
  37. 11. Parallel Algorithms/1. Parallel methods versus multithreading.mp4 23MB
  38. 11. Parallel Algorithms/3. Merge sort introduction II.mp4 22MB
  39. 4. Inter-Thread Communication/4. Locking with custom objects.mp4 22MB
  40. 6. Creating Threads with Executors/4. Executors example - ScheduledExecutor.mp4 21MB
  41. 4. Inter-Thread Communication/1. Memory management of threads.mp4 21MB
  42. 13. Using Java's Stream API/3. Streams with strings.mp4 20MB
  43. 7. Concurrent Collections/6. Delay queue.mp4 20MB
  44. 6. Creating Threads with Executors/7. Callable and future example.mp4 19MB
  45. 6. Creating Threads with Executors/6. What is a Callable interface and Future object.mp4 19MB
  46. 12. Fork-Join Framework/2. Fork-join framework simple example - RecursiveAction.mp4 19MB
  47. 10. Multithreading Exercise III - Miner Game Simulation/5. Miner game implementation V.mp4 18MB
  48. 8. Multithreading Exercise I - Dining Philosophers Problem/2. Dining philosophers problems II - constants.mp4 18MB
  49. 5. Multithreading Concepts/7. What are semaphores.mp4 18MB
  50. 5. Multithreading Concepts/9. Semaphores example.mp4 18MB
  51. 12. Fork-Join Framework/6. Fork-join merge sort I.mp4 18MB
  52. 11. Parallel Algorithms/5. Parallel merge sort.mp4 17MB
  53. 12. Fork-Join Framework/3. Fork-join framework simple example - RecursiveTaskT.mp4 17MB
  54. 12. Fork-Join Framework/4. Maximum finding - the algorithm.mp4 17MB
  55. 11. Parallel Algorithms/10. Sum problem - parallel implementation.mp4 17MB
  56. 4. Inter-Thread Communication/10. Producer consumer with locks.mp4 16MB
  57. 11. Parallel Algorithms/2. Merge sort introduction I.mp4 16MB
  58. 11. Parallel Algorithms/4. Sequential merge sort I.mp4 16MB
  59. 4. Inter-Thread Communication/9. Locks.mp4 15MB
  60. 12. Fork-Join Framework/5. Maximum finding - running the application.mp4 14MB
  61. 12. Fork-Join Framework/1. Fork-join framework introduction.mp4 14MB
  62. 7. Concurrent Collections/1. What is the collections framework.mp4 14MB
  63. 2. Multithreading Theory/2. What is time-slicing algorithm.mp4 14MB
  64. 2. Multithreading Theory/4. Downside of multithreading.mp4 14MB
  65. 2. Multithreading Theory/3. Benefits of multithreading.mp4 13MB
  66. 2. Multithreading Theory/5. Thread life cycle in Java.mp4 13MB
  67. 11. Parallel Algorithms/6. Comparing sorting implementations.mp4 12MB
  68. 13. Using Java's Stream API/1. What is the Stream API.mp4 12MB
  69. 10. Multithreading Exercise III - Miner Game Simulation/2. Miner game implementation II.mp4 12MB
  70. 1. Introduction/1. Introduction.mp4 11MB
  71. 5. Multithreading Concepts/2. Stopping a thread.mp4 10MB
  72. 12. Fork-Join Framework/7. Fork-join merge sort II.mp4 10MB
  73. 8. Multithreading Exercise I - Dining Philosophers Problem/1. Dining philosophers problem I - the problem.mp4 10MB
  74. 10. Multithreading Exercise III - Miner Game Simulation/4. Miner game implementation IV.mp4 9MB
  75. 11. Parallel Algorithms/9. Sum problem - sequential approach.mp4 9MB
  76. 9. Multithreading Exercise II -Students Library Simulation/6. Student library simulation V - running the simulation.mp4 9MB
  77. 14. MapReduce and Parallelization/1. MapReduce introduction - basics.mp4 9MB
  78. 14. MapReduce and Parallelization/2. MapReduce introduction - example.mp4 8MB
  79. 11. Parallel Algorithms/11. Comparing sum implementations.mp4 8MB
  80. 9. Multithreading Exercise II -Students Library Simulation/5. Locking locks () and tryLock().mp4 8MB
  81. 4. Inter-Thread Communication/11. Locks and synchronization.mp4 8MB
  82. 9. Multithreading Exercise II -Students Library Simulation/3. Student library simulation III - book.mp4 6MB
  83. 11. Parallel Algorithms/8. Sum problem introduction.mp4 6MB
  84. 10. Multithreading Exercise III - Miner Game Simulation/3. Miner game implementation III.mp4 6MB
  85. 9. Multithreading Exercise II -Students Library Simulation/4. Student library simulation VI - student.mp4 6MB
  86. 10. Multithreading Exercise III - Miner Game Simulation/1. Miner game implementation I.mp4 4MB
  87. 9. Multithreading Exercise II -Students Library Simulation/2. Student library simulation II - constants.mp4 4MB
  88. 9. Multithreading Exercise II -Students Library Simulation/1. Student library simulation I - the problem.mp4 3MB
  89. 14. MapReduce and Parallelization/3. MapReduce and Fork-Join.mp4 3MB
  90. 3. Threads Manipulation/2. Starting threads - Runnable.srt 2MB
  91. 15. Course Materials (DOWNLOADS)/1.1 multithreading_parallel.zip 915KB
  92. 15. Course Materials (DOWNLOADS)/2.1 threads_multitheading.pptx 252KB
  93. 8. Multithreading Exercise I - Dining Philosophers Problem/4. Dining philosophers problems IV - philosopher.srt 14KB
  94. 8. Multithreading Exercise I - Dining Philosophers Problem/5. Dining philosophers problems V - starting the threads.srt 14KB
  95. 4. Inter-Thread Communication/8. Producer and consumer.srt 13KB
  96. 7. Concurrent Collections/8. Concurrent maps.srt 13KB
  97. 4. Inter-Thread Communication/3. Problems with synchronization.srt 12KB
  98. 11. Parallel Algorithms/3. Merge sort introduction II.srt 12KB
  99. 7. Concurrent Collections/9. Exchanger.srt 12KB
  100. 13. Using Java's Stream API/5. Streams with custom objects.srt 11KB
  101. 13. Using Java's Stream API/2. Streams with numbers.srt 11KB
  102. 3. Threads Manipulation/6. Daemon threads and user threads.srt 11KB
  103. 7. Concurrent Collections/7. Priority queue.srt 11KB
  104. 7. Concurrent Collections/10. CopyOnWriteArrays.srt 11KB
  105. 7. Concurrent Collections/4. Cyclic barrier.srt 11KB
  106. 8. Multithreading Exercise I - Dining Philosophers Problem/3. Dining philosophers problems III - chopstick.srt 11KB
  107. 7. Concurrent Collections/3. Latch.srt 11KB
  108. 12. Fork-Join Framework/2. Fork-join framework simple example - RecursiveAction.srt 10KB
  109. 4. Inter-Thread Communication/6. Wait and notify.srt 10KB
  110. 11. Parallel Algorithms/1. Parallel methods versus multithreading.srt 10KB
  111. 7. Concurrent Collections/5. Blocking queue.srt 10KB
  112. 7. Concurrent Collections/6. Delay queue.srt 10KB
  113. 12. Fork-Join Framework/6. Fork-join merge sort I.srt 10KB
  114. 4. Inter-Thread Communication/2. Synchronization.srt 10KB
  115. 6. Creating Threads with Executors/7. Callable and future example.srt 9KB
  116. 13. Using Java's Stream API/6. Serial and parallel streams - counting prime numbers.srt 9KB
  117. 12. Fork-Join Framework/4. Maximum finding - the algorithm.srt 9KB
  118. 11. Parallel Algorithms/10. Sum problem - parallel implementation.srt 9KB
  119. 12. Fork-Join Framework/3. Fork-join framework simple example - RecursiveTaskT.srt 9KB
  120. 7. Concurrent Collections/2. Collections synchronization.srt 9KB
  121. 11. Parallel Algorithms/2. Merge sort introduction I.srt 9KB
  122. 5. Multithreading Concepts/9. Semaphores example.srt 9KB
  123. 11. Parallel Algorithms/4. Sequential merge sort I.srt 9KB
  124. 11. Parallel Algorithms/5. Parallel merge sort.srt 8KB
  125. 5. Multithreading Concepts/5. Livelock example.srt 8KB
  126. 2. Multithreading Theory/1. Processes and threads introduction.srt 8KB
  127. 14. MapReduce and Parallelization/2. MapReduce introduction - example.srt 8KB
  128. 10. Multithreading Exercise III - Miner Game Simulation/5. Miner game implementation V.srt 8KB
  129. 5. Multithreading Concepts/4. Deadlock example.srt 8KB
  130. 14. MapReduce and Parallelization/1. MapReduce introduction - basics.srt 8KB
  131. 4. Inter-Thread Communication/10. Producer consumer with locks.srt 7KB
  132. 4. Inter-Thread Communication/9. Locks.srt 7KB
  133. 5. Multithreading Concepts/1. Volatile.srt 7KB
  134. 5. Multithreading Concepts/8. Mutexes and semaphores.srt 7KB
  135. 5. Multithreading Concepts/6. Atomic variables.srt 7KB
  136. 12. Fork-Join Framework/5. Maximum finding - running the application.srt 7KB
  137. 3. Threads Manipulation/3. Starting threads - Thread class.srt 7KB
  138. 12. Fork-Join Framework/1. Fork-join framework introduction.srt 7KB
  139. 6. Creating Threads with Executors/1. Why to use thread pools.srt 7KB
  140. 5. Multithreading Concepts/3. Deadlock and livelock.srt 6KB
  141. 6. Creating Threads with Executors/2. Executors example - SingleThreadExecutor.srt 6KB
  142. 6. Creating Threads with Executors/5. Stopping executors.srt 6KB
  143. 3. Threads Manipulation/5. Wait for threads to finish - join.srt 6KB
  144. 7. Concurrent Collections/1. What is the collections framework.srt 6KB
  145. 13. Using Java's Stream API/4. Processing files with streams.srt 6KB
  146. 12. Fork-Join Framework/7. Fork-join merge sort II.srt 6KB
  147. 10. Multithreading Exercise III - Miner Game Simulation/2. Miner game implementation II.srt 5KB
  148. 11. Parallel Algorithms/6. Comparing sorting implementations.srt 5KB
  149. 6. Creating Threads with Executors/3. Executors example - FixedThreadPools.srt 5KB
  150. 3. Threads Manipulation/1. Sequential processing.srt 5KB
  151. 5. Multithreading Concepts/7. What are semaphores.srt 5KB
  152. 8. Multithreading Exercise I - Dining Philosophers Problem/2. Dining philosophers problems II - constants.srt 5KB
  153. 4. Inter-Thread Communication/1. Memory management of threads.srt 5KB
  154. 10. Multithreading Exercise III - Miner Game Simulation/4. Miner game implementation IV.srt 5KB
  155. 6. Creating Threads with Executors/6. What is a Callable interface and Future object.srt 5KB
  156. 9. Multithreading Exercise II -Students Library Simulation/6. Student library simulation V - running the simulation.srt 5KB
  157. 11. Parallel Algorithms/9. Sum problem - sequential approach.srt 4KB
  158. 8. Multithreading Exercise I - Dining Philosophers Problem/6. Dining philosophers problems VI - running the simulation.srt 4KB
  159. 4. Inter-Thread Communication/4. Locking with custom objects.srt 4KB
  160. 13. Using Java's Stream API/3. Streams with strings.srt 4KB
  161. 11. Parallel Algorithms/11. Comparing sum implementations.srt 4KB
  162. 2. Multithreading Theory/5. Thread life cycle in Java.srt 4KB
  163. 6. Creating Threads with Executors/4. Executors example - ScheduledExecutor.srt 4KB
  164. 2. Multithreading Theory/4. Downside of multithreading.srt 4KB
  165. 13. Using Java's Stream API/1. What is the Stream API.srt 4KB
  166. 2. Multithreading Theory/2. What is time-slicing algorithm.srt 4KB
  167. 9. Multithreading Exercise II -Students Library Simulation/5. Locking locks () and tryLock().srt 4KB
  168. 9. Multithreading Exercise II -Students Library Simulation/3. Student library simulation III - book.srt 3KB
  169. 11. Parallel Algorithms/8. Sum problem introduction.srt 3KB
  170. 8. Multithreading Exercise I - Dining Philosophers Problem/1. Dining philosophers problem I - the problem.srt 3KB
  171. 2. Multithreading Theory/3. Benefits of multithreading.srt 3KB
  172. 10. Multithreading Exercise III - Miner Game Simulation/3. Miner game implementation III.srt 3KB
  173. 9. Multithreading Exercise II -Students Library Simulation/4. Student library simulation VI - student.srt 3KB
  174. 1. Introduction/1. Introduction.srt 2KB
  175. 14. MapReduce and Parallelization/3. MapReduce and Fork-Join.srt 2KB
  176. 4. Inter-Thread Communication/11. Locks and synchronization.srt 2KB
  177. 10. Multithreading Exercise III - Miner Game Simulation/1. Miner game implementation I.srt 2KB
  178. 9. Multithreading Exercise II -Students Library Simulation/2. Student library simulation II - constants.srt 2KB
  179. 11. Parallel Algorithms/7. UPDATE comparing merge sort algorithms.html 2KB
  180. 5. Multithreading Concepts/2. Stopping a thread.srt 2KB
  181. 9. Multithreading Exercise II -Students Library Simulation/1. Student library simulation I - the problem.srt 2KB
  182. 4. Inter-Thread Communication/5. What are re-entrant locks.html 1KB
  183. 5. Multithreading Concepts/10. Mutex and binary semaphore.html 965B
  184. 4. Inter-Thread Communication/7. What is the difference between wait and sleep.html 953B
  185. 3. Threads Manipulation/4. Runnable interface and Thread class.html 635B
  186. 11. Parallel Algorithms/12. Parallelization quiz.html 156B
  187. 2. Multithreading Theory/6. Multithreading theory quiz.html 156B
  188. 3. Threads Manipulation/7. Threads manipulation quiz.html 156B
  189. 4. Inter-Thread Communication/12. Inter-thread communication quiz.html 156B
  190. 5. Multithreading Concepts/11. Multithreading concepts quiz.html 156B
  191. 6. Creating Threads with Executors/8. Executors quiz.html 156B
  192. 7. Concurrent Collections/11. Concurrent Collections Quiz.html 156B
  193. 1. Introduction/[Tutorialsplanet.NET].url 128B
  194. 11. Parallel Algorithms/[Tutorialsplanet.NET].url 128B
  195. 15. Course Materials (DOWNLOADS)/[Tutorialsplanet.NET].url 128B
  196. 5. Multithreading Concepts/[Tutorialsplanet.NET].url 128B
  197. [Tutorialsplanet.NET].url 128B
  198. 15. Course Materials (DOWNLOADS)/1. Course materials.html 60B
  199. 15. Course Materials (DOWNLOADS)/2. Slides.html 40B