CUDA programming with Masterclass 2020 04udemy | 03F5B8AF4FB63445A6DB6D4C2D515EB9271A6F99

CUDA programming with Masterclass 2020 04udemy

Name	CUDA programming with C++ Masterclass__2020-04udemy	DOWNLOAD Copy Link
Total Size	97.5 MB
Total Files	174
Last Seen	2024-11-15 00:30
Hash	03F5B8AF4FB63445A6DB6D4C2D515EB9271A6F99

/1 Introduction to CUDA Programming and CUDA Programming Model/
01 Very Very Important.mkv	2.2 MB
01 Very Very Important.srt	10.5 KB
02 Introduction to Parallel Programming.mkv	1.1 MB
02 Introduction to Parallel Programming.srt	11.2 KB
03 Parallel Computing and Super Computing.mkv	955.6 KB
03 Parallel Computing and Super Computing.srt	9.0 KB
04 How to Install CUDA Toolkit and First Look at CUDA Program.mkv	1.5 MB
04 How to Install CUDA Toolkit and First Look at CUDA Program.srt	7.0 KB
05 Basic Elements of CUDA Program.mkv	2.1 MB
05 Basic Elements of CUDA Program.srt	20.6 KB
06 Organization of Threads in a CUDA Program - threadIdx.mkv	1.0 MB
06 Organization of Threads in a CUDA Program - threadIdx.srt	10.5 KB
07 Organization of Thread in a CUDA Program - blockIdxblockDimgridDim.mkv	905.7 KB
07 Organization of Thread in a CUDA Program - blockIdxblockDimgridDim.srt	7.4 KB
08 Programming Exercise 1.mkv	63.8 KB
08 Programming Exercise 1.srt	0.6 KB
09 Unique Index Calculation Using threadIdx blockId and blockDim.mkv	1.3 MB
09 Unique Index Calculation Using threadIdx blockId and blockDim.srt	11.3 KB
10 Unique Index Calculation for 2D Grid_Part1.mkv	997.5 KB
10 Unique Index Calculation for 2D Grid_Part1.srt	7.5 KB
11 Unique Index Calculation for 2D Grid_Part2.mkv	813.2 KB
11 Unique Index Calculation for 2D Grid_Part2.srt	5.8 KB
12 Memory Transfer between Host and Device.mkv	1.5 MB
12 Memory Transfer between Host and Device.srt	13.3 KB
13 Programming Exercise 2.mkv	121.8 KB
13 Programming Exercise 2.srt	1.5 KB
14 Sum Array Example with Validity Check.mkv	1.3 MB
14 Sum Array Example with Validity Check.srt	11.2 KB
15 Sum Array Example with Error Handling.mkv	645.2 KB
15 Sum Array Example with Error Handling.srt	5.8 KB
16 Sum Array Example with Timing.mkv	1.2 MB
16 Sum Array Example with Timing.srt	9.8 KB
17 Device Properties.mkv	750.4 KB
17 Device Properties.srt	6.6 KB
18 Summary.mkv	488.7 KB
18 Summary.srt	5.4 KB
_.7z	1.9 MB
/2 CUDA Execution Model/
19 Understand the Device Better.mkv	1.1 MB
19 Understand the Device Better.srt	10.7 KB
20 All About Warps.mkv	1.3 MB
20 All About Warps.srt	11.8 KB
21 Warp Divergence.mkv	1.6 MB
21 Warp Divergence.srt	15.7 KB
22 Resource Partitioning and Latency Hiding_Part1.mkv	738.1 KB
22 Resource Partitioning and Latency Hiding_Part1.srt	6.9 KB
23 Resource Partitioning and Latency Hiding_Part2.mkv	1.3 MB
23 Resource Partitioning and Latency Hiding_Part2.srt	12.2 KB
24 Occupancy.mkv	2.2 MB
24 Occupancy.srt	13.2 KB
25 Profile Driven Optimization with nvprof.mkv	2.0 MB
25 Profile Driven Optimization with nvprof.srt	15.0 KB
26 Parallel Reduction as Synchronization Example.mkv	2.5 MB
26 Parallel Reduction as Synchronization Example.srt	24.7 KB
27 Parallel Reduction as Warp Divergence Example.mkv	1.3 MB
27 Parallel Reduction as Warp Divergence Example.srt	12.4 KB
28 Parallel Reduction with Loop Unrolling.mkv	946.9 KB
28 Parallel Reduction with Loop Unrolling.srt	8.6 KB
29 Parallel Reduction as Warp Unrolling.mkv	800.1 KB
29 Parallel Reduction as Warp Unrolling.srt	9.1 KB
30 Reduction with Complete Unrolling.mkv	579.8 KB
30 Reduction with Complete Unrolling.srt	5.1 KB
31 Performance Comparison of Reduction Kernels.mkv	891.3 KB
31 Performance Comparison of Reduction Kernels.srt	7.3 KB
32 CUDA Dynamic Parallelism.mkv	1.4 MB
32 CUDA Dynamic Parallelism.srt	13.1 KB
33 Reduction with Dynamic Parallelism.mkv	892.5 KB
33 Reduction with Dynamic Parallelism.srt	6.9 KB
34 Summary.mkv	548.9 KB
34 Summary.srt	6.0 KB
_.7z	2.5 MB
/3 CUDA Memory Model/
35 CUDA Memory Model.mkv	946.3 KB
35 CUDA Memory Model.srt	8.3 KB
36 Different Memory Types in CUDA.mkv	1.2 MB
36 Different Memory Types in CUDA.srt	11.3 KB
37 Memory Management and Pinned Memory.mkv	996.8 KB
37 Memory Management and Pinned Memory.srt	8.7 KB
38 Zero Copy Memory.mkv	1.3 MB
38 Zero Copy Memory.srt	10.6 KB
39 Unified Memory.mkv	726.2 KB
39 Unified Memory.srt	5.5 KB
40 Global Memory Access Patterns.mkv	1.7 MB
40 Global Memory Access Patterns.srt	14.6 KB
41 Global Memory Writes.mkv	576.0 KB
41 Global Memory Writes.srt	4.5 KB
42 AOS vs SOA.mkv	796.6 KB
42 AOS vs SOA.srt	7.0 KB
43 Matrix Transpose.mkv	2.6 MB
43 Matrix Transpose.srt	23.2 KB
44 Matrix Transpose with Unrolling.mkv	971.0 KB
44 Matrix Transpose with Unrolling.srt	7.8 KB
45 Matrix Transpose with Diagonal Coordinate System.mkv	1.0 MB
45 Matrix Transpose with Diagonal Coordinate System.srt	10.5 KB
46 Summary.mkv	335.3 KB
46 Summary.srt	3.9 KB
_.7z	386.2 KB
/4 CUDA Shared Memory and Constant Memory/
47 Introduction to CUDA Shared Memory.mkv	1.2 MB
47 Introduction to CUDA Shared Memory.srt	10.8 KB
48 Shared Memory Access Modes and Memory Banks.mkv	1.1 MB
48 Shared Memory Access Modes and Memory Banks.srt	11.1 KB
49 Row Major and Column Major Access to Shared Memory.mkv	1.3 MB
49 Row Major and Column Major Access to Shared Memory.srt	10.7 KB
50 Static and Dynamic Shared Memory.mkv	562.1 KB
50 Static and Dynamic Shared Memory.srt	4.8 KB
51 Shared Memory Padding.mkv	790.7 KB
51 Shared Memory Padding.srt	7.4 KB
52 Parallel Reduction with Shared Memory.mkv	744.5 KB
52 Parallel Reduction with Shared Memory.srt	5.6 KB
53 Synchronization in CUDA.mkv	478.2 KB
53 Synchronization in CUDA.srt	4.6 KB
54 Matrix Transpose with Shared Memory.mkv	1.7 MB
54 Matrix Transpose with Shared Memory.srt	13.5 KB
55 CUDA Constant Memory.mkv	1.7 MB
55 CUDA Constant Memory.srt	16.4 KB
56 Matrix Transpose with Shared Memory Padding.mkv	1.1 MB
56 Matrix Transpose with Shared Memory Padding.srt	6.8 KB
57 CUDA Warp Shuffle Instructions.mkv	2.2 MB
57 CUDA Warp Shuffle Instructions.srt	18.6 KB
58 Parallel Reduction with Warp Shuffle Instructions.mkv	713.9 KB
58 Parallel Reduction with Warp Shuffle Instructions.srt	4.4 KB
59 Summary.mkv	224.2 KB
59 Summary.srt	3.0 KB
_.7z	874.7 KB
/5 CUDA Streams/
60 Introduction to CUDA Streams and Events.mkv	749.1 KB
60 Introduction to CUDA Streams and Events.srt	8.2 KB
61 How to Use CUDA Asynchronous Functions.mkv	1.3 MB
61 How to Use CUDA Asynchronous Functions.srt	8.0 KB
62 How to Use CUDA Streams.mkv	1.7 MB
62 How to Use CUDA Streams.srt	12.9 KB
63 Overlapping Memory Transfer and Kernel Execution.mkv	951.6 KB
63 Overlapping Memory Transfer and Kernel Execution.srt	6.6 KB
64 Stream Synchronization and Blocking Behavious of NULL Stream.mkv	1.2 MB
64 Stream Synchronization and Blocking Behavious of NULL Stream.srt	8.5 KB
65 Explicit and Implicit Synchronization.mkv	289.3 KB
65 Explicit and Implicit Synchronization.srt	3.0 KB
66 CUDA Events and Timing with CUDA Events.mkv	811.1 KB
66 CUDA Events and Timing with CUDA Events.srt	7.5 KB
67 Creating Inter Stream Dependencies with Events.mkv	703.9 KB
67 Creating Inter Stream Dependencies with Events.srt	5.5 KB
_.7z	169.0 KB
/6 Performance Tuning with CUDA Instruction Level Primitives/
68 Introduction to Different Types of Instructions in CUDA.mkv	468.6 KB
68 Introduction to Different Types of Instructions in CUDA.srt	4.8 KB
69 Floating Point Operations.mkv	1.0 MB
69 Floating Point Operations.srt	8.5 KB
70 Standard and Instrict Functions.mkv	1.3 MB
70 Standard and Instrict Functions.srt	10.5 KB
71 Atomic Functions.mkv	1.2 MB
71 Atomic Functions.srt	10.1 KB
_.7z	111.9 KB
/7 Parallel Patterns and Applications/
72 Scan Algorithm Introduction.mkv	625.2 KB
72 Scan Algorithm Introduction.srt	7.3 KB
73 Simple Parallel Scan.mkv	1.0 MB
73 Simple Parallel Scan.srt	11.0 KB
74 Work Efficient Parallel Exclusive Scan.mkv	1.2 MB
74 Work Efficient Parallel Exclusive Scan.srt	12.0 KB
75 Work Efficient Parallel Inclusive Scan.mkv	943.0 KB
75 Work Efficient Parallel Inclusive Scan.srt	10.2 KB
76 Parallel Scan for Large Data Sets.mkv	659.1 KB
76 Parallel Scan for Large Data Sets.srt	6.5 KB
77 Parallel Compact Algorithm.mkv	1.0 MB
77 Parallel Compact Algorithm.srt	10.3 KB
_.7z	98.0 KB
/8 Bonus Introduction to Image Processing with CUDA/
78 Introduction_Part1.mkv	880.1 KB
78 Introduction_Part1.srt	9.5 KB
79 Introduction_Part2.mkv	1.3 MB
79 Introduction_Part2.srt	14.2 KB
80 Digital Image Processing.mkv	1.1 MB
80 Digital Image Processing.srt	12.4 KB
81 Digital Image Fundametals Human Perception.mkv	1.2 MB
81 Digital Image Fundametals Human Perception.srt	14.5 KB
82 Digital Image Fundamentals Image Formation.mkv	1.7 MB
82 Digital Image Fundamentals Image Formation.srt	19.6 KB
83 OpenCV Installation.mkv	1.6 MB
83 OpenCV Installation.srt	4.6 KB
/
Readme.txt	0.1 KB
Total files 174