06:49

Attention of Convolutional Neural Network (VGG16)

01:40

Episode 5.19 - Closing words

05:51

Episode 5.18 - Additional Topic- Load Balancing in Heterogeneous Systems

03:03

Episode 5.17 - Optimization of Communication- MPI

06:58

Episode 5.16 - Optimization of Communication- Offload

05:04

Episode 5.15 - NUMA and Allocation on First Touch

05:37

Episode 5.14 - Example of Cache-Oblivious Recursion

06:48

Episode 5.13 - Example of Loop Tiling

07:16

Episode 5.12 - Optimization of Memory Access

07:15

Episode 5.11 - Thread affinity control

07:18

Episode 5.10 - Do you have enough parallelism in your code

05:18

Episode 5.9 - Elimination of False Cache Line Sharing

07:30

Episode 5.8 - Optimization of Synchronization in Multithreaded applications

02:55

Episode 5.7 - Vectorization Tuning Knobs

06:16

Episode 5.6 - Strip-Mining for Vectorization

09:36

Episode 5.5 - Optimization of Vectorization: Regularizing Pattern

04:51

Episode 5.4 - Optimization of Vectorization: Alignment and Hints

06:10

Episode 5.3 - Optimization of Vectorization: Data Structures

10:05

Episode 5.2 - Scalar Tuning and General Optimization

04:26

Episode 5.1 - Optimization roadmap

06:50

Episode 4.9 - Distributed-memory Parallelism and MPI

04:37

Episode 4.8 - Parallel Reduction

06:42

Episode 4.7 - Race Conditions and Mutexes

02:02

Timelapse of video course recording from March 8th, 2015

01:36

teaser-v3ct0r1z@t10n

02:10

A teaser video of webinar series

03:21

Episode 4.6 - Fork-Join Model. OpenMP Tasks

04:34

Episode 4.5 - Parallel Loops, Private and Shared Variables, Scheduling

08:46

Episode 4.3 - Assumed Vector Dependence and Pointer Disambiguation

03:45

Episode 4.4 - Thread Parallelism and OpenMP

06:53

Episode 4.2 - Automatic Vectorization and Array Notation

06:03

Episode 4.1 - SIMD Parallelism and Intrinsics

06:00

Episode 3.9 - File IO in MPI Applications on Coprocessors

08:43

Episode 3.8 - Heterogeneous Programming using MPI

05:28

Episode 3.7 - Asynchronous Offload

07:07

Episode 3.6 - Shared Virtual Memory

07:35

Episode 3.5 - Additional Offload Controls

08:07

Episode 3.4 - Explicit Offload

09:11

Episode 3.3 - Native MPI Applications

07:26

Episode 3.2 - Native Coprocessor Applications

09:03

Episode 3.1 - Overview of Programming Options

02:12

How To Record Video Lectures

08:26

Episode 2.1 - Purpose of the MIC architecture

06:42

Episode 2.6 - Knights Landing, the Next Manycore Architecture

11:03

Episode 2.5 - Will My Application Benefit from the MIC Architecture?

06:52

Episode 2.4 - Software Tools for Intel Xeon Phi Coprocessors

05:40

Episode 2.3 - Vector Instruction Support in Intel Architectures

08:27

Episode 2.1 - Purpose of the MIC architecture

05:04

Episode 2.2 - Details of Intel MIC Architecture

01:12

February 2015 in Sunnyvale, California.

06:57

Episode 08 - Native Coprocessor Applications

05:32

Episode 03 - IMCI set and VPUs

05:00

Episode 02 - Detail of Intel MIC architecture

00:45

slide51

12:44

Strip-mining optimization for vectorization (Russian)

00:24

Sign up for SC14

07:59

Sign-up ad for SC14

07:33

Lecture - strip-mining for vectorization

05:16

Practical Lab - strip-mining for vectorization

01:06

High Peaks, Pinnacles National Park, San Benito County, CA