Learn how to set up your project. This video includes information on inspecting data, bringing it into the tool, building queries and pipeline construction....

This video shows you how to install the Python* Client and Intel? Knowledge Builder Mobile Data Capture Lab (Intel? Knowledge Builder Mobile DCL), set up an account, add users to your account, and set up your configuration settings....

This video discusses how to use the Jupyter* notebook for building a KnowledgePack, importing a package into a Python* script, and creating an application that recognizes gestures....

This module is a more in depth discussion of the offload programming model. Section 2: Explicit copy details...

This module is a more in depth discussion of the offload programming model. Section 1: Execution environment, Multi-card support...

Extracting Vector Performance with Intel Compilers...

Learn how to use the Intel? Knowledge Builder Mobile Data Capture Lab (Intel? Knowledge Builder Mobile DCL) to save and label model data....

Covers: Intel(R) MPI Execution models on Intel(R) MIC Architecture, Pure MPI or hybrid MPI applications on MIC, Analysis of Intel(R) MPI codes with the Intel(R) Trace Analyzer and Collector (ITAC) on MIC...

Extracting Vector Performance with Intel Compilers...

Extracting Vector Performance with Intel Compilers...

Extracting Vector Performance with Intel Compilers...

This module looks at the rationale behind the approach taken by Intel with regards to the Intel? Xeon Phi coproce Section 3: Array notation, and Intel? CilkTM Plus task parallelism, pure auto-vectorization, semi-automatic vectorization by annotat...

This module is a technical introduction to the offload programming model and the Intel? heterogeneous compilers. Section 3: Compiler command-line semantics, usage as native compiler and the native environment including NFS mounting...

This module is a technical introduction to the offload programming model and the Intel? heterogeneous compilers....

Section 1: The heterogeneous compiler, offloading of code, explicit and implicit memory models, integration with OpenMP*, offloading semantics, Explicit memory model and basic usage...

This module looks at the rationale behind the approach taken by Intel with regards to the Intel? Xeon Phi coprocessor HW abstraction, Section 4: Architecturally independent vs dependent programming approaches...

This module is a more in depth discussion of the offload programming model. Section 3: Implicit copy details, Simultaneous host/coprocessor computing, MKL Automatic Offload...

test...

This module looks at the rationale behind the approach taken by Intel with regards to the Intel? Xeon Phi coprocessor HW abstraction, programming model options, using standardized libraries such as Intel? MKL, high level view of offloading code, Int...

This module looks at basic optimization techniques for the Intel Xeon Phi coprocessor....