Search Intel's Vision Algorithm Designer Developer Guide Getting Started with Intel's Vision Algorithm Designer Creating and Running OpenVX* Workloads Parameter properties propagation Saving and Loading Graphs Generating Code Subgraphs Developing OpenVX* Apps with Eclipse*Setting Up the VAD Plugin for Eclipse* Creating an OpenVX* ApplicationCreating a new OpenVX* Application Project Adding an Existing Graph to the Project Editing the Graph with Graph Designer Adding a User Kernels Library to the Project Running a Graph Creating an OpenVX* User Kernels Library Loading an Existing OpenVX* Application to VADRuning the OpenVX* Application Tracer Tool from VAD Runing the OpenVX* Application Tracer Tool from Command Line Delay Objects Output AllocatorsOutput Allocators for OpenVX* 1.0.1 Output Allocators for OpenVX* 1.1 Hierarchical View Analyzing PerformanceRunning Performance Analysis Performance Tab Timeline Charts Tab Critical Path Affinity Selection Debugging OpenVX* GraphsDebug Watch Mode Debug Dumps Tracer Log Comparator Remote ConnectivityUsage Example Kernel LibrariesKhronos* Debug Kernels Intel's Helper Kernels Specific Intel's Helper Kernels for OpenVX* 1.1 Specific Intel's Helper Kernels for OpenVX* 1.0.1 Using the Command Line Interface Developing User KernelsDeveloping User Kernels using User Kernel API Developing User Kernels using Stub Generator Related Information Getting Help and Support Legal Information Analyzing Performance For information about analyzing performance, see the following topics: Running Performance Analysis Performance Tab Timeline Charts Tab Critical Path Affinity Selection For more complete information about compiler optimizations, see our Optimization Notice. Prev Hierarchical View Next Running Performance Analysis