CEVA launches XM6 fifth-generation Machine Learning image and vision DSP solution

The recent announcement covers the new XM6 DSP, CEVA's new set of imaging and vision software libraries, a set of new hardware accelerators and integration into the CDNN2 ecosystem. XM6 will support OpenCL and C++ development tools, and the software elements include CEVA's computer vision, neural network and vision processing libraries with third-party tools as well.   Read More

Khronos Group issues RFQ to create Vulkan Tutorials

Khronos Group issues RFQ to create Vulkan Tutorials

The Khronos Group today issued a request for quotes to create a series of Vulkan tutorials that will demonstrate efficient use of the core Vulkan API across a range of GPU architectures. The tutorials must consist of example code and associated documentation. It should be possible to guide an audience of experienced 3D graphics developers through a given tutorial in a classroom environment within an hour. Details online here.   Read More

Webinar: Vulkan Validation Layers Deep Dive September 27

Webinar: Vulkan Validation Layers Deep Dive September 27

Don’t miss the Vulkan deep-dive webinar on Tuesday September 27th at 10am PDT. This one-hour webinar provides a detailed review of the Vulkan Validation Layers, how they are architected, how you use them, and why they are so important. The main presentation is followed by a Q&A session.   Read More

ArrayFire release v3.4 with improvements for OpenCL

ArrayFire release v3.4 with improvements for OpenCL

ArrayFire released v3.4 of their open source library of parallel computing functions supporting CUDA, OpenCL, and CPU devices. This new version of ArrayFire improves features and performance for applications in machine learning, computer vision, signal processing, statistics, finance, and more. Performance Improvements to JIT have resulted in up to 5x speed gains in OpenCL.   Read More

LunarG launches Vulkan Samples Tutorial

LunarG has launched a Vulkan Samples Tutorial on LunarXChange. The tutorial is organized into sections that walk you through the steps to create a simple Vulkan program. Each tutorial section corresponds directly to a sample program in the LunarG samples progression and is designed to be read as you look at and experiment with real code from the progression.    Read More

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