The image processing, video and computer vision communities in Israel are world class leaders in the field, with large and dynamic presence in both industry and academia. The IMVC conference is a unique opportunity for companies from diverse industrial fields to meet with research groups of academic institutions heading machine vision research in Israel. The conference serve as a venue for academic researchers, algorithm experts and engineers, product managers, and system managers from companies in various segments of the industry (medical, military, security, etc.) to gain exposure, exchange ideas and foster collaboration. Material regarding the newly formed Israel Chapter will be handed at the conference. The Israel Chapter is a great opportunity to meet and share information regarding Khronos APIs: OpenGL, OpenCL, OpenVX, OpenMax, etc.
The Khronos Group has loaded some of the slide set from the GDC 2014 sessions online. Included in this uploaded are slides from OpenCL, OpenGL ES, OpenGL Efficiency, OpenGL, OpenVX, SYCL for OpenCL, Volumerics OpenCL RT Graphics and the Khronos Press Briefing. All presentations are also available via Slideshare.
The Official Khronos Israel Chapter will have it's first meeting this weekend on March 23rd at Read More
The Khronos Group DevU sessions at GDC 2014 are happening this week. We're looking forward to seeing everyone for lots of learning, prizes and refreshments. Complete details are online for our 7 DevU sessions. The sessions will take place on the 19th and 20th of March as well a joint press conference with the PC Gaming Alliance on March 19th. This not to be missed 2 day event is packed with lots of guest speakers from many companies. Seating is reserved and signup pages are available for each session here: OpenCL, OpenVX, OpenGL ES, OpenGL, WebCL, COLLADA, WebGL.
Erik Noreke, Khronos Group VP of Business Development and Work Group Chair of both OpenSL ES and OpenMAX AL, will be talking at the upcoming Wearable and Flexible Technologies World (WFTW) 2014 conference in Shanghai China. WFTW 2014 is the second annual Global Augmented Reality Summit and focuses on wearable technologies, including flexible electronics and augmented reality technologies.
CEVA announced that it has enriched its CEVA-CV computer vision real-time library to include more than 750 functions. New functions added in the latest CEVA-CV release include feature detection kernels and object recognition algorithms such as Harris Corner, Hough Transform, Integral Sum, Fast, LBP, SURF, HOG, SVM, and ORB detection and matching. CEVA-CV now also includes kernels required by The Khronos Group's OpenVX 1.0 specification, which is set to become the key standard for cross-platform acceleration of computer vision applications and libraries.
Samsung, Qualcomm, ARM, Broadcom, and a bunch of other technology companies want your computer to see. To that end, they banded together at the Khronos Group to try to standardize some elements of machine vision technology. It's the kind of thing that could make it easier to write an augmented reality app for a mobile phone or sign-recognition software for an autonomous car, for example, because difficult low-level technology would be taken care of.
videantis announced it has joined the Khronos Group to bring support for the OpenVX computer vision acceleration API to its low power, licensable v-MP4000HDX processor architecture. Computer vision is the key technology that drives new applications such as always-on smart mobile cameras, gesture-based interfaces, 3D-sensing games, and automotive driver assistance systems.
The Khronos Group has provisionally released OpenVX 1.0, a new standard for computer Vision acceleration (or X-celeration) on hardware (GPU, DSP, FPGA, etc). We need feedback from developers and researchers to understand what changes, if any people would like to see before final specification. Please leave feedback at the Khronos Forums so all the member companies can see it.
Imagination Technologies has announced a new camera Image Signal Processing (ISP) architecture codenamed ‘Raptor.’ Imagination designed the PowerVR Series2 ‘Raptor’ imaging pipeline architecture from the ground-up to be optimized for integration into next-generation System-on-Chips (SoCs) for a broad range of imaging and vision applications. ‘Raptor’ is also the first ISP designed to operate as a cooperative part of a heterogeneous computing platform for advanced functions and next-generation applications that will be compatible with OpenVX and other APIs used for computer vision.