Announcements, articles, and blurbs from Khronos and Khronos members about Khronos tech, conformant products, and more. If you are a interested in submitting a blog post, please check out our Blog Guidlines.
OLV builds tools and content that help visualize things before they can be touched. Our array of tools help Microsoft Retail to collaborate on the London flagship store from across the globe, a baseball player to customize his own Official Helmet and Glove of Major League Baseball®, and a varsity volleyball team to design their next uniform from Mizuno.
glTF™ is a Khronos royalty-free specification for the efficient transmission and run-time loading of 3D scenes and models by engines, browsers and applications. glTF minimizes both the size of 3D assets and the runtime processing needed to unpack and use them. glTF has become widely adopted throughout the industry, becoming the equivalent of a ‘JPEG for 3D’. glTF is used by hundreds of content tools and services, streamlining 3D authoring w
HLSL support in Vulkan has come a long way since its introduction. Over the past couple of years HLSL in Vulkan has made amazing strides to hit a critical maturation point and earned the coveted label of production ready. HLSL in Vulkan has been achieved through integrating a SPIR-V backend into DXC, Microsoft’s open source HLSL compiler (the encircled section in Figure 1 below), and Khronos’ glslang. It has been no small effort to bring it to the level of quality we enjoy today. Coordinated efforts and contributions of all sizes from IHVs, ISVs, independent developers, and of course Khronos came together to make it all happen.
The original Vulkan synchronization APIs relied on two separate coarse-grained primitives: VkSemaphore and VkFence. Both of these were reusable binary-state objects with slightly different purposes and behavior. VkSemaphore allowed applications to synchronize operations across device queues. VkFence facilitated device to host synchronization. Together, they enabled applications to observe and control the execution of command buffers and other queue commands, but they inherited various limitations of the underlying OS and device mechanisms at the time which made them somewhat difficult to use.
Standards organizations exist to provide a safe space for competitors to cooperate for the good of all. In 2019, Khronos has seen powerful commercial incentives drawing us ever closer forsophisticated, multi-level cooperation, but also external dynamics trying to force the industry apart.
As the “JPEG of 3D,” glTF™ from Khronos® has made a big impact in the world of 3D, enabling the efficient transmission and loading of 3D scenes and models by applications. Cesium, a platform for creating 3D applications that are fast, flexible, and based on real-world geospatial data, has used glTF extensively to further its mission of empowering developers and data providers to build web-based 3D map experiences, and now Cesium has teamed with Uber to continue expanding its 3D Tiles ecosystem, built on glTF.
The Vulkan Working Group has just released the VK_KHR_performance_query extension, which provides a cross-vendor common mechanism to expose performance metrics. These may be used to obtain data from a Vulkan device, typically a graphics card or SoC, to measure the workload demand and assess the impact of application modifications and optimizations.
Last month I wrote about a new book on Data science and visual computing. The book tells us, as we already well know, we are awash in data. It's like the weather, we know it, we can't manage it. We are struggling to get a grip on it, understand it, use it and exploit it, but it is being generated faster than we can harness it. What's more, there are a dozen or more ways to funnel that data to a display with multiple pipelines and APIs. It is a hodgepodge of software that has evolved from the early 1980s (I know because I contributed to the mess we have today). Here comes Khronos to save the day with an exploratory committee to discuss the standardization of an analytic rendering API for data visualization. Khronos is inviting all interested parties to participate. There is no cost or IP obligations to share perspectives, requirements, and use-cases to help determine whether there is an industry need for such an API and to help set the direction for any standardization activities.
Today, The Khronos® Group releases the Vulkan® Unified Samples Repository, a new central location where anyone can access Khronos-reviewed, high-quality Vulkan code samples in order to make development easier and more streamlined for all abilities. Khronos and its members, in collaboration with external contributors, created the Vulkan Unified Samples Project in response to user demand for more accessible resources and best practices for developing with Vulkan.
Simply Augmented, a tech company moving into the e-commerce home furnishing space, has joined Khronos as a contributor member to participate in the 3D Commerce Working Group. Learn more about Simply Augmented and why they joined the Khronos Group.
On September 19 at AutoSens Brussels, Stephane Strahm of Kalray will be joining other attendees to discuss options for addressing the increasingly complex challenges facing automotive vision system engineers. Pushed by developments in markets such as Advanced Driver Assistance Systems (ADAS) and autonomous vehicles, maintaining component interoperability in increasingly complex vehicle subsystems is proving to be a big obstacle.
Big news! 3D software developer, Autodesk has joined The Khronos Group. Autodesk is an industry-leading provider of 3D design, engineering and entertainment software, that joined the 3D Formats Working Group to support the Khronos glTF file format and the 3D Commerce Exploratory Group, a group of companies exploring standards and guidelines for the production and distribution of real-time 3D representations of products.
In 2016, the Uber Visualization team released an open source version of deck.gl and luma.gl, two Khronos Group WebGL™-powered frameworks for visualizing and exploring huge geospatial data sets on maps. Since then, the technology has flourished into a full-fledged suite of over a dozen open source WebGL and GPGPU data visualization libraries and tools, known collectively as vis.gl. loaders.gl, the newest addition to the vis.gl family, adds support for loading and rendering glTF™ assets across the tech stack. This unlocks the ability to include rich 3D content within data visualization applications built using luma.gl and deck.gl, enabling a variety of interesting new use cases. In this post, we’ll show some applications and walk through how you can use deck.gl and glTF, Khronos’ open standard 3D file format, to quickly create a geospatial data visualization that renders tens of thousands of 3D models.