As the lead organization for the Army High Performance Computational Research Center Consortium (AHPCRC), Stanford University’s Institute for Computational and Mathematical Engineering (ICME) works in conjunction with the Army Research Laboratory on research in the field of Computation-Based Engineering Science, with an emphasis on solutions relevant to the needs of the U.S. Army. In this role, Stanford conducts research across the sciences to produce cutting-edge software and computational methodologies for high-performance computing environments.
Stanford’s research frequently requires the examination of high-resolution data sets, 3D renderings, and simulations. Until recently, the university had been accessing this data through a number of individual workstations. The workstations could not display the large-scale content at full resolution, forcing researchers to view limited sections of data at a time and creating a fragmented view that inhibited collaboration.
To create a more cohesive, collaborative research environment, Stanford began planning the HANA Immersive Visualization Environment, or HIVE – a space where researchers could render and display their data on a high-resolution video wall system. The system would need to display Stanford’s cluster of 30 Linux-based PCs at native resolution and allow researchers working at different workstations to push content to the video wall.
After researching a number of options, Stanford chose CineMassive to implement the HIVE’s video wall system. CineMassive was selected because as both manufacturer and integrator, it was uniquely equipped to provide a fully-integrated custom solution.
CineMassive created a high-performance visualization solution tailored to the needs of Stanford’s research programs.
For the video wall canvas, CineMassive provided a curved CineView LCD video wall composed of a 7×5 array of 55″ displays. The CineView wall’s curved structure allowed room for an additional column of displays, creating a multi-HD display canvas that could fully accommodate the cluster of Linux PCs. The CineView LCD displays delivered a bright, crisp image and a wide viewing angle.
To connect Stanford’s content sources to the video wall, CineMassive provided the Alpha video wall processor. The Alpha captured signals from the cluster of Linux PCs, allowing users to push the content to the displays and control it in real-time. The Bravo Viz, an ultra-high-resolution content rendering engine integrated with the Alpha, further enhancing the visualization experience. Rendering Stanford’s large-scale models, video, and data at native resolution, the Bravo Viz enabled content that was previously segmented across multiple workstations to be visualized at full scale and detail for the first time.
To control the visualization system, CineMassive provided CineNet software. CineNet allowed researchers to dynamically arrange and manipulate content displayed on the video wall. Features such as drag-and-drop content placement, zooming and cropping, and customizable content layouts provided researchers with a user-friendly toolkit for collaborative exploration.
For streamlined control of the system, CineMassive provided its Touch Control software interface. With Touch Control, users could control and automate both the video wall and other integrated systems like lights and room temperature – all at the touch of a finger.
By leveraging CineMassive video wall technology, Stanford transformed once-fractured data and images into fully-realized content on an interactive platform. The visualization system facilitated cross-departmental collaboration and provided researchers with the tools they needed to share and explore new innovations.
Stanford News, Stanford opens state-of-the-art facility for collaborative scientific visualization
Stanford Resources, HIVE