Wind River Teaming with Nation's Largest Transportation Proving Grounds, Ohio State University, and Central Ohio Region to Develop, Test Smart Connected and Autonomous Technologies
- Intel® subsidiary Wind River®; Transportation Research Center (TRC); Ohio State University; and Dublin, Ohio are looking to advance safe and secure technologies for self-driving and connected vehicle technologies. - The first phase of the Wind River-led program envisions the creation of "rolling lab" test vehicles developed with Ohio State engineering students and faculty. - TRC, the nation's largest independent vehicle test facility, is set to be the proving ground, providing strategies for testing and validating connected and autonomous vehicle technologies.
RoadBotics Technology Collects and Analyzes Road Surfaces in Real-Time--Allows Municipalities and Transportation Partners to Gain Deeper Insights Into Their Road Infrastructure
AUTOGUIDE™ LAUNCHES NEW, FULLY-TESTED SUREPATH™ TUGGER FEATURING AFFORDABLE AND FLEXIBLE NATURAL FEATURE GUIDANCE
New Max-N10 Tugger Can Move Loads Up To 10,000 Pounds With No Tape, Tags or Reflectors
The Next Evolution in Wireless Mesh Networking Doubles Signal Range
Eight computer science professors in Oregon State Universitys College of Engineering have received a $6.5 million grant from the Defense Advanced Research Projects Agency to make artificial-intelligence-based systems like autonomous vehicles and robots more trustworthy.
Kari Paul for MarketWatch: The robot revolution may not have replaced us yet, but automation is undoubtedly creeping its way into many careers.
By continuing to add more computing capabilities for AI on edge devices with NVIDIA Jetson, and more tools and platforms to accelerate robotics development, like Isaac and the Jetson robotics reference platforms, we can help researchers and companies build robots that are more capable, less expensive, and safer to deploy.
Maplesoft and ETAS Announce New Battery Cell Simulator Package for Testing and Calibration of Battery Management Systems
Efficient, high-fidelity MapleSim battery simulation models enrich the high-precision ETAS Battery Cell Simulator hardware BCS-LABCAR
The companys new "Education Bundles" introduce educators to the most innovative robotics platform on the market today.
Phys.org: A new interactive design tool developed by CMU's Robotics Institute enables both novices and experts to build customized legged or wheeled robots using 3D-printed components and off-the-shelf actuators.
Robotic Exoskeleton's Ergonomic Benefits Widen its Application Scope in Healthcare and Industrial Automation
Steady stream of innovation to attract funding from diverse industries and drive growth opportunities, finds Frost & Sullivan's TechVision team
SMP Robotics S5 Security Robot lineup enhanced with NVIDIA Jetson TX2 platform was presented at NVIDIA GTC Conference in San Jose. TX2 enables the robots to learn from their environment and make decisions according to what is happening around them.
No walls in sight - AutoSens Detroit puts automotive engineering discussion first at popular US event
350+ engineers and technologists joined AutoSens for 4-day US debut - the leading conference for the discussion of vehicle perception technology - during May 22-25, 2017 at the M1 Concourse near Detroit, MI, USA
Undertook export consultation worth about 10.7 million dollars during 3 days participating as Team Robot Korea
Nation's first stationless bikeshare company plans rapid expansion across U.S. cities with goal to build one of the largest dockless bikeshare fleets in the world
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Mobile & Service Robots - Featured Product
The C-series high performing inertial sensor package provides an OEM form-factor that is optimized for size and weight in Off Highway, Unmanned Ground Vehicles/Mobile Robots and Unmanned Aerial Systems. It's compact and low-profile anodized aluminum housing can be connected directly to a printed circuit board using a UART header or a Samtec FFSD ribbon cable and 2-56 fasteners.