NVIDIA Announces World's First AI Computer to Make Robotaxis a Reality

The new system, codenamed Pegasus, extends the NVIDIA® DRIVE™ PX AI computing platform to handle Level 5 driverless vehicles. NVIDIA DRIVE PX Pegasus delivers over 320 trillion operations per second -- more than 10x the performance of its predecessor, NVIDIA DRIVE PX 2.

Experience The World Of Geoinformatics At SIG Pune!

The field of Geoinformatics is one of the fastest growing domains of expertise all around the world. It primarily deals with the proper use and utilization of Information Science infrastructure for dealing with the varied problems of Geography, Cartography, Geosciences, Locations and related areas of Science and Engineering.

Interview with Shaoshan Liu and Zhe Zhang of PerceptIn

Using our technology, we are able to reduce the cost of the whole vehicle (including the chassis, the computing hardware, and the sensing hardware, and the software stack) under $10,000 USD.

OMRON Develops World-First Onboard Driver Monitoring Sensor That Judges Driver's Ability to Focus on Vehicle Operation for Further Growth of Safe Autonomous Driving

OMRON is conducting demonstration tests to collect a wide variety of data on drivers while at the wheel, equipping a broad range of vehicles -- including privately owned family cars -- with the company's newly developed Onboard Driver Monitoring Sensor and biosensors for measuring heart electrical activity and pulse waves.

Roboteam Set to Launch Next Generation of Military Ground Robot at AUSA 2017

Advanced UGV to Detect, Identify and Dispose of Hazards for the Warfighter

Yost Labs introduces new high performance, low cost, ultra-miniature AHRS

Yost Labs again raises the bar for advanced inertial motion tracking with their newest innovation, the 3-Space SensorTM LX, an ultra-miniature Attitude & Heading Reference System (AHRS) with embedded pedestrian tracking. New LX model provides Aerospace grade performance at consumer grade pricing.

The future of robots could be tiny origami bots that fold into different shapes

Guanhong Hu for Quartz: Shuhei Miyashita and his team used the origami concept to make exoskeletons for a magnetic cube robot, called "Primer", letting it morph on demand to do various things in different conditions.

Endeavor Robotics Wins $100 Million Contract with the United States Army

Massachusetts-based robotics company earns Man Transportable Robotic System Increment II (MTRS Inc. II) bid to build fleet of unmanned ground vehicles (UGVs)

Algolux Wins at AutoSens Awards 2017

Algolux was named winner of the Most Exciting Startup Category at the AutoSens Awards 2017 held in Brussels on September 20th, 2017.

Colleges Are Marketing Drone Pilot Courses, but the Career Opportunities Are Murky

Elizabeth Woyke for MIT Technology Review: At least 15 community colleges offer them, but it's not clear how many students parlay their new skills into jobs.

One Step Closer to Lifelike Robots

A self-contained soft actuator three times stronger than natural muscle, without the need of externals, signals a breakthrough in soft robotics.

Q&A with Hillcrest Labs - High Value AHRS/IMUs Enable Low Cost Robot Navigation

The module allows rapid development of new robots by providing all the sensors and sensor processing software in one compact, pre-calibrated device with multiple interfaces supported to meet varying developer requirements.

FlightWave Aerospace Welcomes MAPIR as First Company in Payload Partner Program

Both companies see need in UAS industry for flexible, customizable products

Nilfisk and Blue Ocean Robotics announce strategic partnership to develop portfolio of cleaning robots

Today Nilfisk and Blue Ocean Robotics announce that the two companies enter a strategic partnership to develop intelligent cleaning machines and robots for both the Danish and global markets. The partnership complements Nilfisk's existing robotics activities - an area that is expected to comprise up to 10 percent of the company's turnover within 5-7 years.

IUVO to Develop Wearable Robotic Exoskeletons in Co-Operation with Comau and -ssur

The objective of IUVO is to create wearable, intelligent and active tools for a better quality of life. The first concrete examples are robotic exoskeletons capable of aiding and improving the quality of life for workers in industrial and service fields and for patients in need of improved mobility.

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