GPSat shows 3D solutions in Melbourne

GPSat Systems Australia is highlighting its 3D-Spatially Aware Machine (3D-SAM) technology for in-vehicle surrounding environment and multi vehicle situation awareness. Currently operational in mining automation, it delivers autonomous virtual / augmented reality for independent machine process control, essential technology for future cooperative machines associated with driverless automated vehicle applications. The company is also highlighting Griffin, a family of products under development for defence an
October 10, 2016 Read time: 1 min
GPSat Systems Australia is highlighting its 3D-Spatially Aware Machine (3D-SAM) technology for in-vehicle surrounding environment and multi vehicle situation awareness. Currently operational in mining automation, it delivers autonomous virtual / augmented reality for independent machine process control, essential technology for future cooperative machines associated with driverless automated vehicle applications. The company is also highlighting Griffin, a family of products under development for defence and aerospace. They rapidly detect and geo-locate RF interference in the regional GNSS frequency bands to provide unique regional protection against future jamming and spoofing threats.

Related Content

  • C-ITS in Europe: jazz or symphony?
    August 18, 2021
    Communication between vehicles on the road is going to be increasingly important. Richard Lax of Kapsch TrafficCom explains why music is a good guide to the way that this could work safely
    Read More
  • Weigh in motion reduces road wear, increases toll revenue
    January 24, 2012
    IRD, Inc's Terry Bergan discusses future applications of weigh in motion technology. The application in recent years of Weigh In Motion (WIM) at tollgates has been driven by recognition of the fact that there is economic value, which can be levied, attached to Heavy Goods Vehicles (HGVs) which haul laden (and are therefore heavy) rather than empty. As wear and damage to road surfaces increases exponentially with weight, the targeting of HGVs in particular makes sense from both the economic and maintenance p
    Read More
  • TRL and GOBOTiX team up on vehicle research
    May 28, 2014
    The UK’s Transport Research Laboratory (TRL) has teamed up with robotic technology consultants GOBOTiX to create a vehicle that will be used to test a variety of advanced vehicle functionality. TRL, with a long history in studies of the development and impact of advanced vehicle technologies, has donated a Toyota Prius to GOBOTiX, who will adapt the vehicle for innovative systems research. The first step will be for GOBOTiX to install drive-by-wire systems to replace mechanical linkages and actuators for
    Read More

Highlighted Content