Navigation

Moving with intent and deliberation through a virtual world, is to navigate it.

Below, we offer a selection of links from our resource databases which may match this term.

Active Remote Sensing ADS-B Autonomous Underwater Vehicle AUV BeiDou Navigation Satellite System EGNOS Galileo Gesture Sequence Gesture Sequence Navigation Global Navigation Satellite System GLONASS GNSS GPS

Image Based Virtual Reality Intelligent Speed Adaption ISA MSAS Multimodal Sequence Multimodal Sequence Navigation Passive Remote Sensing R3V Robotic Reconnaissance Vehicle RRV Satellite-Based Augmentation System SBAS

Sonification Spatial navigation Target Selection Touch Sequence Touch Sequence Navigation UAV Unmanned Aerial Vehicle WAAS Wide Area Augmentation System

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GPS for Buses
German researchers are working on a system which they hope will encourage more people to use public transport: A vehicle-independent and company-independent GPS navigation system for public transport, modelled on the way in-car GPS navigation systems work.

Optical Machine Vision Navigation System Found in Flies
A study conducted to understand how flies and bees can navigate so precisely using just natural sunlight, has interesting implications for machine vision, and adding additional sense-based navigation systems to UAVs and UGVs without adding the weight or cost of any extra hardware.

A Wheelchair With Ears and Brain
At MIT, researchers are working on an artificially intelligent electric wheelchair, designed to aid the least mobile individuals with navigation.

What ACE means for VR
ACE, or Autonomous City Explorer, is an embodied robot system, a development of the Institute of Automatic Control Engineering at the Technical University of Munich. However, we are not interested in its navigation achievements here. Instead, one of the new interaction methods ACE employs, is of interest for quite different applications.

Darkness and Fog Sensor for Car Safety
A new sensor, is able to differentiate true darkness from fog or smoke, for vehicle navigation. Even better, the developers have listened, and efforts to make it cheaply for all cars are well under way.

Large Image Display: Animatrix: Matriculated: SLAM's Successor?
This speaks of a successor, an advancement to SLAM for robotic autonomous navigation. It also speaks of a possible new paradigm for use when building worlds.

Where am I? Using Feature Cues for Navigation
The brain is built to handle such a 3D world, and employs a number of tricks to counter disorientation. These are tricks we can utilise in 3D spatial simulations, to help minimise disorientation there; but first we have to understand what the brain's tricks are, and how they operate.

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