Time-of-flight camera. A time-of-flight camera (ToF camera) is a range imaging camera system that resolves distance based on the known speed of light, measuring the time-of-flight of a light signal between the camera and the subject for each point of the image.
The time-of-flight camera is a class of scannerless LIDAR, in which the entire scene is captured with each laser or light pulse, as opposed to point-by-point with a laser beam such as in scanning LIDAR systems.[1] Time-of-flight camera products for civil applications began to emerge around 2000,[2] as the semiconductor processes became fast enough for such devices. The systems cover ranges of a few centimeters up to about 60 m. The distance resolution is about 1 cm. LED-Based Sensing. La technologie de détection LeddarMC LeddarMC (acronyme de Light Emitting Diode Detection And Ranging, Détection et télémétrie par diodes électroluminescentes) est une technologie novatrice développée par LeddarTech qui détecte et mesure la distance d’un objet en calculant la durée du trajet d’impulsions lumineuses émises par des DEL infrarouges.
Des mesures fiables et précises Contrairement aux scanners laser, le capteur LeddarMC n’utilise pas un faisceau collimaté étroit mais une large zone d’éclairage, ce qui permet de mesurer avec précision tout type d’objet. 16 segments de détection discrets pour couvrir une région d’intérêt La source à DEL est pulsée à raison de 100 000 impulsions par seconde. OptiTrack - Motion Capture Suits & Markers. New Breathable and may be worn over light everyday clothing, markers can be attached to any of the velcro-friendly surfaces for custom marker sets and skeletons.
Includes a top and bottom, Velcro beanie cap, extra Velcro for securing the suit, and Velcro attachments for shoes. No returns on wearable items. View sizing chart SmallPart number: MCP1070$289 MediumPart number: MCP1035$289 LargePart number: MCP1030$289 X-largePart number: MCP1065$299 New Velcro-friendly beanie for a more discreet and comfortable alternative to the legacy OptiTrack brimmed hat. New Velcro-friendly shoe wraps that can be worn over standard shoes for simple mounting of mocap markers. New Velcro-friendly gloves for mounting markers to hands and fingers. Finger tracking is only available for Flex 13 and Prime series cameras.
Part number: MCP1225 New This kit offers everything you need to add finger tracking to your existing Motive body tracking markerset. Xsens 3D motion tracking. MVN Studio Download MVN Studio Demo MVN Studio is a software application for motion capturing with the MVN suit.
MVN Studio is part of the Xsens MVN system. To try out MVN Studio you can download a demo version here. Oqus camera series – Oqus high-speed camera – Qualisys Motion Capture Systems. The Oqus range of cameras is the latest platform for Qualisys motion capture systems.
With features such as high-speed video and active filtering for outdoor usage, the Oqus camera is a very versatile piece of hardware. Oqus – Qualisys’ workhorse Motion Capture The core of the Oqus marker-based cameras is the ability to calculate marker positions with highest accuracy and speed. Senz3D - Webcams - Creative Labs (France) EyeSight’s Gesture Recognition TechnologyEyeSight. EyeSight’s Touch Free technology utilizes advanced real-time image processing and machine vision algorithms to track the user’s hand gestures and convert them into commands.
These commands are then used to control functions and applications within the device, creating a Natural User Interaction. The technology is completely software based and is independent of the underlying processor and camera hardware. eyeSight’s technology produces robust gesture recognition using only a standard 2D camera, and is further compatible with 3D stereoscopic sensors, and IR illumination. The Touch Free technology can be easily integrated into various levels of the digital device: on the chipset level, operating system, as part of the camera module, or simply integrated in application level. Integration involves minimal resource deployment, enabling short time-to-market in a cost effective manner.
Gesture Recognition. In January of this year I did a company profile on eyeSight.
At the time, their tech looked promising for both standard and mobile Gesture Recognition applications. Well they’re back at it again and this time they’ve set their sights on Microsoft’s upcoming Windows 8 OS. Instead of just focusing on generic swipes and waves to control normal functions such as raising the volume on a music app or answering a phone call, the company has come up with a very novel approach to perform more advanced tasks. They call it eyeKeys and it allows certain kestrokes to be mapped to gestures allowing users to easily control applications in a way that would not be possible before. I’ve been considering starting some development on a similiar product so I’m encoraged to say the least. When released the Leap will possibly be the smallest Gesture Recognition device in the market place. See the video below…Pretty amazing stuff…Or is it???
Measurand ShapeTape / ShapeAnimator_Capture Suits_SouVR. Freehand 3D Ultrasound using optical Shape Tape to track the probe. GOAL: Freehand 3D ultrasound involves recording the trajectory of the ultrasound probe as the clinician performs the ultrasound scan and using it with the ultrasound images to build up 3D information.
Most freehand 3D ultrasound systems require a position sensor based on visual tracking or a varying magnetic field. Both of these can be inconvenient in a clinical environment. This project involves using a device called "Shape Tape" to track the probe. This device uses optical fibres to measure the curvature along its length, and hence compute the position and orientation of one end relative to the other. METHOD: A section of Shape Tape will be attached to the final section of cable leading to the ultrasound probe. Motion Capture_PRODUCT_SouVR. DepthSense® 325.