Motion Imaging Corporation (MIC) offers the most comprehensive line of 2D and 3D motion measurement tracking for ergonomics and human engineering. Human engineering applications for our products and systems include: eye-tracking systems, 2D and 3D motion analysis systems and High Speed Cameras systems.
Sample applications for our solutions include: High Speed Cameras for use in a cockpit of a helicopter, eye tracking systems to determine optical placements in the line of vision for point of purchase research or 3D motion analysis systems that measure specific body and hand movements.
In addition, MIC has the unique capability of integrating eye-tracking systems with motion analysis and capture systems, allowing for thorough studies of line of vision while obtaining the 3-Dimensional movements of the individual.
Motion Imaging’s team can also work with you in designing specialty applications that fit your specific need. Products such as the DMAS Head Tracker were made for specific military applications, but with some changes it was made more robust to accommodate many other educational and industrial applications.
Motion Imaging Corporation offers the latest in eye tracking and measurement systems from NAC Image Technology. Available in either head-mounted or contact-free devices, our systems employ the pupil/corneal reflection process. This technology utilizes sub-pixel rendering to enable precise measurement of the subject’s line of vision, while virtually eliminating errors due to faulty
Motion Imaging Corporation introduces EMR-8. The Eye Mark Recorder EMR-8B is a head mounted eye tracker available in both single and dual eye measurement versions. The EMR-8B contains a special optical system that compensates for strong external light. As a result, a stable line of vision measurement is possible even during daylight hours. Calibration is quick and simple, requiring minimal operator training while achieving easy and accurate results.
No PC is required for date measurement, so activities can be performed in a wide variety of locations including outside or in vehicles. Parallax correction of both eyes is conducted during measurement so the focal point and eye marks can be matched at any distance. In addition, simultaneous time axis measurement is possible with other measurement equipment using the optional counter reset box. Quantitative analysis such as stationary points, trajectory display and pupil diameter can be measured with the optional analysis system.
The EMR-8B can be used with the EVaRT data capture and post analysis software offered by Motion Analysis Corporation ( MAC ), providing data for both eye movement and body motion analysis. Finally, simultaneous measurement of both eyes, convergence angles and pupil diameter can also be measured with optional detection unit.
Motion Imaging Corporation introduces the EMR-AT Voxer. The Voxer is a contact free system that allows for the measurement of head motion and gaze position while not requiring the subject to wear any special devices at all.
Voxer is capable of auto tracking and auto focusing establishing an absolute coordinate system on the monitor allowing for extremely accurate quantitative analysis. Gaze position is displayed on a monitor of the Control Unit for qualitative analysis.
The data can be saved with the Control Unit and also DV camera / VCR (superimposed onto a video signal). Our analysis software supports an instantaneous viewing analysis, a convergence angle analysis and a measurement of pupil diameter in addition to analysis of eye movement. The Voxer is ideal for analyzing GUI designs based on the subjects gaze position on the computer screen.
DMAS6 puts high-performance, versatile motion analysis tools within reach of more research and test users. Motion Imaging Corporation, introduces the latest in motion analysis technology, the DMAS6 Digital Motion Analysis Suite of products.
By taking advantage of recent developments in processing and networking, we are able to offer performance and accuracy previously unavailable to the motion capture industry. Our software uses the latest and most advanced tracking algorithms with subpixel marker centroid calculations.
The DMAS6 system is designed around the very latest in digital imaging, allowing DMAS6 to take full advantage of recent advances in camera, image processing and networking technologies. DMAS6 can control a variety of digital cameras with dynamic ranges from 30Hz to 2000Hz. DMAS6 is also available with fiber optic cables, ideal when you need to maximum distance between cameras and imaging stations.
Motion Imaging Corporation introduces the complete solution for all your 2D, 3D, 6DOF tracking needs. DMAS-6 is capable of acquiring video data from multiple cameras as well as synchronized analog/digital data. The system allows you to select from manual, automatic or real time tracking methods. DMAS-6 is unique in that recorded video and data are simultaneously captured, calculated, synchronized and displayed in real time; hence eliminating the need for much of the post processing labor required competing motion analysis systems.
In a single mouse click, DMAS-6 is capable of digitizing markers automatically for the entire video, all while storing the video image for each camera. This enables a thorough comparison of the data while viewing all the images from every camera. Analyzing your data is made easier and by DMAS-6, providing robust options for your customization through use of internal scripting or utilizing the C++ SDK. DMAS-6 is comprised of modualr components that enable the program to keep track of all synchronized data enabling the capabilty of complex calculations to be performed . The end result is a cost-effective system that Motion Imaging Corporation can deliver or you can integrate on your own.
Motion Imaging Corporation has the video capture and analysis system for all your 2D and 3D analysis needs. DMAS – DV is a component of DMAS Suite that allows for video that has been collected outside of DMAS from multiple cameras to be formatted so as to take advantage of all the components of DMAS-6. If synchronized video has been collected from trials not utilizing DMAS Capture, DMAS-DV marries together the calibration and collection files enabling calculations to output all required data calculations into DMAS-Reporter. Thus, enabling a thorough comparison of the video data while viewing all the images from every camera. Analyzing your data is made easier and more robust by DMAS-6 providing options for your customization through use of internal scripting or utilizing the C++ SDK.
DMAS-Head Tracker is an optical real time 6 DOF Head Tracking system for dynamic and moving environments. Head Tracker is impervious to all external G-forces and designed to provide external devices with spatial data to recreate 3D virtual reality environments. Head Tracker conducts its calibration automatically in a matter of seconds and required minimal operator input. Single sensor systems provide 6 DOF real time data stream from 120 to 500 Hz depending on sensor type. Dual sensor systems provide full redundancy and remain functional even while exposed to strong external sunlight conditions. Head Tracker is highly customizable to fit your requirements. Please contact us for more details and information.
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