Motion Analysis Software has been a standard for Gait analysis. Over the last 20 years, 3-Dimensional Gait analysis systems have become commonplace in many clinics and labs. The ability to obtain quantitative evaluations has advanced gait performance and aided in the design and recommendations for orthotics and surgeries.
The ability to obtain pre and post values has lead to making the best choice for the patient. Gait analysis has been performed on a wide variety of patients including, Cerebral Palsy, Multiple Sclerosis, Parkinson’s, amputees, stroke, neurological problems and a host of other diseases. Gait analysis can be as simple as a single camera obtaining 2-Dimensional information for range of motion, or as complex as using 12 or more cameras, integrated and synchronized with force plate, emg, and foot pressure data.
MIC provides the flexibility for all possible set ups, from utilizing high-speed digital cameras to using standard rate cameras. DMAS6 provides mechanisms to collect and calculate a variety of data including, kinematics, kinetic and EMG. Using our internal scripting, the variety of calculations are endless from calculating joint reaction forces, rotations or whatever you would like. Standard reports can be created comparing normative data to each trial utilizing stick figures and graphical representations as well as the video footage from each of the cameras.
DMAS6 puts high-performance, versatile motion analysis tools within reach of more research and test users. Motion Imaging Corporation, in partnership with Spica Technology 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.
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