VISUAL FUSION can operate on data from a single camera to provide two dimensional motion data, or it can utilize image sequences from multiple cameras to provide true 3D motion analysis. Visual Fusion is currently in use at some of the country's leading institutions and supports some of the most demanding projects.
Multiple targets, complex trajectories,
including motion reversal
Automatic Threshold or Pattern detection
Shape, Intensity, and Position versus Time
Multiple sensor capability for 3-D motion analysis
Single sensor 6 Degree of Freedom (6DOF)
analysis for rigid targets
Airbag analysis module giving outline
shape, area, and leading edge position
Harmonic analysis of position or intensity
versus time
Multiple target analysis: separation
distance and velocity, angular rates
Easy to use graphical user interface
with on-line help
Sophisticated, interactive image and
graph display capability
Target information output in ASCII format
for easy integration with other software
Supports TIFF, AVI, MatLab, and raw binary
data formats (others available on request)
Accepts digital or video image input
Automotive Crash Test Analysis
Airbag Deployment and Outlining
Animal locomotion studies
Missile Flight Analysis
Protein Molecule Mobility
Particle Flow and Combustion
Blast and Fragmentation Analysis
Stores Separation
Tire Tread Strain Analysis
Attitude EstimationVISUAL FUSION was initially developed by Dr. Jack Sanders-Reed while he was a senior data and image processing analyst at MIT Lincoln Laboratory. Dr. Sanders-Reed joined SVS in order to commercialize this technology. After joining SVS, Dr. Sanders-Reed was awarded a Small Business Innovative Research (SBIR) grant by the US Army at White Sands Missile Range to extend the original system to use multiple sensors in order to produce true 3D motion analysis and target orientation (attitude) information. The Visual Fusion motion analysis package has been used to automatically process over 100K frames of image data. Copies are in use today around the world.