• Services Overview
• Technical Imaging
• Image Processing and Analysis
• Custom Equipment Design and Fabrication

Image Processing and Analysis Services

Ballistic Trajectories

One of the most common test subjects in high speed imaging is ballistic projectiles. During the test event, which only takes a fraction of a second, many different things occur. The projectile can rotate, spin, lose velocity, flutter, and other characteristics which can not be seen without the use of high speed imaging equipment. From the images taken the velocity, flight path, and ejection properties can be determined, to confirm or invalidate the success of the gun or round design. It allows the engineer to have visual information supported with mathematical calculations to find where modifications must be made to produce the best possible results from their product.

Object Characteristics

Visual analysis of technical images to determine the properties of the object being tested is a good method to understand how the subject functions while operational. The results can be enhanced by the addition of test targets and markings to give known reference points which the analysis can be based off of. This provides visual results of the device which can be compared to the intended functionality, either demonstrating the device is working properly or modifications must still be made.

Event Troubleshooting

After collecting the high speed videos and images from a test, they can be reviewed to determine what exactly is causing the negative results. Comparing the footage to the technical drawings of the device, the necessary changes are recommended to eliminate the problem.

High Dynamic Range Imaging

HDR imaging is an imaging processing technique where bracketed exposure images are combined to create a picture that is not possible using just the camera sensor. Dynamic Range refers to the ability of the device to distinguish the difference between light levels in the photograph. The combination process adds additional light levels in the highlight and shadow portions of the photograph. Using a tone mapping algorithm to process the combined photograph produces a surreal and saturated image.

Specialty Algorithms

Image processing can be found in many applications from artistic photography to robotic vision. In some cases where an existing method of image processing does not exist, a custom algorithm or program must be created to solve the customer’s problem. This can range from specialty color enhancements of photographs to object recognition of test events.