Physical Sciences Research
Sensory Labs has built several high speed camera systems for university physics departments. Some systems are capable of taking over 1000 frame per second. That’s a lot of data! The physicists can use the data for particle flow analysis.
Custom Embedded Systems
Sensory Labs has designed and deployed several embedded camera systems. We make use of single board computers, camera modules, FPGAs, and software (COTS and custom) to build embedded systems for a variety of custom applications. These systems are designed for cost-sensitive, high-volume projects for OEMs in their area of expertise.
The product shown here is designed for a dental appliation. The system consists of three USB cameras, custom software written by Sensory Labs, and a single board computer. We worked closely with the dental team to design and develop a hand held system that rapidly images teeth and makes percision measurements. Status LEDs confirm imaging and processing are completed correctly.
High Altitude Mapping / Multispectral
Sensory Labs designed a high altitude mapping sub-system capable of capturing NADIR and off-angle looking cameras synchronously for generating detailed group maps. The eight-camera solution is sensitive in 16 spectral bands. Capture occurs during flight. GPS location is utilized to trigger the capture to generate overlapped images for accurate mapping. The image overlap distance is configurable.
Farming/Agriculture
Sensory Labs provided recording equipment and interface boards for an agriculture application. The systems consist of a single board computer, visible camera, and thermal cameras. Determinations about the ground moisture and phosphorous (fertilizer) levels are made in real time while the farm equipment is tending the fields.
Customization
On some occasions, our clients have specific processing needs that we are able to integrate directly into the camera or frame grabber hardware with collaboration from the manufacturer. Sensory Labs has been able to understand the client requirements, design the algorithm, convey the need and the business case to the component manufacturer, test the solution and provide customized hardware for the end users. These are fun and challenging projects, and we love them.