SBIR-STTR Award

The proposed project will develop a video based computerimage processing system consisting of a 1801 lens and video camerawhich is linked to a video recorder and micro-computer. The videorecorder allows for storage of the images while the micro-computerallows rapid real-time assessment of the underwater image whichincludes, but is not limited to: (a) analyzing movement patterns offishes, or specific species, or specific individual fish; (b)studying in detail enlarged portions of the image; (c) statisticalanalysis of any or all pixels (picture-elements) making up theimage to establish patterns; (d) compare images of different timeperiods (e.g., yesterday at the same approximate time, or lastmonth, etc.) to establish recurrent behavior patterns; (e) studypixel brightness to analyze turbidity or other attributes thataffect clarity; (f) if specific species can be electronically"tagged" then a low cost computer based video imaging system canmonitor a specific individual over long periods of time while theyare in the habitat. Color can also be used as a means of studyingmarine life, patterns, and turbidity.The potential commercial application as described by the awardee:Study of marine life and habitat, automated underwater surveysystem, underwater security and surveillance, and aquaculturemonitoring.

The goal of the proposed Phase-II work on the Fish Mapper project will be the development of a low cost, user friendly, and field ready underwater video and image processing system designed specifically for expected research and commercial applications. Special Consideration will be given to the development of applications hardware and software to meet the needs of the Department of Commerce researchers investigating marine reef fisheries.The work will begin by investigating potential applications of image processing techniques to existing underwater video applications, as well as the development of innovative applications made possible through the use of this technology. Component and system specifications and a system design will be developed from the requirements of these applications, as well as operational environment requirements and practical and budgetary constraints. An advisory committee of DCC personnel and other potential users will be established to provide guidance through the system design, development, and testing process. The purpose of the advisory committee is to provide feedback on the system development so that the completed system will be appropriate for a range of research and commercial applications.Anticipated Results and

Potential Commercial Applications:
The Fish Flapper system will have numerous and diverse applications in the research, educational, and commercial field. These applications represent markets for the Fish Mapper system which will be developed and pursued by Architectural Energy Corporation through the sales of systems and expertise, through licensing and other distribution approaches, through other commercial organizations. Some of the specific applications which are presently conceived for the system include: studies of marine life and related processes, aquaculture research and operations, underwater inspection and other industrial applications, tourism, safety of divers, underwater search and rescue operations, underwater archaeology, and underwater salvage operations.