A new approach in measuring fish length using FileDI framework
Fish is an important source of protein in most country in the world. The need to know the reproduction and population of fish is crucial for optimum exploitation of fish resources in maintaining the requirement of mankind in the future. In fisheries research, the length of a fish is the main paramet...
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| Main Authors: | , , , , , |
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| Format: | Article |
| Published: |
2012
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| Subjects: | |
| Online Access: | http://eprints.utm.my/id/eprint/46495/ |
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| Summary: | Fish is an important source of protein in most country in the world. The need to know the reproduction and population of fish is crucial for optimum exploitation of fish resources in maintaining the requirement of mankind in the future. In fisheries research, the length of a fish is the main parameter needed to identify fish reproduction, recruitment, growth and mortality. Current method used to acquire these length samples can be problematic as it is manually done; the fishes need to be purchased in large quantities and then measured one by one. This process is time consuming and may lead to overflowing cost. The FileDI framework attempts to avoid this problem using a combination of optical theory and image processing techniques that automatically measures the length of the fish. It reduces cost, is faster than previous method, and still producing high accuracy results length accuracy. Preliminary test has shown that the confident level of the FiLeDI framework accuracy is as high as 95 % for fish length measurement. |
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