Multibeam sonar distortion simulator
To simulate and correct distortion in multibeam sonars, improving the accuracy of the information these instruments provide.
AZTI has developed a simulator that replicates real and potential distortion conditions in the data collected by multibeam sonars. By recreating various scenarios, users can identify and address potential errors, thereby enhancing the precision of their measurements.
This application is designed for both fishers and scientists who use multibeam sonars and echo sounders for commercial and research purposes. It is particularly beneficial for those aiming to achieve more selective and sustainable fishing practices through the application of acoustic technologies.
Benefits
- Enhanced Accuracy: By identifying and correcting distortions in sonar data, the simulator improves the quality of the information obtained, facilitating better interpretation of sonar outputs.
- Resource Optimization: Anticipating and resolving errors before conducting fishing operations can save time and resources during field activities.
- Education and Training: The simulator serves as an invaluable educational tool for training new professionals in sonar technology applications.
- Comparison of Sonars: Its simplicity and speed allow users to test multiple sonar options, helping them determine the optimal type and configuration for a specific survey or fishery.
- Sustainable Fisheries: Promotes more selective and sustainable fishing by enabling users to make more informed decisions based on accurate acoustic data.
- Open Source: The application is open-source, allowing users to expand its features, create more complex and realistic simulations, or introduce additional functionalities.
Further Information
- Boyra, G., y Martínez, U. 2024. A Web-Based Interactive Application to Simulate and Correct Distortion in Multibeam Sonars. Journal of Marine Science and Engineering, 12: 1237. DOI:10.3390/jmse12071237
