Abstract
Search and rescue computer programs have been developed in order to increase the efficiency of search and rescue (SAR) operations and to help operators to determine search areas, estimate resources required, calculate search patterns, and make decisions efficiently. The paper analyses renowned SAR software systems, including SARPlan, SARIS, SAROPS, SARMAP and TRANSAS. They have been used by a number of prominent search and rescue maritime authorities all over the world. A qualitative SWOT analysis allows an insight into their advantages, shortcomings, opportunities and threats. The comparative analysis has produced results that show characteristics of application of the individual programs with regard to search areas and material and human resources.
Highlights
All software systems developed for search and rescue operations have their strengths and weaknesses, as well as their areas of application
This paper analyses the features of renowned search and rescue softwares, including: -- SARPlan -- SARIS -- SAROPS -- SARMap, and -- Transas
The Transas SAR module helps operators to efficiently determine search areas, estimate resources required, and calculate search patterns. The benefits of this software include: -- SAR data are displayed as a separate layer, together with real-time vessel positions, navigational charts, radar images and data from other sensors -- Fast allocation of search area with consideration of all available data
Summary
Coastguards and other maritime authorities use various SAR software systems that reduce the duration of operations and increase the probability of detecting the object that is being searched. All software systems developed for search and rescue operations have their strengths and weaknesses, as well as their areas of application (high seas, coastal waters and land).
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