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SOAR is an outstanding piece of work that has made a significant contribution to the community. According to the introduction, SOAR can achieve real-time exploration and planning. So, does this algorithm have strict requirements for computing power? Can it run on the computing power of an onboard computer?
Looking forward to your reply.
The text was updated successfully, but these errors were encountered:
Thank you for your excellent question regarding SOAR's computational demands and its suitability for onboard computers. Our current testing has primarily been conducted in simulated environments. While real-time performance was a consideration in the algorithm's design, multi-robot deployment still presents challenges, and we have not yet performed tests on onboard computers. We plan to extend SOAR and conduct real-world tests in the future, which will provide more concrete information on its performance in practical scenarios.
SOAR is an outstanding piece of work that has made a significant contribution to the community. According to the introduction, SOAR can achieve real-time exploration and planning. So, does this algorithm have strict requirements for computing power? Can it run on the computing power of an onboard computer?
Looking forward to your reply.
The text was updated successfully, but these errors were encountered: