Computer scientists report on robotic intelligence as the ability to interface and interact with humans with the form of natural languages and map them onto semantic services, to understand the intentions of users and develop them into plans to deliver the outcomes by means of robotics, and to develop capability for processing and analyzing massive data on-the-fly in big data environments. Their topics include goodness-of-fit of statistical distributions, the automatic analysis of microblogging data to aid in emergency management, cooperative obstacle avoidance for heterogeneous unmanned systems during search missions, efficient resource allocation for decentralized heterogeneous systems using a density estimation approach, and robotic intelligence and computational creativity. Annotation ©2019 Ringgold, Inc., Portland, OR (protoview.com)
This volume aims to provide a reference to the development of robotic intelligence, built upon Semantic Computing, in terms of "action" to realize the "context" and "intention" formulated by Semantics Computing during the "thinking" or reasoning process. It addresses three core areas: Ability to interface and interact with human in the form of natural languages and map them onto Semantic Services, Understanding the (possibly naturally-expressed) intentions (semantics) of users and develop into plans to deliver the outcomes by means of robots, Improve on the sophistication in a big data environment to develop the capability to process and analyze massive data on-the-fly.
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