Robotics and Artificial Intelligence

Question: Discuss about the Robotics and Artificial Intelligence. Answer: Introduction Artificial Intelligence is generally defined as the system that combines sophisticated hardware and software with elaborated databases as well as knowledge based processing models for demonstrating characteristics of effective human decision making processes. Robotics is one part within artificial intelligence that involves mechanical specifically computer controlled system architecture for managing tedious work structure that is generally impossible for human. This report is presenting review of three articles for understanding the use of artificial intelligence in managing robotic applications. According to Ingrand Ghallab (2014), artificial intelligence and robotics are internally connected two segment of application science that provides effective technological development features. These are two individual field of application that are progressing in association with each other. The current era of technical development includes embedded machine intelligence that is relevant to both robotics and artificial intelligence perspectives involved within this technical development. The robotics platform has made more accessible with the help of advancements of artificial intelligence options that are made available for technical development perspective. This article is elaborating about various challenges and most effective benefits involved within the application of artificial intelligence in the domain of robotics and controlling robots. These aspects are made relevant to the developmental concept of technical advancements and system architectural deployment of robots as well as robotics. The interrelationship between artificial intelligence and robotics are elaborated within this article for managing the technical advancements. According to Schwager et al. (2017), the topic of considering multi robot policies are entirely based on the information gathering process for different hazardous situations involved within any robot controlling measures. There are environments that are hazardous to robots therefore; artificial intelligence can be considered as an effective tool for managing these hazardous conditions involved within environment. A probabilistic model of sustainable environment for robots is helpful for them to understand the conditions and actions involved within the system architecture of robotics. In contrast with these facts, artificial intelligence is proved to be the best solution in solving various erroneous situations involved within the environment. This article is mainly focusing on the trend that makes the robots more sustainable with respect to various critical environmental conditions. According to the critical analysis of the article it is found that there are various analytical gradien ts available that makes the performance of the robots better and improvised with respect to various other critical aspects. Various measurements are found within this article that highlights the needs of a robot with respect to significant use of controlling one robot with respect to artificial intelligence. According to Hagiya et al. 2014), real time control of robot arm using Electroencephalography that is driven by artificial intelligence is one of the most sensible and effective innovations of technology that provides the robots directions to work with efficiency with respect to their architecture and functional background. In addition to this, this article is elaborating about the human and computer interactions for managing the movement of robotic arm with respect to various artificial intelligence tools and segments with respect to their system architecture and functional areas of operations. In addition to this, there are also various mechanical system but those are not as developed and functional as artificial intelligence perspectives and operational measures. The critical evaluation of this article is highlighting this fact that traditionally brain and computer interactions are considered with respect to the movement of robotic arms. There are various technological options tha t are made available within this research paper that includes various options for making the healthcare industry advanced and improvised with respect various technological advancements. Therefore, this can be stated that the healthcare industry are planning to implement various artificial intelligence as well as robotics solutions for their developmental perspective which can help their functionalities to be improvised. Conclusion This report has elaborated the detailed description about interrelation among artificial intelligence and robotics applications all over the technical field of operation that makes the robotics applications improvised with respect to various applications of robots (such as controlling of robots). This report is presenting review on three literatures that are elaborating various processes for controlling robots for various applications. Therefore, this can be stated that the artificial intelligence and robotics have internal relation between each other and these relationships are elaborated with respect three specific literatures. References Bond, A. H., Gasser, L. (Eds.). (2014).Readings in distributed artificial intelligence. Morgan Kaufmann. Frankish, K., Ramsey, W. M. (Eds.). (2014).The Cambridge handbook of artificial intelligence. Cambridge University Press. Hagiya, M., Konagaya, A., Kobayashi, S., Saito, H., Murata, S. (2014). Molecular robots with sensors and intelligence.Accounts of chemical research,47(6), 1681-1690. Ingrand, F., Ghallab, M. (2014). Robotics and artificial intelligence: A perspective on deliberation functions.AI Communications,27(1), 63-80. Nilsson, N. J. (2014).Principles of artificial intelligence. Morgan Kaufmann. Rus, D., Tolley, M. T. (2015). Design, fabrication and control of soft robots.Nature,521(7553), 467-475. Schwager, M., Dames, P., Rus, D., Kumar, V. (2017). A multi-robot control policy for information gathering in the presence of unknown hazards. InRobotics Research(pp. 455-472). Springer International Publishing.