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Human-robot interaction is the study of interactions between humans and robots. Academics commonly refer to it by the abbreviation HRI. HCI, AI, robotics, NLU, UI design, and even psychology is just few of the fields that inform the study of human-robot interaction. Human-Robot Interaction is the study of how people interact with robots and how robots are utilised by people. (HRI).
Humans and robots must be able to exchange information in order to work together. Human-Robot Interaction is the study of how people interact with robots and how robots are utilised by people. (HRI). Humans and robots must be able to exchange information in order to work together. The quality of the interaction between a human and a robot greatly depends on how near they are to one another.
Human-robot interaction" (HRI) is a burgeoning field of robotics research that has much potential for the development of robotics and the smooth incorporation of robots into increasingly important spheres of human existence. The fields of "business, healthcare, agriculture, the service" sector, education, and others are all included in HRI research. HRI has several applications in industry, including picking and placing tasks on production lines, as well as welding, part assembly, and painting (Hentout et al., 2019).
Relation to computer science
Human-robot interaction is the study of how people and machines interact with one another. Researchers frequently use the acronym HRI to refer to it. Human-robot interaction draws from a wide range of academic disciplines, including but not limited to HCI, AI, robotics, NLU, UI design, and psychology (Chuah and Yu, 2021). Furthermore, it can be stated that this subfield of study is related to computer science as it involves essential tools from computer science and these tools include physics simulation, artificial intelligence, sophisticated processing of sensor and many more.
Research question and methods
- How human-robot interaction can be used to achieve shared goals?
- How the interaction of human and robots can be considered as an added advantage of for the day-to-day life activities?
- How societal improvement can be brought about by human robot interactions?
Secondary research methodology will be used in this study and the study will follow positivism philosophy that will help in identifying how the human robot interaction can help in enhancing different aspects of the society and make proper prediction about the changes that this interaction might bring in the society. In addition to this, an inductive approach has been also used in this study that has helped in making the research flexible and support the theories related to the concerned topic of human-robot interaction. Furthermore, implementation of secondary qualitative data has also helped in making the research less time-consuming as already exiting data has been used to get the desired result of the study.
Human-robot interaction refers to the study of human and robotic interaction in terms of communication and collaboration. (HRI). It delves into the question of how robots can be built "and programmed to connect with and respond to humans" in the same natural way that humans can interact with them. Increasing HRI has the potential to improve people's lives in many ways (Chuah and Yu, 2021). This includes the quality of their work life, the safety of their communities and hospitals, and their relationships with others.
But there are additional challenges to be met, such as making robots that are easy for people to use, assuaging concerns "about job loss, and deploying robots" in a way that is ethical and responsible. Poorly built or programmed robots employed in areas "like manufacturing and healthcare" might put humans in danger (Chuah and Yu, 2021). When robots malfunction or are employed inappropriately, they can cause serious injury to humans.
Isolation in a world where robots are becoming more and more integrated into daily life and culture. There are a number of moral concerns with HRI, including the need to ensure that robots are taught to behave morally and responsibly and to prevent discrimination (Chuah and Yu, 2021). It is possible that the increasing prevalence of robots in the home and the community, particularly "among the elderly and" the disabled, may lead to an increase in social isolation (Chuah and Yu, 2021).
Chuah, S.H.W. and Yu, J., 2021. The future of service: The power of emotion in human-robot interaction. Journal of Retailing and Consumer Services, 61, p.102551.
Hentout, A., Aouache, M., Maoudj, A. and Akli, I., 2019. Human–robot interaction in industrial collaborative robotics: a literature review of the decade 2008–2017. Advanced Robotics, 33(15-16), pp.764-799.
Zacharaki, A., Kostavelis, I., Gasteratos, A. and Dokas, I., 2020. Safety bounds in human robot interaction: A survey. Safety science, 127, p.104667.