It was only through experimentation, the next step in the scientific method, that answers to these questions were achieved.
All experiments must control certain variables; in the experiment regarding distance between the companion robots an human subject, all other factors in the relationship were controlled, and it was determined that most people kept a standard social distance form the robots, while a large minority took up closer positions indicating a less social relationship (Walters et al. 2005). By controlling some variables and measuring a wide array of independent and uncontrolled variables, other researchers determined that there were many factors influencing the perception of companion robots, and that human-like behavior was not actually strongly reacted to (Dautenhan et al. 2005). This same research team, by conducting a series of controlled experiments using different approaches, found that side approaches by robots were generally preferred by most seated human subjects receiving assistance from companion robots, with a certain female subset preferring frontal approaches, and without any regard to specific functions (Dautenhan et al. 2006).
Other research has also been conducted by applying the scientific method to other issues identified in the design of companion robots. By examining specific types of robot-robot and robot-human interactions, one research team was able to identify variables that appear to influence the ways in which companion robots and other self-organizing systems learn (Tani et al. 2005). Further research in more controlled settings is necessary to confirm some of the preliminary findings of this research, and more specific hypotheses need to be developed and tested, but this presents a very different yet highly necessary area of research (Tani et al. 2005).
Other research also examined distinct types of relationships in order to develop more effective and more easily-integrated companion robots, tackling similar issues from a very different angle and examining the specifics of relationship differences rather than changes in robot learning (Ohkubo et al. 2003). This research was more controlled, with many variables kept consistent so as to develop better and more certain understanding regarding the dependent variable in the study, namely effective communication interactions...
In a descriptive syllabus for a graduate seminar in AI professor Donald gives insight into the form that AI research is taking and the bottom line is that internal brain functioning, switching, neurotransmissions, and patterns are being dissected to give the student a greater sense of the workings of the human mind so these same students may go forwards and attempt to recreate, decidedly small scale (likely single or
" We were divided into teams and had to cooperate for designing the most creative, original and functional robot. As I was the captain of my team, I behaved very strictly and authoritative with my colleagues. I can say, by all means, that my intentions were for the best, and under no circumstances I wanted to act severe with my team. My only goal was to win the competition and I
The reward for the effort of learning is access to a vocabulary that is shared by a very large population across all industries globally" (p. 214). Moreover, according to Bell, because UML is a language rather than a methodology, practitioners who are familiar with UML can join a project at any point from anywhere in the world and become productive right away. Therefore, Web applications that are built using
SCIENCE FICTION & FEMINISM Sci-Fi & Feminism Origins & Evolution of Science Fiction As with most things including literature, science fiction has progressed and changed a lot over the years. Many works of science fiction were simply rough copies and following the altready-established patterns of prior authors. However, there has always been authors and creators that push the envelope and forge new questions and storylines that have not been realized or conceptualized before.
Looking at other possibilities, however, the idea of creating a part organic, part mechanical computer holds much promise in the way for developing a human-like AI technology. Human brain processes ad functions that are unique to humans are many, and while every person has different life experiences, perceptions, genetics, and understandings, it is very difficult to understand exactly how they all incorporate themselves into everyday human life and decision-making. Organic
Our semester plans gives you unlimited, unrestricted access to our entire library of resources —writing tools, guides, example essays, tutorials, class notes, and more.
Get Started Now