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Synergetic Interaction among Humans and Robotics by Proposing Communication Flow Methodology
| International Journal of Computer Applications |
| Foundation of Computer Science (FCS), NY, USA |
| Volume 109 - Number 6 |
| Year of Publication: 2015 |
| Authors: R.k Seth, Rimmy Chuchra |
10.5120/19194-0808
|
R.k Seth, Rimmy Chuchra . Synergetic Interaction among Humans and Robotics by Proposing Communication Flow Methodology. International Journal of Computer Applications. 109, 6 ( January 2015), 23-26. DOI=10.5120/19194-0808
Abstract
This paper presents analysis of methodology proposed for mutual interaction among human and robotics following master slave relationship using three different types of interaction modes viz. co-existing, conditional and essential mode. These different modes of interaction during the performance of any desired task may include time for entering into the task, task processing time and task completion period. The collaboration between human and robotics leads to achieve a joint action for its utilization in developing projects in any industry and other daily life work. The technique designed in this paper helps human and robotics to handle queries and tasks using human robotics in such a way that robotics/human acts as an interface with the server system for the flow of communication data. The proposed procedure describes the way of humans interaction with the robotics and shows the complete communication flow among them either by using input in continuous (analog form) or in discontinuous (digital form). For providing more reliable and safer environment during communication, IVRE (Immersive virtual robotics environment) may be used with the help of virtual reality in virtual environment system.
References
- Cory D. Kidd, Human robotics interaction: Recent experiments and future work, IT Media lab.
- Hao Ding, Control robotics systems for safe interaction with human operators, proceeding of the 22nd International joint conference on A. I, Institute of control & system theory, University of Kassel, Germany.
- Michael A. GOODRICH & Alan C. Schultz, Human robotics interaction: A survey Foundations & Trends in human computer interaction, DOI: 10. 15611110000005.
- Amit kumar, Rashmi Kumari & Akash kumar Athgara, May 2014, A study on Human-Robotics interaction & future applications", International journal of innovative Technology and adaptive management.
- Tamie salter,Renete boekhrost,Kerstin Dautenhalm, Learning about natural human robotics interaction styles",ELSEVIER:Adaptive system research group.
- Holly A. Yanco, Jill L-Drury, A Taxonomy for human robotics interaction, AAA International technical report FS-02-03.
- Kirchner, Nathan, David, singth & Surya, Robotics Assist- A Platform for human robotics interaction-Research.
- Terrence Fong, Charles Thorpe -Verlag 2002. Collaboration, Dialogue & Human robotics interaction, 10th International symposium on robotics research, Lorne, Victoria, Australia, London: Springer.
- Algorithmic human robotics interaction workshop, Bielefeld, Germany.
- Illah Nourbaksh & Reid Simmons. 2014. Human robotics Interaction, Springer.
- robot. Kaist. ac. Kr/?page-id=111.
- Rimmy Chuchra & R. K Seth March-2014. Human robotics interaction based analysis-Using DMT, International Journal of Computer Science and Information Technology.
- Rimmy chuchra & Ramandeep kaur, Feb 2013. Human robotics interaction with data mining techniques", International Journal of Emerging Technology And Advance Engg.
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