SHAMS 2.0: Sustainable Humanoid Assisting Modular System for Medical Field
Darweesh, Ahmed; Aboelela, Eman M.; Alwasify, Fatma; Zakaria, Yahia; Badr, Nagwa; Mohammed, Moataz; abdelazim, mona;
Abstract
The markets for care robots and hospital robots are now in the early stages of commercial growth. Medical robotics is an emerging field in healthcare. However, during the COVID-19 outbreak, the hospital robots created for hospital decontamination have been crucial. In hospital settings, disinfection robots offer an added layer of defense. Hospital robots that clean hospital rooms are in high demand in a variety of geographical areas. The proposed system aims to make use of embedded systems, robotics, electrical engineering, natural language processing, computer vision, and software engineering to build a sustainable humanoid-assisted modular system in the medical field.
Other data
| Title | SHAMS 2.0: Sustainable Humanoid Assisting Modular System for Medical Field | Authors | Darweesh, Ahmed; Aboelela, Eman M.; Alwasify, Fatma; Zakaria, Yahia; Badr, Nagwa ; Mohammed, Moataz; abdelazim, mona | Keywords | Medical robot;Natural Language Processing;Navigation;Robotics | Issue Date | 1-Jan-2023 | Conference | Proceedings 11th IEEE International Conference on Intelligent Computing and Information Systems Icicis 2023 | ISBN | [9798350322101] | DOI | 10.1109/ICICIS58388.2023.10391168 | Scopus ID | 2-s2.0-85184665136 |
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