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The web-accessible liquid distillation column control system using iLab Shared Architecture has been developed at UDSM. A research tool, the liquid distillation column was originally operated manually means the user must record and monitor temperature manually which gives heavy load to the user. Furthermore, since experiments undertaken are dangerous to human health as they involve chemicals heated at very high temperature so there was a need of remotely accessibility of the system to avoid direct contact with the distillation column. The possible solutions for existed problems was…mehr

Produktbeschreibung
The web-accessible liquid distillation column control system using iLab Shared Architecture has been developed at UDSM. A research tool, the liquid distillation column was originally operated manually means the user must record and monitor temperature manually which gives heavy load to the user. Furthermore, since experiments undertaken are dangerous to human health as they involve chemicals heated at very high temperature so there was a need of remotely accessibility of the system to avoid direct contact with the distillation column. The possible solutions for existed problems was implementation of web-accessible and remotely controlled distillation column using Ilab Shared Architecture.
Autorenporträt
Isack Bulugu received the B.Sc Electronic Science and Communication from University of Dar es salaam (UDSM), Dar es salaam, Tanzania in 2008, then he received his Master in Electronics Engineering from Tianjin University(TUTE) in China, and Presently is a PhD candidate at the University of Science and Technology of China.