Optimal Load Scheduling Mechanism and a Mobile-to-Grid Gateway Model for e-Health Service in Wireless Grid

The mission-critical application, in particular e-Health service such as ECG application and Carotid artery application, normally demands the highly sophisticated handling method and reliable processing scheme in wireless Grid environments. Due to the huge amounts of data set from the numerous wirel...

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Bibliographic Details
Main Authors: Han, Youngjoo, Youn, Chan-hyun, Trung, Tran Minh, Kim, Wuon-shik, Zhang, Lin
Format: Conference Proceeding
Language:English
Subjects:
Availability
Carotid arteries
Distributed computing
e-Health application
Electrocardiography
Grid computing
Load management
Load scheduling
Mediation
Mobile computing
Mobile Gateway
Mobile-to-Grid Service
Processor scheduling
System performance
Wireless Grid
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Description
Summary:The mission-critical application, in particular e-Health service such as ECG application and Carotid artery application, normally demands the highly sophisticated handling method and reliable processing scheme in wireless Grid environments. Due to the huge amounts of data set from the numerous wireless devices, we propose the refined procedures based on wireless Grid to guarantee the optimal processing time and reliability as prime factor of the system performance by using the proposed scheduling scheme. The simulation results show that proposed load scheduling can support the load balancing and guarantee the high system availability.
DOI:10.1109/CIT.2006.134