This study presents a dynamic slot assignment for tasks executed over Wireless Body Area Networks. We consider tasks which have timing constraints for their execution. and different priorities. They are usually repeated periodically. In this study we propose an algorithm which is able to provide a dynamic scheduling procedure for all tasks. In the actual version, the scheduling algorithm is executed over the network coordinator. This algorithm is implemented over TelosB nodes composing a Wireless Body Area Network.
This paper aims to propose an evaluation and a comparison of health-monitoring platforms based on wireless body area network (WBAN). We focused on the main concept behind these platforms individually as well as we classified these platforms based on the provided solutions and their main features. Important considerations in designing WBAN platforms are discussed as well. The main conclusion is that the mobility is less studied than other features then we give some perspectives about future useful platform which we intend to develop.
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