Abstract :
|
Body Area Networks (BANs) have recently emerged as a by-product to do so. They are a new generation of Wireless Sensor Networks (WSNs), suited to monitor human bodies. A BAN is composed of a collection of tiny nodes, equipped with biomedical sensors, motion detectors and wireless communication devices. These nodes collect vital body signs and then transmit them in a wireless manner to a central unit where all collected information is processed. Due to their wireless nature, BAN nodes have many advantages, such as omnipresence connectivity, mobility and inter-operability. In this research paper, we are presenting the mobility model for evaluating intra-WBAN communication to improve the QOS in the WBAN. The performance of the network including the human will be get affected due to the mobility. We can include the impact of mobility in the network to improve the Quality of service.
|