Recently, there has been increased investigation into new types of wireless sensor
networks located on or around the human body, which are generally known as body
sensor networks (BSNs). Following continuous advances in wireless communication
technologies, there has been growing interest in t…
Recently, there has been increased investigation into new types of wireless sensor networks located on or around the human body, which are generally known as body sensor networks (BSNs). Following continuous advances in wireless communication technologies, there has been growing interest in the design, development and deployment of BSN systems in applications for improving people's daily life, which has led to an increased demand for interconnecting BSNs with other emerging wireless technologies, such as RFID technology, wireless sensor networks (WSNs), Zigbee, Bluetooth, WiBree, video surveillance systems, WPAN, WLAN, the Internet, and cellular networks. With BSNs being incorporated into these technologies, BSNs have become ubiquitous. As a result of this, and due to an increased demand for advanced e-healthcare management systems in recent years, the marketing opportunities for advanced consumer electronics and related services have greatly increased. More and more autonomous and intelligent applications which are closely integrated with a person's everyday life are being generated. For example, by using BSNs to collect patient information, and by deploying diverse wireless networking systems for enhanced diagnostic assistance and action handling, better e-healthcare management systems can be designed for providing more desirable services.
