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The recent advances in autonomous and sensor technology have led to the invention of a new class of intelligent network is called Wireless Body Area Network (WBAN). This elegant network facilitate a broad range of ubiquitous computing applications like Health, Military, Aviation, Environment and Entertainment etc. Concerning the huge demand and elevated cost of health, a novel and excellent WBAN architecture...
Wireless technology has earned many accolades from the very beginning. The unveiling of WBAN amazed researchers around the globe with its marvelous prospects. Since its birth in the last few years, researchers are busy digging out this field and finding different solutions to various issues present in the layered architecture of WBAN, congestion being one of the serious problems in the transport layer...
Wireless Body Area Network (WBAN) is a special kind of sensor network deployed with low power, intelligent sensors, which are placed on the human body to collect human's vital signs, while monitoring body functions and the surrounding environment. Many applications of WBAN demand Reliable communication service; since the majority of these applications are responsible for handling time-critical data...
Wireless Body Area Network (WBAN) is a special kind of autonomous sensor network evolved to provide wide variety of services. Nowadays WABN becomes an integral component of healthcare management system where a patient needs to be monitors both inside and outside home or hospital. These applications are responsible for gathering and managing heterogeneous data in terms of both for real time and non-real...
New generation applications related to Wireless Body Area Network (WBAN) are responsible for gathering and managing heterogeneous data for both real time and non-real time traffic. The proposed algorithm can handle heterogeneous packets by considering characteristics in terms of required bandwidth, required buffer, transmission delay, packet loss, and reliability. The main purpose of the proposed...
Wireless Body Area Network (WBAN) applications are looking forward for better and effective environment because of its heterogeneous and wearable nature. Recent applications of WBAN need to be support both real time traffic (sensitive to end-to-end packet delay) and non-real time traffic (sensitive to packet loss), which further origin the problem of diverse QoS requirements. So the first step of...
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