A link quality estimator for power-efficient communication over on-body channels
The human body has an important effect on the performance of on-body wireless
communication systems. Given the dynamic and complex nature of the on-body channels,
link quality estimation models are crucial in the design of mobility management protocols
and power control protocols. In order to achieve a good estimation of link quality in WBSNs,
we combine multiple body-related factors into a model that includes: the transmission power,
the body position, the body shape and composition characteristics and the received signal …
communication systems. Given the dynamic and complex nature of the on-body channels,
link quality estimation models are crucial in the design of mobility management protocols
and power control protocols. In order to achieve a good estimation of link quality in WBSNs,
we combine multiple body-related factors into a model that includes: the transmission power,
the body position, the body shape and composition characteristics and the received signal …
A Link Quality Estimator for Power-Efficient Communication over On-Body Channels
The human body has an important effect on the performance of on-body wireless
communication systems. Given the dynamic and complex nature of the on-body channels,
link quality estimation models are crucial in the design of mobility management protocols
and power control protocols. In order to achieve a good estimation of link quality in WBSNs,
we combine multiple body-related factors into a model that includes: the transmission power,
the body position, the body shape and composition characteristics and the received signal …
communication systems. Given the dynamic and complex nature of the on-body channels,
link quality estimation models are crucial in the design of mobility management protocols
and power control protocols. In order to achieve a good estimation of link quality in WBSNs,
we combine multiple body-related factors into a model that includes: the transmission power,
the body position, the body shape and composition characteristics and the received signal …