In this work, the off-body area network channel characteristics during walking were investigated using finite-difference time-domain. The channels were investigated in terms of fade variation and the correlation between different channels. Larger fade variations were experienced by the channel with the absence of line-of-sight, due to constructive and destructive interference as the distance between the end nodes changes. The channels showed significant correlation and hence a multivariate normal distribution was considered. The distribution has the capability of modeling channels jointly which make it easier for network analysis. The resulting estimated multivariate distributions fit well with the simulated data
none4siThis paper presents a novel approach for modelling the influence of body dynamics on the radi...
This paper presents the experimental investigation of on-body channel fading at 2.45 GHz considering...
Abstract This paper addresses the depolarisation effect in off-body body area networks channels, bas...
In this work, the off-body area network channel characteristics during walking were investigated usi...
In this work, the off-body area network channel characteristics during walking were investigated usi...
In this work, finite-difference time-domain was used for the investigation of dynamic wireless body ...
In this work finite-difference time-domain (FDTD) was used for the investigation of dynamic wireless...
In Wireless Body Area Networks (WBANs), on-body channels undergo temporal variations predominantly b...
A novel dynamic channel model for on-body wireless communication during walking is proposed. The dev...
Recent results about body area radio channel dynamics are analyzed, considering on-body and body-to-...
The advancements in technology have made it possible to create a network of implant and wearable nod...
A channel model for time-variant multi-link wireless body area networks (WBANs) is proposed in this ...
The time variation, i.e. time-selective fading, of on-body channels in body area networks is dominat...
Modeling of on-body propagation channels is of paramount importance to those wishing to evaluate rad...
To investigate on-body channel space-time correlation characteristics in various walking scenarios, ...
none4siThis paper presents a novel approach for modelling the influence of body dynamics on the radi...
This paper presents the experimental investigation of on-body channel fading at 2.45 GHz considering...
Abstract This paper addresses the depolarisation effect in off-body body area networks channels, bas...
In this work, the off-body area network channel characteristics during walking were investigated usi...
In this work, the off-body area network channel characteristics during walking were investigated usi...
In this work, finite-difference time-domain was used for the investigation of dynamic wireless body ...
In this work finite-difference time-domain (FDTD) was used for the investigation of dynamic wireless...
In Wireless Body Area Networks (WBANs), on-body channels undergo temporal variations predominantly b...
A novel dynamic channel model for on-body wireless communication during walking is proposed. The dev...
Recent results about body area radio channel dynamics are analyzed, considering on-body and body-to-...
The advancements in technology have made it possible to create a network of implant and wearable nod...
A channel model for time-variant multi-link wireless body area networks (WBANs) is proposed in this ...
The time variation, i.e. time-selective fading, of on-body channels in body area networks is dominat...
Modeling of on-body propagation channels is of paramount importance to those wishing to evaluate rad...
To investigate on-body channel space-time correlation characteristics in various walking scenarios, ...
none4siThis paper presents a novel approach for modelling the influence of body dynamics on the radi...
This paper presents the experimental investigation of on-body channel fading at 2.45 GHz considering...
Abstract This paper addresses the depolarisation effect in off-body body area networks channels, bas...