AbstractThe wireless transfer of energy through living tissues for the purpose of data communications is investigated. After considering the best frequency band for communications in biological tissues, both the uplink and downlink near-field coupled energy transfer options are analyzed. The possibility of wireless powering using the same frequency band is also studied
The design of effective transcutaneous systems demands the consideration of inevitable variations in...
The human body can act as a medium for the transmission of electromagnetic waves in the wireless bod...
In this study, we introduce a triple-band flexible implantable antenna that is tuned by using a grou...
AbstractThe wireless transfer of energy through living tissues for the purpose of data communication...
Abstract -Biotelemetry which provides wireless communication links between internal devices and outs...
Bioelectronics, which record the electrical activity of organisms, have become one of the major rese...
Wireless Power Transfer (WPT) has become quite popular over the recent years. This thesis presents s...
Wireless power transmission in human tissue using microwave techniques has great potential for diffe...
In the near future, the Wireless Energy Transfer (WET) will be widely used, especially for electroni...
In this paper, we address the telemetry and wireless powering problems associated with the recently ...
Implantable bioelectronic devices are becoming useful and prospective solutions for various diseases...
In this study, we introduce a triple-band flexible implantable antenna that is tuned by using a grou...
In a transcutanious inductive coupling of a biomedical implant, a new formula is given for the study...
In this research wireless power transfer using near-field inductive coupling is studied and investig...
We studied the possibility of wireless powering, the intra-abdominal implants using an anatomically ...
The design of effective transcutaneous systems demands the consideration of inevitable variations in...
The human body can act as a medium for the transmission of electromagnetic waves in the wireless bod...
In this study, we introduce a triple-band flexible implantable antenna that is tuned by using a grou...
AbstractThe wireless transfer of energy through living tissues for the purpose of data communication...
Abstract -Biotelemetry which provides wireless communication links between internal devices and outs...
Bioelectronics, which record the electrical activity of organisms, have become one of the major rese...
Wireless Power Transfer (WPT) has become quite popular over the recent years. This thesis presents s...
Wireless power transmission in human tissue using microwave techniques has great potential for diffe...
In the near future, the Wireless Energy Transfer (WET) will be widely used, especially for electroni...
In this paper, we address the telemetry and wireless powering problems associated with the recently ...
Implantable bioelectronic devices are becoming useful and prospective solutions for various diseases...
In this study, we introduce a triple-band flexible implantable antenna that is tuned by using a grou...
In a transcutanious inductive coupling of a biomedical implant, a new formula is given for the study...
In this research wireless power transfer using near-field inductive coupling is studied and investig...
We studied the possibility of wireless powering, the intra-abdominal implants using an anatomically ...
The design of effective transcutaneous systems demands the consideration of inevitable variations in...
The human body can act as a medium for the transmission of electromagnetic waves in the wireless bod...
In this study, we introduce a triple-band flexible implantable antenna that is tuned by using a grou...