This work will address the challenges to facilitate the development of a high capacity radio system for a small, miniaturized electronic pill device that can be swallowable or implantable in human body in order to detect biological signals or capture images that could eventually be used for diagnostic and therapeutic purposes. In addition to reviewing and discussing the recent attempts in electronic pill technology, a wideband (UWB) telemetry system aimed for the development of an electronic pill will be presented in this paper. We have successfully realized more than half a meter UWB link under conditions emulating an implant
This paper presents a multiband conformal antenna for implantable as well as ingestible devices. The...
Wireless communications in lossy media encounter growing interest, with applications as telemedicine...
Implant-able wireless body area networks (WBAN) are a promising technology for health monitoring and...
Abstract—This work will address the challenges to facilitate the development of a high capacity radi...
Electronic pills, smart capsules or miniaturized microsystems swallowed by human beings or animals f...
This paper presents the feasibility of applying an ultra-wideband (UWB) wireless scheme to both high...
Abstract—This paper presents the feasibility of applying an ultra-wideband (UWB) wireless scheme to ...
peer reviewedWireless capsule endoscopy (WCE) presents many advantages over traditional wired endosc...
A miniaturised lab-in-a-pill device has been produced incorporating a temperature and pH sensor with...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
A new electronic capsule with bidirectional communication system is being developed for multi-task a...
This paper presents a multiband conformal antenna for implantable as well as ingestible devices. The...
Wireless communications in lossy media encounter growing interest, with applications as telemedicine...
Implant-able wireless body area networks (WBAN) are a promising technology for health monitoring and...
Abstract—This work will address the challenges to facilitate the development of a high capacity radi...
Electronic pills, smart capsules or miniaturized microsystems swallowed by human beings or animals f...
This paper presents the feasibility of applying an ultra-wideband (UWB) wireless scheme to both high...
Abstract—This paper presents the feasibility of applying an ultra-wideband (UWB) wireless scheme to ...
peer reviewedWireless capsule endoscopy (WCE) presents many advantages over traditional wired endosc...
A miniaturised lab-in-a-pill device has been produced incorporating a temperature and pH sensor with...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
International audienceThe electronic implants for biomedical applications came out in mid-50s with t...
A new electronic capsule with bidirectional communication system is being developed for multi-task a...
This paper presents a multiband conformal antenna for implantable as well as ingestible devices. The...
Wireless communications in lossy media encounter growing interest, with applications as telemedicine...
Implant-able wireless body area networks (WBAN) are a promising technology for health monitoring and...