The electromagnetic compatibility (EMC) of 400 MHz radio communications is an issue of
growing interest, especially the EMC of wireless medical telemetry (WMT) in clinical settings …

In this study, we developed a novel machine-learning model to estimate the carrier-to-noise
ratio (CNR) of wireless medical telemetry (WMT) using time-domain waveform data …

Wireless medical telemetry systems (WMTSs) are typical radio communication–based
medical devices that monitor various biological parameters, such as electrocardiograms and …

Managing the electromagnetic environment in medicine is important for establishing a good
reception of wireless communications. However, introducing measurement devices of …

A wireless medical telemetry system (WMTS) is typical medical device that use radio
communications and monitor various biological parameters. In Japan, the frequency band of …

In this study, we developed a novel machine-learning model to estimate the carrier-to-noise
ratio (CNR) of wireless medical telemetry (WMT) using time-domain waveform data …

It is known that wandering sensing systems (WSSs) that are beginning to be introduced into
medical fields affect wireless medical telemetry systems (WMTSs). We evaluated the safe …

抄録 The management of the electromagnetic environment is important for the safe
operation of a wireless medical telemeter (WMT). The spectrum analyzer (SA) has been …

抄録 Passive intermodulation may generate when two signals are input in the receiver and is
an issue that threatens wireless communications. It has been recommended that medical …

抄録 医用テレメータを安心かつ安全に運用するためには, 電波環境の管理が極めて重要と言える.
具体的には自施設内におけるチャネルの管理のみならず, 近年では, 他施設からの電波受信や …