In recent years, there have been increased demands for aggregating sensor information
from several sensors owing to the spread of the Internet of Things (IoT). However, packet …

Establishing a highly accurate positioning of radio sources for radio wave monitoring and
frequency spectrum sharing is attracting considerable attention. Because the positioning …

A physical wireless parameter conversion sensor network (PhyC-SN) uses the frequency
modulation of sensing information and recognizes the whole sensing information from the …

Applications related to the Internet of Things are widely diversified and require both low
latency and the access of massive sensors to wireless sensor networks. In physical wireless …

In wireless sensor network, in addition to long life operation and low complexity, small time
delay and large traffic acceptance for supporting various machine-to-machine …

Physical conversion sensor networks (PhyC-SN) achieve simultaneous data collection in
wireless sensor networks. Although the PhyC-SN can recognize the median and the outliers …

The physical wireless conversion sensor network (PhyC-SN) can exploit small frequency
bandwidth. In the PhyC-SN, the sensing results are projected on the wireless …

Wireless sensor networks (WSN) are attracting much attention for using various applications.
As a result, the requirements of WSN are widely spread, such as low latency, affordability of …

Physical wireless conversion networks have an advantage that the fusion center can
simultaneously receive each data sent from multiple sensors. However, the separation of the …

As the applications of the internet of things are becoming widely diversified, wireless sensor
networks require real-time data reception, accommodation of access from several sensors …