… wireless networks as a consequence of mobility, we can envision a ‘range extension’ network
… geographically distant or belongs to a different network partition, an ad hoc node can relay …

… power or achieve a longer transmission range than that of a single node. This paper
focuses on applying CT range extension to wireless multi-hop ad hoc and sensor networks. …

… This network architecture which allows two-hop links (when necessary) is expected to … -3G
cellular wireless networks. In particular we considered the downlink of a non-CDMA network …

… bits per second and using a fixed range, form a wireless network, the throughput ( ) … It is
to these types of all wireless networks that this paper is addressed. Such networks consist of a …

… wireless networks tend to be simple one-hop extensions of … For example, the end points
in a wireless network must be … As another example, since wireless nodes are mobile, they …

… the data rate, or extend the range. Here we use CT’s range extension feature and show that
… the duty cycle across the network), the nodes in the network can meet the duty cycle limit …

… network, hence, improving the performance of relay deployments. Herein, we investigate
two relay cell range extension … of cell range extension as part of network planning and offline …

… eMTC is a simplified version of LTE that aims to draw less battery power and to extend its
range. In contrast to classic LTE, eMTC reduces the data rate to a tenth of LTE (up to 1 Mbps) …

… ranges which would be close to targeted of up to 1 km. In this paper we examine possibilities
for range extension … , we analytically derive results on achievable ranges for the most robust …

… The goals of our RFID range extension system are to increase the coverage area of an …
We meet these goals by employing a ZigBee-based, wireless, low-power edge device the …