In this paper, a distributed traffic-balancing routing algorithm is proposed for multi-sink
wireless sensor networks that effectively distributes traffic from sources to sinks. Each node …

In this paper, a distributed traffic-balancing routing protocol is proposed for multi-sink
industrial wireless sensor networks that effectively distributes traffic from sources to sinks …

Wireless sensor networks have been assumed to consist of a single sink and multiple
sensor nodes which do not have mobility. In these networks, sensor nodes near the sink …

In this paper, a distributed traffic-balancing routing protocol is proposed for multi-sink
industrial wireless sensor networks that effectively distributes traffic from sources to sinks …

In a WSN power consumption and congestion are major bottlenecks. These two are inter-
related too Power consumption causes several nodes to become dormant and thus increase …

One of the major challenges in wireless sensor networks (WSNs) research is to prevent
traffic congestion without compromising with the energy of the sensor nodes. Network …

Recently, multi-sink wireless sensor networks (WSNs) are envisioned to solve the hot spot
problem caused by traditional single-sink WSNs. Routing protocols should be able to …

Traditional wireless networks form the wireless counterpart of wired networks, in which
providing infrastructure is the main functionality. High bandwidth is the primary goal and the …

One of the major challenges in wireless sensor networks (WSNs) research is to prevent
traffic congestion without compromising with the energy of the sensor nodes. Network …

Most of the on-demand routing protocols in WSNs are designed with the aim to find the best
path based on a single routing metric such as minimum hop count, so that the End-to-End …