Achieving low-power operation in wireless sensor networks with high data load or bursty traffic is challenging. The hidden terminal problem is aggravated with increased amounts of data in which traditional backoff-based contention resolution mechanisms fail or induce high latency and energy costs. We analyze and optimize Strawman, a receiver-initiated contention resolution mechanism that copes with hidden terminals. We propose new techniques to boost the performance of Strawman while keeping the resolution overhead small. We finally validate our improved mechanism via experiments.PromosContik
Both hidden terminals, intrinsic in a multi-hop wireless network, and unfairness, due to location-de...
Energy efficiency is playing a major role in the proliferation of low-power wireless sensing and ide...
In a wireless network using CSMA for MAC, packet collisions can result either because of the vulnera...
Achieving low-power operation in wireless sensor networks with high data load or bursty traffic is c...
Low-power wireless networks must leverage radio duty cycling to reduce energy consumption, but duty ...
TDMA-based protocols that have been proposed for wireless sensor networks (WSNs) use two opposite st...
Wireless sensor networks are becoming the most popular technology as the paradigm of Internet of Thi...
Wireless sensor networks (WSNs) have been extensively applied in many domains such as smart homes an...
Abstract-The energy efficiency and delivery robustness are two critical issues for low duty cycled w...
In wireless sensor network (WSN) studies, the main objective is minimizing the energy consumption so...
MasterRecently, wireless sensor networks are widely used in variety fields such as military, medical...
Wireless networks equipped with the CSMA protocol are subject to collisions due to interference. For...
The hidden-node problem has been shown to be a major source of Quality-of-Service (QoS) degradation...
International audienceOpportunistic forwarding has emerged as a promising technique to address the p...
Congestion in WSN increases energy dissipation rates of sensor nodes as well as loss of packets and ...
Both hidden terminals, intrinsic in a multi-hop wireless network, and unfairness, due to location-de...
Energy efficiency is playing a major role in the proliferation of low-power wireless sensing and ide...
In a wireless network using CSMA for MAC, packet collisions can result either because of the vulnera...
Achieving low-power operation in wireless sensor networks with high data load or bursty traffic is c...
Low-power wireless networks must leverage radio duty cycling to reduce energy consumption, but duty ...
TDMA-based protocols that have been proposed for wireless sensor networks (WSNs) use two opposite st...
Wireless sensor networks are becoming the most popular technology as the paradigm of Internet of Thi...
Wireless sensor networks (WSNs) have been extensively applied in many domains such as smart homes an...
Abstract-The energy efficiency and delivery robustness are two critical issues for low duty cycled w...
In wireless sensor network (WSN) studies, the main objective is minimizing the energy consumption so...
MasterRecently, wireless sensor networks are widely used in variety fields such as military, medical...
Wireless networks equipped with the CSMA protocol are subject to collisions due to interference. For...
The hidden-node problem has been shown to be a major source of Quality-of-Service (QoS) degradation...
International audienceOpportunistic forwarding has emerged as a promising technique to address the p...
Congestion in WSN increases energy dissipation rates of sensor nodes as well as loss of packets and ...
Both hidden terminals, intrinsic in a multi-hop wireless network, and unfairness, due to location-de...
Energy efficiency is playing a major role in the proliferation of low-power wireless sensing and ide...
In a wireless network using CSMA for MAC, packet collisions can result either because of the vulnera...