International audienceThis paper is focused on broadband wireless mesh networks based on OFDMA resource management, considering a realistic SINR model of the physical layer with a fine tuned power control at each node. A linear programing model using column generation leads to compute power efficient schedules with high network capacity. Correlation between capacity and energy consumption is analyzed as well as the impact of physical layer parameters - SINR threshold and path-loss exponent. We highlight that there is no significant tradeoff between capacity and energy when the power consumption of idle nodes is impor- tant. We also show that both energy consumption and network capacity are very sensitive to the SINR threshold variation
International audienceSince the emergence of ubiquitous computing, evaluating wireless network perfo...
In this paper, we study a wireless access network based on the Institute of Electrical and Electroni...
Abstract. The throughput capacity of arbitrary wireless networks under the physical Signal to Inter-...
Abstract—This paper is focused on broadband wireless mesh networks based on OFDMA resource managemen...
Wireless mesh networks (WMN) are a promising solution to support high data rate and increase the cap...
International audience—Providing high data rates with minimum energy consumption is a crucial challe...
Wireless mesh networks (WMN) are a promising solution to support high data rate and increase the cap...
Providing high data rate with minimum energy consumption is a crucial challenge for next generation ...
Les réseaux maillés sans fil sont une solution efficace, de plus en plus mise en œuvre en tant qu’in...
Energy efficient communication is getting a lot of attention from the industry and academia due to h...
In this article we study the problem of joint congestion control, routing and MAC layer scheduling i...
The rapid growth of wireless networks has led to increasing interest in designing new algorithms th...
M. Tech. Electrical Engineering..Wireless mesh networks (WMNs) have become a better alternative for ...
The demand on communication networks has increased over the past years and is predicted to continue ...
To effectively forward data from source to destination in energy-constrained wireless multi-hop netw...
International audienceSince the emergence of ubiquitous computing, evaluating wireless network perfo...
In this paper, we study a wireless access network based on the Institute of Electrical and Electroni...
Abstract. The throughput capacity of arbitrary wireless networks under the physical Signal to Inter-...
Abstract—This paper is focused on broadband wireless mesh networks based on OFDMA resource managemen...
Wireless mesh networks (WMN) are a promising solution to support high data rate and increase the cap...
International audience—Providing high data rates with minimum energy consumption is a crucial challe...
Wireless mesh networks (WMN) are a promising solution to support high data rate and increase the cap...
Providing high data rate with minimum energy consumption is a crucial challenge for next generation ...
Les réseaux maillés sans fil sont une solution efficace, de plus en plus mise en œuvre en tant qu’in...
Energy efficient communication is getting a lot of attention from the industry and academia due to h...
In this article we study the problem of joint congestion control, routing and MAC layer scheduling i...
The rapid growth of wireless networks has led to increasing interest in designing new algorithms th...
M. Tech. Electrical Engineering..Wireless mesh networks (WMNs) have become a better alternative for ...
The demand on communication networks has increased over the past years and is predicted to continue ...
To effectively forward data from source to destination in energy-constrained wireless multi-hop netw...
International audienceSince the emergence of ubiquitous computing, evaluating wireless network perfo...
In this paper, we study a wireless access network based on the Institute of Electrical and Electroni...
Abstract. The throughput capacity of arbitrary wireless networks under the physical Signal to Inter-...