› ‹
  • 1
  • 2
  • 3
  • 4

Activities

  • NITOS Outdoor deployment consists of powerful nodes that feature multiple wireless interfaces and allow for experimentation with heterogeneous (Wi-Fi, WiMAX,

    …
    Read More
  • The setup NITOS testbed is currently using is a fixed setup (employing no mobility between BSs) that does not require

    …
    Read More
  • Towards the development of a remote accessible LTE testbed, where experimenters from all the word will be able to run

    …
    Read More
  • NITOS facility provides remote access to OpenFlow switches (2 x Pronto 3290 , 2 x HP 3800 ), enabling the user to create

    …
    Read More
  • NITlab developed a software defined radio (SDR) testbed that consists of 18 Universal Software Radio Peripheral (USRP) devices attached to

    …
    Read More
  • NITOS is an Intelligent Transport System (ITS) compatible facility thanks to the implementation of the key components of the ITS

    …
    Read More
  • NITOS cloud infrastructure is based on HP GEN8 blade servers and one HP DL380p GEN8 server. Cloud Infrastructure UTH Each blade server has

    …
    Read More

NITOS

The Future Internet Facility

  • Outdoor Testbed

    Experiments under real world environment Read More
  • Indoor Testbed

    Experiments in RF isolated environment Read More
  • Office testbed

    Experiments in an office environment Read More
› ‹
  • 1
  • 2
  • 3

New Channel Allocation Techniques for Power Efficient WiFi Networks

Authors: Vasileios Miliotis, Apostolos Apostolaras, Thanasis Korakis, Zhifeng Tao, Leandros Tassiulas

Conference: W-Green 2010, PIMRC 2010, Istanbul, Turkey September 2010

Energy efficiency becomes evergreen than ever before. Over the last few years a significant research in wireless communications, aiming to enhance communications efficiency subject to constraint of power consumption, has given rise to optimization techniques of power control and management in wireless networks. Although the initial target was the utilization of resources in order to exploit communications services, the benefits of this effort, underlying the green perspective, are now opening eyes out to research community for a more green matter of conscience in use of communication equipment and devices. Towards this direction and affected by a green sensitivity in terms of wasting useful resources, we propose a system model for infrastructure WiFi networks aiming to reduce the consumed power, by introducing a scheme for channel allocation to Wireless LANs under energy conserving criteria.

Download paper: wgreen2010_AllocationTechniquesforPowerEfficientWifiNetworks

What Our Experimenters Say

  • NITOS is a very reliable and well managed platform. The offered infrastructure and features are great. The management team is very supportive.

    Mustafa Al-Bado
    Postdoctoral researcher
    Insight centre, University College Cork (UCC)
  • 1
  • 2
 
uth
image
image
image
 
 

Login Form