A new web-based interface for controlling node's status is now applied in NITOS testbed!
You can use it to monitor the nodes status, reset or turn them on/off.
If you haven't reserved a node, a ...
NITlab has developed powerful Wi-Fi nodes, called ICARUS, in order to support the increasing demand of state-of-the-art resources for experimentation in NITOS facility. Experimenters are able to run ...
Compilation of ath9k driver and modules usage
We use "ubuntu_nitos_commell_ath9k_enabled.ndz" image located on /var/lib/omf-images-5.3 directory. Instructions about creating the above image can be found ...
Lets say that we have already reserved two nodes, node025 and node024. We will use node025 to compile a new kernel version for the modules that we want to enable while also create *.deb packages, and then ...
NITOS team made a mobile node which can be used in exterior environment. The node moves along rails following a predefined path. Its movements and velocity can be programmed and scheduled through a web ...
NITOS team has made mobile nodes using "iRobot Create" with a custom designed tray to hold the system board. The board is an "Alix Board" of "PC Engines" company . Commands are sent to the robot over a ser ...
The basic characteristic of those new nodes is the lack of a local disk. Furthemore, their price is significantly lower than the Orbit nodes due to their hardware specifications. Sometimes, we may refer ...
Orbit nodes are actually PC's equipped with :
1 GHz VIA C3 proccessor
512 MB of RAM
40 GB disk
two ethernet ports
two 802.11 a/b/g cards
a Chassis Manager
is a PCI connecting contro ...
The upgraded Outdoor Nodes have been developed by the NITLab team and support MIMO operation. The new version of the Outdoor Nodes are equipped with 802.11a/b/g and 802.11a/b/g/n wireless interfaces. ...
All the MIMO-enabled nodes of NITOS are currently equipped with an extra box that has 3 Dual Band 2.4/5Ghz, 7dbi Antennas mounted. The antenna box is also able to turn, so that the experimenter can ...
... of a novel Virtual Wi-Fi Testbed. We present how a traditional Wireless Testbed can support hundreds of virtual Wi-Fi nodes that are open to experimenters. We discuss the design and implementation of the ...
... of services on top of the equipment. We provide the necessary extensions to the framework in order to deploy services over virtualized wireless network interfaces, hosted on the generic networking nodes ...
... nodes only when truly required. In this work we present NITOS wake-up receiver that can be employed by typical sensor nodes to provide asynchronous wake-ups and substantially reduce their energy expenditure ...
Overview
MONROE will build a dedicated infrastructure for measuring and experimenting in MBB and WiFi networks, comprising both fixed and mobile nodes distributed over Norway, Sweden, Spain and Italy. ...
... mechanism concurrently operates on all network nodes and characterizes the band of interest with minimal overhead. Through the implementation of our approach on commercial 802.11n chipsets and its detaile ...
... allowing the implementation of novel protocols (e.g. cooperative protocols which require time synchronization and coordination of a subset of nodes)
Support for experimentation with intelligent control ...