Search - NITlab - Network Implementation Testbed Laboratory

21. Monroe: (Current); 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. ...; Created on 02 March 2017
22. Characterizing the Impact of Interference through Spectral Analysis on Commercial 802.11 Devices: (Publications); ... 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 ...; Created on 28 February 2017
23. Wishful: (Current); ... 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 ...; Created on 16 January 2017
24. A Mechanism for Mobile Data Offloading to Wireless Mesh Networks: (Publications); ... servicing policy for the mesh networks. Clearly, such architectures are realizable only if the mesh nodes agree with each other to jointly serve the offloaded traffic. To achieve this, we employ the Shapley ...; Created on 12 September 2016
25. Forging Client Mobility with OpenFlow: an experimental study: (Publications); ... efforts exist for the wide deployment of such solutions. Moreover, the adoption of such architectures requires considerable changes in the mobile node’s networking stack. In this work, we propose a Software ...; Created on 18 April 2016
26. Distributed Load Shedding with Minimum Energy: (Publications); ... load shedding policies for regulating excessive network load. Data packets are inserted into the network to be delivered to intended destinations. The intermediate network nodes may decide to forward or ...; Created on 01 February 2016
27. In-network Congestion Control for Multirate Multicast: (Publications); ... that dynamically optimizes multirate multicast. By computing the differential backlog at every node, our scheme adaptively allocates transmission rates per session/user pair in order to maximize throughput. ...; Created on 01 February 2016
28. NITOS BikesNet: (Demos); ... communicate with any available gateway node. Figure 1 illustrates the developed sensing device as well as its installation on a bicycle. Figure 1: NITOS Sensing Device & its Installation on a Bicycl ...; Created on 19 January 2016
29. NITOS City Sensing Deployment: (Demos); ... via waterproof wires, to avoid any interference with node’s internal conditions. Whilst, the microphone is in the box, sensing noise pollution through a tiny hole. The nodes are autonomous in terms of ...; Created on 19 January 2016
30. NITOS Office Sensing Framework: (Demos); ... well as a gateway node to collect the obtained measurements. NITOS mote features the ATmega32u4 microcontroller running at 8MHz, operating at 3.3V. The aforementioned microcontroller is fully compatible ...; Created on 19 January 2016
31. Our Brand new website: (Latest); ... in NITOS, like the Scheduler or the Node Status tool. The nitlab.inf.uth.gr/doc is where our users can find all the tutorials regarding experimentation in NITOS. You can find the links below. The old ...; Created on 16 December 2015
32. Wi-Fi testbed: (Wi-Fi); ... NITOS wireless nodes, in all the aforementioned deployments, are equipped with two wireless cards, one 3x3 MIMO 802.11 a/b/g/n card and an 802.11 a/b/g card, which can both work in Station, Ad-Hoc, Mesh ...; Created on 10 December 2015
33. NITOS facility: (Testbed); The main experimental components of NITOS are: A wireless experimentation testbed, which consists of 100 powerful nodes (some of them mobile), that feature multiple wireless interfaces and allow for ...; Created on 22 July 2015
34. Simple LTE Tutorial: (LTE); ... the LTE eNBs and the nodes with LTE connectivity, offered by the Outdoor and Indoor RF isolated testbeds. Reserving the eNBs will render rights to the experimenter to access the LTErf service of the ...; Created on 21 May 2015
35. A Relaying Selection Scheme for Maximizing a Diamond Network's Throughput: (Demos); ... of the MAC layer queues of each node equals to one, so that to be able to suppress the inability of controlling packet transmissions from the MAC queue. Contribution We design and implement a TDMA ...; Created on 10 March 2015
36. Mobile Application: (Demos); ... located at NITOS server. The architecture that is used as a model for the deployment can be found in Measurement Architecture for Network Experiments with Disconnected Mobile Nodes, NICTA Australian Technology ...; Created on 10 March 2015
37. LoRa city-scale Testbed: (Testbed); Testbed Topology The LoRa testbed consists of one LoRa Gateway (GW ) that is deployed on the rooftop of our University’s premises and ten Sensing nodes that are scattered across the city of ...; Created on 09 March 2015
38. LoRa Agricultural Testbed: (Testbed); Testbed Topology The LoRa Agricultural testbed consists of three LoRa Gateways (GW) that are deployed in three crop fields and 7 Sensing nodes that are scatted across the area of North Macedonia, ...; Created on 09 March 2015
39. A Cloud-based Content Replication Framework Over Multi-Domain Environments: (Publications); ... content replication problem over cloud-based multi-technology infrastructures. We extend the classical model where every network node is a potential replica carrier and the link weights represent hops/delay ...; Created on 08 February 2015
40. C2M: Mobile Data Offloading to Mesh Networks: (Publications); ... mesh nodes in this joint task. We evaluate our work by simulating the operation of the LTE-A network, and conducting testbed experimentation for the mesh network. The results reveal significant savings ...; Created on 18 December 2014

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