Search - NITlab - Network Implementation Testbed Laboratory

21. Wishful: (Current); The WiSHFUL project (Wireless Software and Hardware platforms for Flexible and Unified radio and network controL) will reduce the threshold for experimentation in view of wireless innovation creation and ...; Created on 16 January 2017
22. Forging Client Mobility with OpenFlow: an experimental study: (Publications); ... layer protocols with multi-homing features, namely Stream Control Transmission Protocol and Multipath TCP. Download paper: Click Here ...; Created on 18 April 2016
23. 5GXHaul: (Current); ... Shared Optical Network offering elastic and fine granular bandwidth allocation, cooperating with advanced passive optical networks;3) A software-defined cognitive control plane, able to forecast traffic ...; Created on 08 March 2016
24. SMS: (Past); ... of a series of contaminants. The pollutants specifically targeted by the project have been indicated as having priority for quality control of seawater. They cover a wide spectrum of regulated chemicals ...; Created on 08 March 2016
25. SmartFIRE ends with great success!: (Latest); ... platform for controlling, managing, provisioning and experimenting on top of the largest experimental infrastructures in Europe and South Korea. The final achievements and outcomes of the project can ...; Created on 04 February 2016
26. Bits and Coins: Supporting Collaborative Consumption of Mobile Internet: (Publications); ... network conditions that are rapidly changing. To address these challenges we design and implement a novel cloud-controlled MUPN system, that employs software defined networking support on mobile terminals, ...; Created on 01 February 2016
27. Enabling SDN Experimentation with Wired and Wireless Resources: The SmartFIRE facility: (Publications); ... research community a way to remotely perform and control networking experiments. Most of the platforms, called testbeds, offer experimentation as a service. However, each testbed is specialized in a specific ...; Created on 01 February 2016
28. NITOS Mobile Sensing Testbed: Experimenting with Android Sensing Devices in a City-Wide Environment: (Demos); ... ding the remote control of Android smartphones, a dedicated Resource Controller (RC) has been developed so that experimenters could launch any application they desire or configure the phone according to ...; Created on 21 January 2016
29. NITOS BikesNet: (Demos); NITOS BikesNet is a remotely controlled city-scale mobile sensing framework based on the bicycles of volunteer users. NITOS BikesNet employs an open-source embedded sensing device that can be easily mounted ...; Created on 19 January 2016
30. NITOS Office Sensing Framework: (Demos); In this demo we present a sensing and actuating framework deployed in the premises of NITlab to acquire environmental measurements as well as energy ones and to control particular devices in the lab such ...; Created on 19 January 2016
31. MAZI: (Current); ... owned and controlled by local actors. MAZI invests in this paradigm of technology-supported networking, as a means to bring closer together those living in physical proximity. Through an experienced interdisciplinary ...; Created on 10 January 2016
32. Wi-Fi testbed: (Wi-Fi); ... Open source drivers offer the ability to researchers to develop and implement their own wireless protocols and algorithms for routing, rate adaptation, frequency selection, power control ...; Created on 10 December 2015
33. NITOS facility: (Testbed); ... the cluster’s modules and 1Gb amongst the cluster and GEANT. A wireless sensor network testbed, consisting of a controllable testbed deployed in UTH’s offices, a city-scale sensor network deployed in ...; Created on 22 July 2015
34. CPU Provisioning Algorithms for Service Differentiation in Cloud-Based Environments: (Publications); ... server CPUs in cloud-based data center environments. Using stochastic control theory we show that a class of DWRR policies provide the service differentiation objectives, without requiring any knowledge ...; Created on 19 May 2015
35. Testbed Innovations for Experimenting with Wired and Wireless Software Defined Networks: (Publications); ... the heterogeneous resources that the testbeds provide. However, most of these testbeds aim only in wireless/wired networking experimentation, resulting in unsimilar testbed control and experimentation ...; Created on 24 April 2015
36. OpenFlow - Wireless Federation with South Korean Islands: (Demos); ... through OMF 6 The whole experiment is orchestrated through the testbed control and management framework of OMF 6. NITOS has adopted OMF 6 as its software framework and C-flow utilizes ICN-OMF (details ...; Created on 20 March 2015
37. A Relaying Selection Scheme for Maximizing a Diamond Network's Throughput: (Demos); ... (see related paper) with respect to network controller a(t). The solution follows simply, and the network controller indicates power efficient schedules by setting a(t) = 1 and selecting links SR1 and ...; Created on 10 March 2015
38. Mobile Node: (Demos); ... it does a specific movement (turn right/left, stop). Alix motherboard features two wireless interfaces (Atheros AR5006). The first is used to control the node while it provides wireless communication ...; Created on 10 March 2015
39. Cloud Computing: (Testbed); ... provision the servers’ hardware resources and support a robust and sustainable cloud environment. The management and control of the virtualized datacenter infrastructure is made with the Openstack Icehouse ...; Created on 09 March 2015
40. The EXPRESS SDN Experiment in the OpenLab Large Scale Shared Experimental Facility: (Publications); ... w-iLab.t) from the OpenLab federation. The experiments consist in the evaluation of a designed solution for the selection of the SDN controller by the Wireless Mesh Routers in intermittently connected ...; Created on 18 December 2014

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