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21. NITOS BikesNet: Enabling Mobile Sensing Experiments through the OMF Framework in a city-wide environment: (Publications); ... equipped with different types of sensors, and which can be easily mounted on a bicycle in order to opportunistically collect environmental and WiFi measurements in different parts of the city. Experimenters ...; Created on 26 September 2014
22. Atheros Spectral Scan Experimentation: (Wireless Experimentation); NITlab provides tha opportunity to the experimenter to understand and recognize the experiment's environment conditions, taking advantage of the Atheros Spectral Scan mechanism. A short tutorial is given ...; Created on 24 July 2014
23. FGRE: Possible Team Projects: (FGRE Tutorial - 2014); ... WiMAX Traffic shaping for the different kinds of traffic. You can visit the NITOS testbed portal (http://nitlab.inf.uth.gr) to figure out which other resources can be used. Some example experiments ...; Created on 03 July 2014
24. FGRE: Changing Base Station Parameters: (FGRE Tutorial - 2014); ... the experimentation with the WiMAX network. The Base Station parameters can be changed by using a REST based API provided by the testbed's Control and Management Framework. The parameters are changed ...; Created on 03 July 2014
25. FGRE: Experimental Topology used: (FGRE Tutorial - 2014); The topology that we are examining in this tutorial is a central Base Station unit, able to route requests from an internal WiMAX network to the internet. The process is similar to the one that takes place ...; Created on 03 July 2014
26. FGRE: Visualizing an Experiment's Measurements: (FGRE Tutorial - 2014); Experiments involving multiple nodes, demand that the measurements collected from them are in an organized way. For this purpose, we will employ the OML library responsible for collecting measurements ...; Created on 03 July 2014
27. FGRE: Accessing the NITOS testbed remotely: (FGRE Tutorial - 2014); NITOS server is remotely accessible, and the experimental nodes available for reservation 24/7. In order to access the server, you can use the credentials that have been handed out to you and issue the ...; Created on 03 July 2014
28. FGRE: NITOS testbed Introduction: (FGRE Tutorial - 2014); The NITOS Future Internet facility is a heterogeneous testbed that allows experimenters from all over the globe to have access on multiple cutting-edge resources, enabling the conception and experimental ...; Created on 03 July 2014
29. FGRE 2014: Tutorial Introduction: (FGRE Tutorial - 2014); This page has the complete instructions to run the WiMAX tutorial on NITOS testbed, given at Fed4FIRE GENI Research and Experiment Summit 2014. The overview of the tutorial is given in the following ...; Created on 03 July 2014
30. Building an infrastructure for experimentation between Brazil and Europe to enhance research collaboration in future Internet: (Publications); ... and education network, in creating a large-scale research facility for experimentation on Future Internet as a member of the FIBRE (Future Internet testbeds experimentation between BRazil and Europe) project. ...; Created on 02 July 2014
31. WiMAX tutorial: (OMF Tutorials); ... testbed (nodes41-49). Reserving the base station will render rights to the experimenter to access the WiMAXrf service of the testbed, used to configure and setup the base station at the experimenter's ...; Created on 17 June 2014
32. WiMAX OMF AM Service: (Testbed); ... Testbed, tailored to meet the needs of the NITOS experimenters. The target topology is the following: NA MPEI H PIC EDW ...; Created on 17 June 2014
33. LTE OMF AM updates: (Testbed); ... reply. Similar to this, if the experimenter needs to change the current operating band, the command should look like: wget -qO- "http://lterf:5054/lterf/bs/set?freqBandIndicator=7&&node=1" For ...; Created on 12 June 2014
34. Integration of IRIS in OMF: (Testbed); ... precise/ You can now install our extensions for the Experiment Controller (EC) at the server with the following command: apt-get update && apt-get install omf-expctl-iris The EC contains some ...; Created on 10 June 2014
35. NITOS Wireless Sensor Platform (2): (Hardware); ... developers can define different network topologies according to their experimentation setup, while numerous aggregation schemes can be used for gathering information reducing the total communication cost. ...; Created on 29 May 2014
36. XIFI: (Projects); ... of it have been built throughout several EU-FP7 projects addressing the objectives set by the Future Internet Research and Experimentation initiative. NITOS testbed infrastructure is consisting of several ...; Created on 24 May 2014
37. NITOS Mobile Monitoring Solution: Realistic Energy Consumption Profiling of Mobile Devices: (Publications); ... on-line way. In this work, we detail the components of the developed framework and demonstrate two indicative scenarios that showcase how the diversity of experimental conditions and configurations can ...; Created on 16 April 2014
38. Video-aware Multicast Opportunistic Routing over 802.11 mesh networks: (Publications); ... we conducted experiments in a realistic medium-scale wireless testbed. Our results show that the proposed scheme increases the average video-perception quality, measured in PSNR, by up to 270% in some ...; Created on 16 April 2014
39. Experimental Evaluation and Comparative Study on Energy Efficiency of the Evolving IEEE 802.11 Standards: (Publications); ... to improve its throughput performance, with the most recent one being the IEEE 802.11n extension. In this paper, we present experimentally obtained results that evaluate the energy efficiency of the base ...; Created on 16 April 2014
40. lterf OMF AM service: (Testbed); ... that are visible to the testbed Operator and can be used for setting up an experiment. The setup we have followed is similar to the one used by the GENI WiMAX consortium in US (http://wimax.orbit-lab.org) ...; Created on 10 April 2014