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1. FGRE 2015: Tutorial: (FGRE Tutorial 2015); ... on the ARP requester. Configuring the openflow controller, the experimenter is able to control the receiver of each sender. The steps that you have to follow in order to experiment with wireless ...; Created on 26 June 2015
2. Simple LTE Tutorial: (Testbed); ... As NITOS is currently upgrading to control multiple remote femtocells, please issue the following command to switch using the indoor testbed before restarting it. You can do this with the following command: ...; Created on 21 May 2015
3. 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
4. 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
5. OpenFlow - Wireless Federation with South Korean Islands: (Publications); ... 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
6. Cloud Computing: (Testbed); ... a robust and sustainable cloud environment. The management and control of the virtualized datacenter infrastructure is made with the OpenStack Icehouse framework in order to decompose infrastructure ...; Created on 09 March 2015
7. LTE Datapath Control Service Documentation: (LTE Documentation); ... wget -qO- http://lterf:5054/lterf/datapath/delete?name=demo Deletes the bridge (and the interfaces/ports/controller associated with that bridge) specified by the argument 'name' from the current datapath ...; Created on 19 January 2015
8. LTE EPC Control Service Documentation: (LTE Documentation); The API functions are called via a URL as follows for “get” functions, i.e. functions used to retrieve data: epc/get?function=someFunction&args=arg1,arg2,... Similarly, “set” functions, i.e. ...; Created on 19 January 2015
9. LTE Base Station Control Service Documentation: (LTE Documentation); This article describes the parameters that can be configured in the OMF AM service "LTErf", for controlling and managing the LTE Base Station parameters. The service is able to change LTE EPC parameters ...; Created on 19 January 2015
10. 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
11. NITOS BikesNet: Enabling Mobile Sensing Experiments through the OMF Framework in a city-wide environment: (Publications); ... can remotely reserve and control the sensor nodes on bicycles as well as collect/visualize their measurements via the OMF/OML framework, which was extended in order to handle the intermittent connectivity ...; Created on 26 September 2014
12. 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
13. FGRE: NITOS testbed Introduction: (FGRE Tutorial - 2014); ... stored and processed at a centralized cluster of servers, which controls the irrigating system. The distributed wireless sensor infrastructure is located in the agricultural installation of UTH and enables experimentation ...; Created on 03 July 2014
14. Building an infrastructure for experimentation between Brazil and Europe to enhance research collaboration in future Internet: (Publications); ... to access the testbed through an integrated interface for either experimental or control planes, and provides a common access to the different underlying Control and Monitoring Frameworks (CMFs) for Future ...; Created on 02 July 2014
15. WiMAX OMF AM Service: (Testbed); The NITLab team have enhanced the NITOS testbed via an OMF service for controlling the WiMAX Base Station that the testbed provides. The service was based on the initial WiMAXRF service provided by Orbit ...; Created on 17 June 2014
16. LTE OMF AM updates: (Testbed); The second version of the LTERF service is a significant update of the first one, as it allows controlling multiple femtocells using only one server. This update is requires the adaptation of the commands ...; Created on 12 June 2014
17. Broker Rspecs: (Instructions); ... component_name="node1" exclusive="true" client_id="my_node"> <interface component_id="urn:publicid:IDN+omf:nitos+interface+control" component_name="control"> <ip address="10.0.0.1"/> ...; Created on 10 June 2014
18. 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
19. NITOS Wireless Sensor Platform (2): (Hardware); ... by Arduino's [4] open-source software. The on-board AVR micro-controller developed by Atmel [5], runs at 8Mhz and coordinates the overall platform operation. Moreover, the platform is equipped with a Xbee ...; Created on 29 May 2014
20. lterf OMF AM service: (Testbed); NITLab and WINLAB (Rutgers University) have developed the first version of an OMF Aggregate Manager service, ready to be installed at any similar to NITOS testbed, that enables controlling of the ip.access ...; Created on 10 April 2014

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