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1. Configuring Datapaths: (LTE Documentation); ... command shall setup a GEANT connection from the EPC server, using the ID based on the table presented above, using a name set by the user, and will bridge the APN provided to it. You can also save/list/load/delete ...; Created on 18 November 2015
2. Configuring a new APN: (LTE Documentation); ... regarding the IP address set to the PDN-GW, the netmask used, the primary and secondary DNS servers used by the LTE UE, and the DHCP range starting and ending IP addresses. to update this configuration, ...; Created on 18 November 2015
3. FGRE 2015: Tutorial: (FGRE Tutorial 2015); ... and SDN resources are the following: Connect to NITOS server through ssh, using one of the available slices fgre* (fgre1 - fgre6). The password will be given during the tutorial. fgre1-fgre2: ssh ...; Created on 26 June 2015
4. AMQP(rabbitmq) installation-configuration: (Configurations); Rabbitmq installation: To install rabbitmq you need to: $ apt-get install ruby-dev build-essential libssl-dev $ apt-get install rabbitmq-server $ service rabbitmq-server restart Configuration files ...; Created on 03 June 2015
5. Simple LTE Tutorial: (Testbed); ... NITOS facility, used to configure and setup the eNBs and the EPC at the experimenter's will. After your reservation has started, log in to the NITOS3 server with the following command: ssh This email address is being protected from spambots. You need JavaScript enabled to view it. ...; Created on 21 May 2015
6. CPU Provisioning Algorithms for Service Differentiation in Cloud-Based Environments: (Publications); ... on the design, analysis and evaluation of Dynamic Weighted Round Robin (DWRR) algorithms that can guarantee CPU service shares in clusters of servers. Our motivation comes from the need to provision multiple ...; Created on 19 May 2015
7. Cloud Computing: (Testbed); NITOS cloud infrastructure is based on HP GEN8 and GEN9 blade and rack-mounted servers. Each blade server has two powerful 16-core Intel Xeon processors, 96 GBs of RAM and two 300GB 6G ...; Created on 09 March 2015
8. LTE EPC Control Service Documentation: (LTE Documentation); ... IPv4 address of the gateway for the APN, e.g. “10.0.4.1” gatewaySubnet Gateway subnet mask, e.g. “255.255.255.0” primaryDNS Gateway primary DNS server, e.g. ...; Created on 19 January 2015
9. Atheros Spectral Scan Experimentation: (Wireless Experimentation); ... below for using this feature in the NITOS testbed. First of all we have to connect to the NITOS server: $ ssh -X This email address is being protected from spambots. You need JavaScript enabled to view it. turn on the reserved resources: $ omf tell -a on -t omf.nitos.node0XX then ...; Created on 24 July 2014
10. FGRE: Changing Base Station Parameters: (FGRE Tutorial - 2014); ... the following command from the testbed server: wget -qO- "http://wimaxrf:5054/wimaxrf/" | xml_pp For example, in order to set restart the Base Station you can send the following command: wget ...; Created on 03 July 2014
11. FGRE: Collecting Performance Statistics: (FGRE Tutorial - 2014); ... you can notice significant differences among the statistics collected from the nodes. In order to retrieve statistics from the dongle and push them to a database server you will have to send the following ...; Created on 03 July 2014
12. FGRE: Connecting to the WiMAX Network: (FGRE Tutorial - 2014); ... Host 192.168.55.3 is the server behind the Base Station, responsible for configuring it and routing the traffic coming from it. << Previous Page Next Page >> ...; Created on 03 July 2014
13. FGRE: Visualizing an Experiment's Measurements: (FGRE Tutorial - 2014); ... and visualize database files with measurements. We will use a second NITOS server for visualizing our experiments. Login using your credentials to the nitlab-wimax.inf.uth.gr server using the command: ...; Created on 03 July 2014
14. 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
15. 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
16. WiMAX tutorial: (OMF Tutorials); ... will. After your reservation has started, login to the NITOS2 server with the following command: ssh This email address is being protected from spambots. You need JavaScript enabled to view it. Once you have logged in, you should setup the base station to the ...; Created on 17 June 2014
17. 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
18. Integration of IRIS in OMF: (Testbed); ... the default OMF files with the source files found in NITLab's git repository. You can clone the files with the following command, if you have an account in the NITLab server: git clone This email address is being protected from spambots. You need JavaScript enabled to view it. :/home/git/repos/iris.git In ...; Created on 10 June 2014
19. NITOS Wireless Sensor Platform (2): (Hardware); ... configured to act as a Web Server that serves http requests. In essence, the developed gateway enables communication between the IEEE 802.15.4 network and the User/Server. References: [1] Network Implementation ...; Created on 29 May 2014
20. lterf OMF AM service: (Testbed); ... . We assume that the OMF AM service is running at a dedicated server for each AP. The setup is similar to the one illustrated in Figure 1. Each lterf server instance is able to control one AP, ...; Created on 10 April 2014

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