Search - NITlab - Network Implementation Testbed Laboratory

1. Implementation of a Protocol for Cooperative Packet Recovery Over Hybrid Networks ...: (Publications); ... condition, it is difficult to deliver this content efficiently to all users. A hybrid network architecture has been proposed that uses a peer to peer exchange of packets over an assistant network to supplement ...; Created on 03 September 2013
2. Educational activities on NITOS: (Uncategorised); ... is to introduce the basic Internet protocols and architectures. The topics covered include packet-switched and multi-access networks, addressing, naming and DNS, routing, flow control, congestion control, ...; Created on 16 May 2018
3. Employing MEC in the Cloud-RAN: An Experimental Analysis: (Publications); ... functions in a per-packet and per-client basis, over real networks. We evaluate the placement of the MEC functions over the fronthaul interface or collocating them with the Core Network. We employ th ...; Created on 18 September 2017
4. Demo: Real LTE Experimentation in a Controlled Environment: (Publications); ... LTE equipment very difficult.Recently, iMinds w-iLab.t testbed has been extended withcommercial LTE equipment and an EPC (Evolved PacketCore) software platform, offering the opportunity toorchestrate and ...; Created on 18 September 2017
5. SDN Implementation of Slicing and Fast Failover in 5G Transport Networks: (Publications); ... fast proactive failover scheme for recovering from single link failures, without the delays and packet drops associated with reaching a remote controller entity. Download paper: Click here ...; Created on 27 June 2017
6. Video aware Multicast Opportunistic Routing over 802.11 two-hop mesh networks: (Publications); ... nature of the wireless communication and outperforms the packets losses happen in a wireless environment, especially in case of multicast. In this work, we present and evaluate the performance of an innovative ...; Created on 31 March 2017
7. 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
8. In-network Congestion Control for Multirate Multicast: (Publications); ... deterministically bounded, which provides delay guarantees on delivered packets. To illustrate its practicality, we present a prototype implementation in the NITOS wireless testbed. The experimental results ...; Created on 01 February 2016
9. A Demonstration of Evolved User Equipment for Collaborative Wireless Backhauling in Next Generation Cellular Networks: (Publications); ... forwarding at Layer 2 among adjacent eNBs with the aid of enhanced user equipment (UE) devices, that act voluntarily as packet forwarders. We introduce an evolved-UE (eUE) which is capable of operating ...; Created on 02 May 2015
10. Evolved User Equipment for Collaborative Wireless Backhauling in Next Generation Cellular Networks: (Publications); ... at Layer 2 among adjacent eNBs with the aid of enhanced user equipment (UE) devices, that act voluntarily as packet forwarders. Therefore, legacy UEs are leveraged as active network elements being capable ...; Created on 02 May 2015
11. A Relaying Selection Scheme for Maximizing a Diamond Network's Throughput: (Demos); ... to avoid packet collisions. Thus, first hop links (S-->R1 or S -> R2) use channel A and second hop links (R1 --> D and R2 --> D) use channel B. Moreover, considering the case where collisions might be ...; Created on 10 March 2015
12. LoRa city-scale Testbed: (Testbed); ... when performing link quality experiments. Upon receiving a request for experiment, each sensing node trans- mits 10 consecutive packets at the data rate, payload length and transmission power that has ...; Created on 09 March 2015
13. LoRa Agricultural Testbed: (Testbed); ... a request for experiment, each sensing node transmits 10 consecutive packets at the data rate, payload length and transmission power that has been determined by the GW. The gateway sends the experiment ...; Created on 09 March 2015
14. Demonstration of a Video-aware Multicast Opportunistic Routing protocol over 802.11 two-hop mesh networks: (Publications); ... medium and offers spatial diversity among the receivers. ViMOR extends MORE, a state of the art OR algorithm, by orchestrating packet transmissions and prioritizing video traffic, in order to conform with ...; Created on 12 December 2014
15. FGRE: Experimental Topology used: (FGRE Tutorial - 2014); ... in your home's wireless router; The Base Station is using the 192.168.55.1 IP address Multiple clients use the 192.168.55.0/24 subnet to communicate with the Base Station Packets routed through th ...; Created on 03 July 2014
16. WiMAX tutorial: (OMF Guides); ... et6 addr: fe80::21e:42ff:fe02:1ca4/64 Scope:Link UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1 RX packets:103 errors:0 dropped:0 overruns:0 frame:0 TX packets:139 erro ...; Created on 17 June 2014
17. Video-aware Multicast Opportunistic Routing over 802.11 mesh networks: (Publications); ... In addition, we focus on the orchestration of the packet transmissions and the prioritization of the video traffic towards improving the video-perception quality of the end users. In order to evaluate ...; Created on 16 April 2014
18. ITS Overview: (Testbed); ... The standard specifies six different types of packets; 1) Beacons 2) Single Hop Broadcast (SHB) 3) Topologically Scoped Broadcast (TSB) 4) GeoBroadcast/GeoAnycast 5) GeoUnicast 6) Location ...; Created on 10 March 2014
19. A Demonstation of Multirate Multicast Over an 802.11 Mesh Network: (Publications); ... multicast scheme for video delivery to wireless users. We demonstrate an adaptive scheme that combines differential backlog scheduling and intelligent packet dropping, both based on local information. ...; Created on 04 March 2014
20. WiMAX end-devices: (Wimax); ... to the Teltonika USB dongle NITlab also acquired the UT WiMAX USB dongle provided by greenpacket with similar characteristics. Key Features: Compliant with IEEE802.16e-2005 WiMAX Wave 2 standard ...; Created on 06 January 2014

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