The Experts below are selected from a list of 42675 Experts worldwide ranked by ideXlab platform
Michael Fitch - One of the best experts on this subject based on the ideXlab platform.
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Integrating users into the wider Broadband Network via high altitude platforms
IEEE Wireless Communications, 2005Co-Authors: David Grace, Marco Bobbio Pallavicini, Joachim Horwath, Myles H. Capstick, Mihael Mohorcic, Michael FitchAbstract:An overview of CAPANINA, a project funded by the European Commission's 6th Framework Programme, is presented. The project is developing communications technologies for use with aerial platforms with the aim of integrating users in hard to reach areas and those disadvantaged by geography into the wider Broadband Network. The article discusses the three broad areas of the project. Specific aspects covered include Broadband applications and services selection, along with appropriate integrated delivery configurations to deliver the required capacity and upgradeability; and the associated trials, along with the required wireless and free space optical equipment. Longer-term research underway into delivering Broadband backhaul to high-speed trains from aerial platforms, enabling integration with onboard WLAN access points, is also discussed.
Zhou Jianyon - One of the best experts on this subject based on the ideXlab platform.
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Discussion on Several Key Issues of Wireless Broadband Network Construction in Smart Power Grid
Southern Power System Technology, 2014Co-Authors: Zhou JianyonAbstract:Several key issues of wireless Broadband Network construction in smart power grid are discussed in this paper,including the technological system,radio frequency bandwidth,radio frequency and wireless coverage technology. The technologies of customized power wireless Broadband Network are proposed based on the TD- LTE technology system,including adopt of 1. 8 GHz or lower frequency,5 MHz or 10 MHz bandwidth,and 5 means of radio uplink coverage.
Frowin Derr - One of the best experts on this subject based on the ideXlab platform.
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Realization of a passive Broadband‐Network termination 1 (B‐NT1) for the optical user‐Network interface
European Transactions on Telecommunications, 1995Co-Authors: Oliver Jahreis, Olaf Möller, Frowin DerrAbstract:A new passive Broadband Network Termination 1 (B-NT1) as an alternative to the active B-NT1 for B-ISDN is described which supervises the U B interface between B-LT and B-NT1. For this purpose, the B-LT generates an additional pseudo noise (PN-)signal which is reflected at the passive B-NT1 and analysed by a correlation method in the B-LT. The alarm flow between B-LT and the B-NT2 remains unchanged by introducing a new reflection alarm REFL in the B-LT which is based on the evaluation of the correlation signal and describes the condition of the U B interface. The passive B-NT1 concept offers a more economical alternative for the Network operator to provide Operation and Maintenance (OAM) on the T B and U B interface
Troels B. Sorensen - One of the best experts on this subject based on the ideXlab platform.
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VTC Spring - MOST: Mobile Broadband Network Optimization Using Planned Spatio-Temporal Events
2015 IEEE 81st Vehicular Technology Conference (VTC Spring), 2015Co-Authors: Saulius Samulevicius, Torben Bach Pedersen, Troels B. SorensenAbstract:Continuous optimization of Mobile Broadband Networks (MBNs) is done to simultaneously optimize and balance some performance factors such as Quality of Service (QoS) and energy usage. Initial MBN optimization approaches used various heuristics, while more advanced approaches have investigated the MBN optimization potential using predictions of future node loads based on historical load data. However, using only historical load data for prediction often fails when events occur. This paper presents MOST (Mobile Broadband Network Optimization using planned Spatio-Temporal events) approach that additionally uses external spatio-temporal information about planned events, e.g., the time and place of big concerts or football matches, to improve the prediction quality, thus enabling more correct MBN optimization. A simulation using experimental data from a mobile Broadband Network in Denmark shows that MOST is able to improve the prediction quality very significantly, and thus enables significantly better MBN optimizations to be performed.
Ma Xiao-yan - One of the best experts on this subject based on the ideXlab platform.
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A Study on the Technology of Radar Signal Long-range Transmission Based on a Broadband Network
Modern Radar, 2005Co-Authors: Ma Xiao-yanAbstract:Taking a high-performance surveillance/guiding radar as the model, the protocol system which fits the remote transmission of radar signals is studied in this paper. Affention is focused on the application protocol, design and a special communication software with Visual C++ is developed. The software is then tested on a Broadband Network at last. The results show that the transmission characteristics are good and can satisfy the need of transmission of radar signals with Broadband Network.
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Broadband Network-based Information Transmission Technique for the Distributed Remote-controlled Radar
Modern Radar, 2004Co-Authors: Ma Xiao-yanAbstract:A special Broadband Network-based distributed remote-controlled radar is presented, and the development of the current Broadband Networks is introduced. The feasibility to transmit radar video signals and other related signals with the Broadband Network is discussed. Finally a communal Broadband LAN is used to simulate the radar signal transmition, and satisfactory results are obtained.
