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Your search keyword '"YUAN GAO"' showing total 19 results
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19 results on '"YUAN GAO"'

1. List of contributors

Author

Clematis, Davide, primary, Escamilla, Yael Ramírez, additional, Ferguson, James, additional, Flox, Cristina, additional, Franceschini, Esteban Andrés, additional, (Persson) Frost, Maja, additional, García, Gonzalo, additional, García, Janet Ledesma, additional, García, Juan Carlos Jiménez, additional, Gatalo, Matija, additional, Gurrola, Mayra Polett, additional, Hodnik, Nejc, additional, Hogg, David, additional, Hrnji, Armin, additional, Hurtado, Luis Gerardo Arriaga, additional, Jovanovič, Primož, additional, Lagunes, Fabiola Ilian Espinosa, additional, Lara, Yonathan Salazar, additional, Leung, Puiki, additional, Linares, José J., additional, Loiacono, Antonella, additional, Luis-Sunga, Maximina, additional, Maselj, Nik, additional, Matera, Fabio, additional, Mignard, Dimitri, additional, Mondal, Subrata, additional, Monllor-Satoca, Damián, additional, Ruiz-Martínez, Débora, additional, Sangaranarayanan, M.V., additional, Santiago, Elisabete I., additional, Smiljani, Milutin, additional, Velpula, Divya, additional, Villalpando, Ricardo Antonio Escalona, additional, Yuan, Gao, additional, and Zavala, Arturo Rico, additional

Published
2024
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18. A Routing Protocol Based on Trust for MANETs.

Author

Hai Zhuge, Fox, Geoffrey C., Cuirong Wang, Xiaozong Yang, and Yuan Gao

Abstract

Ad hoc network is a peer-to-peer grid system. The combination of the Knowledge Grid and ad hoc network could have a great effect on the future interconnection environment. In the existed researches about ad hoc routing protocols, knowledge with trusted requirements is not supported. In this paper, the trust level is used as knowledge for routing. The security rather than shortest path is the primary concern of the method. The performance evaluation via simulations shows that the method is a promising trust routing algorithm for MANETs. The effects of this trust model on DSR route discovery mechanism are analyzed. Results show that our model can improve the performance of DSR route discovery. [ABSTRACT FROM AUTHOR]

Published
2005
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19. A QoS-Satisfied Interdomain Overlay Multicast Algorithm for Live Media Service Grid.

Author

Yuhui Zhao, Yuyan An, Cuirong Wang, Yuan Gao, Hai Zhuge, and Fox, Geoffrey C.

Abstract

We are developing a live media service Grid(LMSG) as an extensible middleware architecture for supporting live media applications in a grid computing environment. The LMSG service was provided by the service brokers nodes(SvBs) which are strategically deployed by Internet Service Providers (ISPs). This paper mainly presents a QoS-satisfied interdomain overlay multicast algorithm (QIOM), which is the key to organize the SvBs to build a QoS-aware multicast service tree and the most important part of LMSG middleware. It is an overlay based the multicast connection solution for live media relay in different ASes and can overcome the difficulties of Border Gateway Multicast Protocol. The simulation results show that the QIOM algorithms can effectively find and provide QoS-assured overlay services and balance the overlay traffic burden among the SvBs. [ABSTRACT FROM AUTHOR]

Published
2005
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