The Experts below are selected from a list of 162231 Experts worldwide ranked by ideXlab platform
Romano Fantacci - One of the best experts on this subject based on the ideXlab platform.
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Generalized error control techniques for Integrated Service packet networks
IEEE Transactions on Communications, 1994Co-Authors: Romano FantacciAbstract:This paper presents some generalized error control techniques that allows one to fulfill the delay and reliability demands of applications over Integrated Service packet networks (ISPNs). Binary frequency shift keying (FSK) modulation, which is suitable for lightwave packet networks and which, in addition, allows noncoherent detection in place of the classical coherent detection, has been considered. Performance is derived in terms of region-by-region and end-to-end error control. The proposed protocols performed better than previously described techniques, especially under poor channel conditions. In addition, the use of noncoherent detection produced a considerable reduction in receiver implementation complexity. >
Robbin D Crabtree - One of the best experts on this subject based on the ideXlab platform.
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a laboratory in citizenship Service learning in the technical communication classroom
Technical Communication Quarterly, 2002Co-Authors: David Alan Sapp, Robbin D CrabtreeAbstract:This article presents an argument for and offers illustrations of Service learning in technical communication courses and curricula. Alongside traditional internships that prepare students as future employees, Service learning provides students with an education in engaged citizenship. This article reviews Service-learning literature, discussing specifically the advantages of projects to students, faculty, and the community. The authors also describe three projects in which instructors and students Integrated Service learning and technical communication in innovative ways.
David Alan Sapp - One of the best experts on this subject based on the ideXlab platform.
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a laboratory in citizenship Service learning in the technical communication classroom
Technical Communication Quarterly, 2002Co-Authors: David Alan Sapp, Robbin D CrabtreeAbstract:This article presents an argument for and offers illustrations of Service learning in technical communication courses and curricula. Alongside traditional internships that prepare students as future employees, Service learning provides students with an education in engaged citizenship. This article reviews Service-learning literature, discussing specifically the advantages of projects to students, faculty, and the community. The authors also describe three projects in which instructors and students Integrated Service learning and technical communication in innovative ways.
Zuoning Chen - One of the best experts on this subject based on the ideXlab platform.
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ICAC - HiSML: A High-Level Integrated Service Monitoring Language
2015 IEEE International Conference on Autonomic Computing, 2015Co-Authors: Xinkui Zhao, Zuoning ChenAbstract:In this paper, we propose HiSML, a high-level Integrated Service monitoring language. The language is designed to build monitoring solutions for cloud computing platforms. The primary benefits of HiSML over existing monitoring tools are: 1) it is used to build the monitoring solution from scratch, and the monitored objects are specialized for the target platform, 2) it integrally monitors Services in all layers of cloud computing platforms: infrastructure layer, platform layer and software layer, 3) it allows programmers to describe the dependency between monitored Services to guide analysis on the collected data, 4) it allows programmers to manually store and backup the monitored data, 5) it supports hybrid programming with other programming languages to assist the adaptive management of cloud computing platforms.
Ruay-shiung Chang - One of the best experts on this subject based on the ideXlab platform.
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Integrated Service Mobile Internet: RSVP over Mobile IPv4&6
Mobile Networks and Applications, 2003Co-Authors: Ruay-shiung ChangAbstract:While the Internet keeps its penetration into every facet of life and every corner of the globe, two things stand out. One is the hunger for high quality of Services to convey audio and video data. The other is the desire for ubiquitous connections. Combining the two we have an Internet that is capable of supporting multimedia communications for nomadic users on the move. To have a high quality connection, resource must be allocated along the connection path. The current Internet standard for resource reservation is RSVP (Resource reSerVation Protocol), which is receiver-initiated and allows one-to-one or one-to-many communication to have resource reserved in the path from sender to receiver(s). To support mobile users, the Internet also has the mobile IP standard. Mobile IP allows a mobile host to roam from one subnet to another seamlessly. However, several problems need to be solved before we can support QoS communications for mobile users by applying RSVP to mobile IP. In this paper, we identify four problems related to RSVP over mobile IP. The problems are the resource pre-reservation problem, the RSVP tunneling problem, the common path identification problem, and the mobile proxy problem. We also survey the various solutions proposed by many papers.
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Integrated Service mobile internet rsvp over mobile ipv4 6
Mobile Networks and Applications, 2003Co-Authors: Ruay-shiung ChangAbstract:While the Internet keeps its penetration into every facet of life and every corner of the globe, two things stand out. One is the hunger for high quality of Services to convey audio and video data. The other is the desire for ubiquitous connections. Combining the two we have an Internet that is capable of supporting multimedia communications for nomadic users on the move. To have a high quality connection, resource must be allocated along the connection path. The current Internet standard for resource reservation is RSVP (Resource reSerVation Protocol), which is receiver-initiated and allows one-to-one or one-to-many communication to have resource reserved in the path from sender to receiver(s). To support mobile users, the Internet also has the mobile IP standard. Mobile IP allows a mobile host to roam from one subnet to another seamlessly. However, several problems need to be solved before we can support QoS communications for mobile users by applying RSVP to mobile IP. In this paper, we identify four problems related to RSVP over mobile IP. The problems are the resource pre-reservation problem, the RSVP tunneling problem, the common path identification problem, and the mobile proxy problem. We also survey the various solutions proposed by many papers.