Peer-to-peer Computing: The Evolution of a Disruptive TechnologyRamesh Subramanian, Brian D. Goodman Idea Group Inc (IGI), 2005. gada 1. janv. - 308 lappuses Peer to Peer Computing: The Evolution of a Disruptive Technology takes a holistic approach to the affects P2P Computing has on a number a disciplines. Some of those areas covered within this book include grid computing, web services, bioinformatics, security, finance and economics, collaboration, and legal issues. Unique in its approach, Peer to Peer Computing includes current articles from academics as well as IT practitioners and consultants from around the world. As a result, the book strikes a balance for many readers. Neither too technical or too managerial, Peer to Peer Computing appeals to the needs of both researchers and practitioners who are trying to gain a more thorough understanding of current P2P technologies and their emerging ramifications. |
No grāmatas satura
1.5. rezultāts no 65.
vi. lappuse
... result will be more speed, improved service, and lower prices. More important than the speed is the always-on connection, which will increase propensities to use online servicesand also increase expectations. The impact of WiFi is ...
... result will be more speed, improved service, and lower prices. More important than the speed is the always-on connection, which will increase propensities to use online servicesand also increase expectations. The impact of WiFi is ...
xiii. lappuse
... results. In Chapter X, Vladimir Soroka, Michal Jacovi, and Yoelle Maarek continue the thread on P2P collaboration and analyze the characteristics that make a system peer-to-peer and offer a P2P litmus test. The authors classify P2P ...
... results. In Chapter X, Vladimir Soroka, Michal Jacovi, and Yoelle Maarek continue the thread on P2P collaboration and analyze the characteristics that make a system peer-to-peer and offer a P2P litmus test. The authors classify P2P ...
3. lappuse
... result, assume the role of a coordinating entity. This type of network architecture combines P2P and client/server principles (Minar, 2001, 2002). Autonomy: Each node in a P2P network can autonomously determine when and to what extent ...
... result, assume the role of a coordinating entity. This type of network architecture combines P2P and client/server principles (Minar, 2001, 2002). Autonomy: Each node in a P2P network can autonomously determine when and to what extent ...
6. lappuse
... result, do not necessarily trust each other. In many cases, the use of P2P applications requires granting third parties access to the resources of an internal system, for example, in order to share files or processor cycles. Opening an ...
... result, do not necessarily trust each other. In many cases, the use of P2P applications requires granting third parties access to the resources of an internal system, for example, in order to share files or processor cycles. Opening an ...
8. lappuse
... results in a spontaneous networking of users with similar interests without a need for a central control. Collaboration: P2P groupware permits document management at the level of closed working groups. As a result, team members can ...
... results in a spontaneous networking of users with similar interests without a need for a central control. Collaboration: P2P groupware permits document management at the level of closed working groups. As a result, team members can ...
Saturs
Systems and Assets Issues Arising from Decentralized Networks in Security and Law | 113 |
P2P Domain Proliferation Perspectives and Influences of Peer Concepts on Collaboration Web Services and Grid Computing | 194 |
About the Editors | 296 |
About the Authors | 298 |
Index | 305 |
Citi izdevumi - Skatīt visu
Peer-to-peer Computing: The Evolution of a Disruptive Technology Ramesh Subramanian,Brian D. Goodman Ierobežota priekšskatīšana - 2005 |
Peer-to-peer Computing: The Evolution of a Disruptive Technology Ramesh Subramanian,Brian D. Goodman Ierobežota priekšskatīšana - 2005 |
Bieži izmantoti vārdi un frāzes
activity allow applications approach architecture authors bioinformatics central chapter client collaboration communication computing connected consistency Copying or distributing Copyright cost court create database described discovery discussion distributing in print dynamic e-mail electronic forms entities environment example exchange existing FastTrack Figure file sharing forms without written function Gnutella grid Idea Group Inc identifier implementation infrastructure infringement interaction interest Internet issues keywords knowledge maintain markets mechanism Napster node offer operations organization overlay P2P networks P2P systems peer peer-to-peer networks performance possible present print or electronic problem Proceedings protocol query received request result Retrieved routing servent server shared objects sharing space storage stored structure topology trust types University users