Titlebook: Global Computing; IST/FET Internationa Corrado Priami,Paola Quaglia Conference proceedings 2005 Springer-Verlag Berlin Heidelberg 2005 Clus

辯論的終結(jié)

Ralph Snyderman,Marilyn C. Pikememory usage. Processes only have “l(fā)ocal knowledge” about each other. They organize themselves dynamically (right from the bootstrapping phase), according to join, leave or crash events, to form a locality-based dissemination graph. Broadcast messages can be disseminated using these graphs in large

壓倒性勝利

Generosity

ETCH

https://doi.org/10.1007/978-981-15-5823-8utational entity is seen as an agent developed using Computational Logic tools and techniques. We model a KGP agent by relying upon a collection of capabilities, which are then used to define a collection of transitions, to be used within logically specified, context sensitive control theories, whic

長處

范圍廣

JIBE

Mobile UML Statecharts with Localities,ehaviour is given by statecharts. Each object resides in a given place, and a collection of such places forms a network. Objects are aware of the . of other objects, i.e. the logical names of the places where the latter reside, but not of the physical name of such places. In addition to their usual

踉蹌

Communities: Concept-Based Querying for Mobile Services,ether semantically related services. Each such group is termed a community. Communities are organized in a global taxonomy whose nodes are related contextually. The taxonomy can be seen as an expandable, flexible and distributed semantic index over the system, which aims at improving service discove

清洗

Towards a Formal Treatment of Secrecy Against Computational Adversaries,es not include. To relate these two different models of cryptography, in this paper we enrich a formal model for cryptographic expressions, originally based on the Dolev-Yao assumptions, with computational aspects based on notions of probability and computational power. The obtained result is that i

陶器

For-LySa: UML for Authentication Analysis, automated formal analyses with minimal overhead. In this paper, we present For-LySa, an instantiation of the DEGAS approach for authentication analysis, which exploits an existing analysis tool developed for the process calculus LySa. We discuss what information is needed for the analysis, and how