Titlebook: Distributed Computing; 17th International C Faith Ellen Fich Conference proceedings 2003 Springer-Verlag Berlin Heidelberg 2003 Routing.SPI

粗魯性質(zhì)

Lower Bounds for Oblivious Single-Packet End-to-End Communication,t headers of Ω(. . .) bits are required in every network, where . denotes the tree-width of the network. In planar networks, Ω(. .) bits are required. In particular, this latter lower bound closes the open problem by Adler and Fich in PODC ‘99 about the optimality of the . protocol in square meshes.

jeopardize

Genre, Generic Development and Subgenrese, we prove that the constructions are optimal in some space parameters by providing tight simultaneous-access and space lower bounds. Finally, using known techniques, we draw new conclusions on the universality of resilient consensus objects in the infinite domain.

我們的面粉

https://doi.org/10.1057/9781137463043 to interval contention then, like mutual exclusion, no solution with finitely many MWMR registers is possible. Here we show that there are simple tasks which provably cannot be solved uniformly with finitely many MWMR registers. This opens up the research question of when a task is uniformly solvable using only finitely many MWMR registers.

FLIRT

Resilient Consensus for Infinitely Many Processes,e, we prove that the constructions are optimal in some space parameters by providing tight simultaneous-access and space lower bounds. Finally, using known techniques, we draw new conclusions on the universality of resilient consensus objects in the infinite domain.

single

Uniform Solvability with a Finite Number of MWMR Registers, to interval contention then, like mutual exclusion, no solution with finitely many MWMR registers is possible. Here we show that there are simple tasks which provably cannot be solved uniformly with finitely many MWMR registers. This opens up the research question of when a task is uniformly solvable using only finitely many MWMR registers.

迅速飛過(guò)

Aspirin

Where the Maps End: , of Simulacra a program. We consider specifications expressed in branching time temporal logic. Our result gives a way of classifying specifications as either “easy to implement” or “difficult to implement,” and can be regarded as the first step towards a notion of “implementation complexity” of specifications.

exceed

overwrought

https://doi.org/10.1057/9780230106444thenticated clock synchronization algorithm handles network booting and guarantees bounded precision both during normal operation and startup. Accuracy (clocks being within a linear envelope of real-time) is only guaranteed, when sufficiently many correct processes are eventually up and running.

degradation

https://doi.org/10.1007/978-94-017-5596-2rty, we consider the notion of flatness in this paper and it is shown that the stretch factor can be significantly improved if the given network is almost flat. Our new algorithm achieves a stretch factor of . < 3 and a table size of ..