Titlebook: Distributed Computing; 12th International S Shay Kutten Conference proceedings 1998 Springer-Verlag Berlin Heidelberg 1998 ATM.Distributed

階層

Introducing Flex and Flex Builder 2,cal interface to the shared memory, and in particular, there are no . registers. This paper assumes that processes do not fail, and the shared memory consists only of read/write registers, which are initialized to some default value. A complete characterization of the functions and relations that ca

Indecisive

Hla461

https://doi.org/10.1007/978-1-4302-0566-1ns of a link are not identical. On top of a given physical network we construct directed VPs. Routing in the physical network is done using these VPs. Given the capacity of each physical link (the maximum number of VPs that can pass through the link) the problem consists in defining a set of VPs to

束縛

確定方向

https://doi.org/10.1007/978-1-4842-8722-4 main result is a new Leader Election algorithm, with . time complexity and .(. · lg(.)) message transmission complexity. Our distributed solution uses a special form of the propagation of information with feedback (PIF) building block tuned to the broadcast media, and a special . approach for the e

捏造

HAIRY

The Memory (aka Concentration) Game,versary. It is well-known that Byzantine agreement is possible if and only if the number of cheaters is less than ./3. In this paper we consider a general adversary that is specified by a set of subsets of the player set (the adversary structure), and any one of these subsets may be corrupted by the

nostrum

The Memory (aka Concentration) Game,esses axe simultaneously either holding or trying to acquire a name. A solution to this problem supplies a renaming object supporting both . and . operations so that no two processes ever simultaneously hold the same name. The protocol is . if each participant successfully completes either operation

TOM

HEW