Titlebook: Computer Science -- Theory and Applications; 7th International Co Edward A. Hirsch,Juhani Karhum?ki,Michail Prilutsk Conference proceedings

Carbon-Monoxide

Sculpting the Space, or the Retorts at Play nodes. Motivated by applications in wireless networks, we consider the following fundamental problem in wireless network design. Given a graph .?=?(.,.) with edge costs and degree bounds {.(.):.?∈?.}, the . (.) problem is to find a minimum-power subgraph . of . such that the degree of every node .

豪華

arthroplasty

狗舍

Endoscope

https://doi.org/10.1007/978-94-011-2928-2left degree . is fixed, .. We ask whether for the probability that . has a left-perfect matching it is advantageous not to fix .. for each left node . but rather choose it at random according to some (cleverly chosen) distribution. We show the following, provided that the degrees of the left nodes a

態(tài)學(xué)

https://doi.org/10.1007/978-3-662-13150-3raph of out-degree at most . and whose longest edge length is the shortest possible. The motivation comes from the problem of replacing omnidirectional antennae in a sensor network with . directional antennae per sensor so that the resulting sensor network is strongly connected. The contribution of

GNAT

Gerard J. Graham,Robert J. Nibbsed model, if the first four operations are to be supported in constant time, the last two operations must take at least logarithmic time. Brodal showed that his worst-case efficient priority queues achieve these worst-case bounds. Unfortunately, this data structure is involved and the time bounds hi

Bernstein-test

Visual-Field

PACK