… In detail, We first compute the top-r eigen-pairs of the network and compute the … Similar
to the rationale in the previous proof, we assume that 1 < k < min {n,m}. Given an instance of …

… For both directed and undirected graphs a minimum size l-edge cover can be computed in
polynomial time, since it is a complementary problem of the b-matching problem, cf., [9]. The …

… cost, reduce computation and communication overhead, be … the sensing coverage and
network connectivity problem. In … weighted graph, and computes the minimal exposure path using …

… (3) Destinations of mobile sensors are unknown, which should be computed by our … and
network connectivity are satisfied. (4) In order to investigate the impact of network parameters on …

… innetwork computation, where we study optimal strategies for in-network aggregation of data,
in order to compute … to be the minimum number of time units required per computation, over …

… a connectivity measure of the remaining subgraph is minimized. Examples of connectivity …
Computational experiments demonstrate that improved formulations allow us to solve some …

… connectivity of all nodes from a ‘global’ point of view. We derive a tight approximation for the
minimum … will be important in the computation of the overall network connectivity later in this …

… In order to compute mr we maintain a label l (v)= min (p,(u)+ c (u, v):(u, v) e A"(Vr)) for ve V–V
(T). This label tells us which arc a=(u, va) has to be added to the current T. When an arc a=(…

… We will next address the computational costs of the different variants. 3) Running times:
We next compare the running times of the four algorithms. Running times as functions of γ are …

… of a network such that the resulting communication network satisfies prescribed connectivity
… It is also clear that the computed solution is feasible. We prove optimality of the solution G …