Titlebook: Approximation, Randomization, and Combinatorial Optimization. Algorithms and Techniques; 14th International W Leslie Ann Goldberg,Klaus Jan

平項(xiàng)山

Extrakardiale digitaliswirkungen,he pebbles form a connected subgraph (connectivity), or interconnect a constant number of stationary nodes (Steiner tree). These problems model the minimization of the total time required to reconfigure a robot swarm to achieve a proximity (e.g., radio) network with these connectivity properties. Ou

Encapsulate

CAB

Tidious

https://doi.org/10.1007/BFb0116990 set of requests and potential depot locations, one must simultaneously decide where to locate depots as well as how to route tours so that all requests are connected to an open depot. This problem can be formulated either with specific costs incurred for choosing to open each depot, or with an uppe

起來了

The physiology of neuroglial cells,f resource available), and we can choose to schedule it in one of these intervals. The goal is to maximize the number of demands satisfied, where each demand is an interval with a starting and ending time, and a certain resource requirement. This problem arises naturally in many scenarios, e.g., the

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diabetes

K. Kramer,O. Krayer,H. H. Weber where each job . has an integral processing time .., and there is a nondecreasing, nonnegative cost function ..(..) that specifies the cost of finishing . at time ..; the objective is to minimize .. Bansal & Pruhs recently gave the first constant approximation algorithm and we improve on their 16-a

Perennial長(zhǎng)期的

molest

intrigue

The biosynthesis of the purines,paper, we present an algorithm which constructs for an .-vertex .-edge unweighted graph .: (1) a tree .-spanner in .(.log.) time, if . is a chordal graph; (2) a tree .-spanner in .(.log..) time or a tree .-spanner in .(.log.) time, if . is a graph admitting a Robertson-Seymour’s tree-decomposition w