of the 1970s a n d early 1980s need to be modified as f i rm-spec i f ic asse ts have become mobile across natural boundaries. A final section of the ar t ic le examines the dy-namic in ter face be tween the value-added activities of multi-national enterprises in different locations. I

This article introduces the concept of relevance as viewed and applied in the context of IR evaluation, by presenting an overview of the multidimensional and dy-namic nature of the concept. The literature on relevance reveals how the relevance concept, especially in regard

-temporally at precise moments. Therefore, synchronous spikes are distributed across groups of cells in a time-varying fashion. The dy-namic nature of synchronous oscillation may account for the relative difficulty of detecting precisely timed spikes in experiments as well as the irregular firing patterns of single

Abstract: Efficient execution of computations in grid can require mapping of tasks to processors whose performance is both irregular and time varying because of dy-namic nature. The task of mapping jobs to the available computing nodes or schedul-ing of the jobs on the grid is a NP complete problem

Abstract. A team of mobile sensors can be used for coverage of targets in differ-ent environments. The dynamic nature of such an application requires the team of agents to adjust their locations with respect to changes which occur. The dy-namic nature is caused by environment changes, changes

the concept of edge profile describing the dy-namic nature of regulation based on the sliding window strategy, which is useful for understanding cell differentiation, cell pathological changes and other cytologic atypia.

. Therefore, a scalable and reliable group membership management algorithm is necessary due to the highly dy-namic nature of the overlay network, built on top of the Internet. Gossip-based algorithms seem to be a solution. However, most gossip-based membership management al-gorithms lack flexibility

with similar clinical presentations suggests that some isolates are particularly suited for virulence. The identifi-cation of multiple genomically diverse isolates with variable virulence factor profiles from a single subject highlights the dy-namic nature of ETEC, as well as a potential weakness

For years, transactional protocols have been defined for par-ticular application needs. Traditionally, when implementing a transaction service, a protocol is chosen and it remains the same during the system execution. Nevertheless, the dy-namic nature of nowadays application contexts (e.g., mobile

curve, (ii) how the QTL determines seasonal trajectories of growth within years and (iii) how it determines the dy-namic nature of age-specific season response.The model was validated through computer simulation.The extension of season adjustment to other types of biological curves is statistically