Another try for research push
نویسندگان
چکیده
منابع مشابه
If at first you don't succeed, try, try, try again. A message for Public Health Research in Belgium
The topic of the papers covered a variety of public health issues. There were papers on public health nutrition (1, 2), on mental health (3, 4), on tobacco smoking (5, 6), on occupational health (7), patient rights (8), divorce and health (9), primary care (10), health services research (11) and cancer screening (12). The editor’s favourite was the latter. Within this paper the results of four ...
متن کاملAnother Direction for Future Research
As parallel machines grow in scale and complexity, latency tolerance of synchronization faults and remote memory accesses becomes increasingly important. One method for tolerating latency is multithreading, in which the processor rapidly context switches between a few threads on cache misses and synchronization faults. While a few threads (say, 4) are adequate [2] to completely overlap all the ...
متن کاملAnother reason for opening access to research.
Much of the debate about open access has focused on the principle of access for scientists and the economics of such a change. There is a second principle to consider: the full power of new technological approaches such as text mining, collaborative filtering, and semantic indexing, are not resulting in powerful new public resources. Despite real success in the open access movement,most scholar...
متن کاملCreating one problem to try and fix another: the saga of ischemic preconditioning
In this issue of Brain and Behavior, Vasdekis et al. (2013) thoroughly review the theory behind remote ischemic preconditioning and the results to date of its application among patients with atherosclerotic narrowing of arteries supplying various organs including the brain. In these various trials and observations, clinicians and researchers artificially created ischemia to limbs to reduce isch...
متن کامل.1 First Try 1.2 Second Try
Suppose we are given a graph G = (V,E). We would like to solve some cut problem (i.e. min-cut, s-t min cut, sparsest cut) and so on. The running time of algorithms for these problems typically depends on the number of edges in the graph, which might be as high as O(n). Is there any way to approximate our graph with a sparse graph G′ in which all cuts are approximately of the same size? We will ...
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ژورنال
عنوان ژورنال: Nature
سال: 1987
ISSN: 0028-0836,1476-4687
DOI: 10.1038/327007d0