نتایج جستجو برای: ranking ofresources consumption

تعداد نتایج: 250211  

Journal: :J. Informetrics 2010
Loet Leydesdorff Tobias Opthof

Van Raan et al. (2010) accepted our critique for the case of journal normalization (previously CPP/JCSm); CWTS has in the meantime adapted its procedures. However, a new indicator was proposed for field normalization (previously CPP/FCSm), called the “mean normalized citation score” (MNCS; cf. Lundberg, 2007). In our opinion, this latter change does not sufficiently resolve the problems. Since ...

Journal: :CoRR 2013
Andreas Kosmatopoulos Kostas Tsichlas

Let S be a dataset of n 2-dimensional points. The top-k dominating query aims to report the k points that dominate the most points in S . A point p dominates a point q iff all coordinates of p are smaller than or equal to those of q and at least one of them is strictly smaller. The top-k dominating query combines the dominance concept of maxima queries with the ranking function of top-k queries...

2009
Zina M. Ibrahim Ahmed Y. Tawfik Alioune Ngom

This paper introduces a qualitative ranking function that uses signed integers to describe the surprise associated with the occurrence of events. The measure introduced, κ, is based on the κ calculus but differs from it in that its semantics enable an explicit representation of complements. As a result, the κ is more capable of enforcing probability theory-like constraints to carry on reasoning.

2014
Ashraf Bah Rabiou Ben Carterette Praveen Chandar

This paper describes our participation in the Intent Mining track of NTCIR-11. We present our methods and results for both document ranking and subtopic mining. Our ranking methods are based on several data fusion techniques with some variations. Our subtopic mining method is a very simple technique that uses query dimensions’ items to form a subtopic

2017
Kaiqi Ding Haitao Zhao Xiping Hu Jibo Wei

In sustainable smart cities, power saving is a severe challenge in the energy-constrained Internet of Things (IoT). Efficient utilization of limited multiple non-overlap channels and time resources is a promising solution to reduce the network interference and save energy consumption. In this paper, we propose a joint channel allocation and time slot optimization solution for IoT. First, we pro...

Journal: :Discrete Applied Mathematics 2014

Journal: :Current Biology 2008

Journal: :Artificial Intelligence 2009

Journal: :IEEE Transactions on Pattern Analysis and Machine Intelligence 2017

Journal: :Network Science 2016

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