Frontiers of Nursing,于2014年创刊,是我国最早同时取得CN号和ISSN号的护理类英文期刊,CN14-1395/R,ISSN2097-5368,季刊,为山西省护理学会业务主办、山西医科大学第一医院主管、山西医学期刊社主办、De Gruyter负责国际推广的国内外公...Frontiers of Nursing,于2014年创刊,是我国最早同时取得CN号和ISSN号的护理类英文期刊,CN14-1395/R,ISSN2097-5368,季刊,为山西省护理学会业务主办、山西医科大学第一医院主管、山西医学期刊社主办、De Gruyter负责国际推广的国内外公开发行的开放获取期刊。展开更多
Frontiers of Nursing,于2014年创刊,是我国最早同时取得CN号和ISSN号的护理类英文期刊,CN14-1395/R,ISSN 2097-5368,季刊,为山西省护理学会业务主办、山西医科大学第一医院主管、山西医学期刊社主办、De Gruyter负责国际推广的国内外...Frontiers of Nursing,于2014年创刊,是我国最早同时取得CN号和ISSN号的护理类英文期刊,CN14-1395/R,ISSN 2097-5368,季刊,为山西省护理学会业务主办、山西医科大学第一医院主管、山西医学期刊社主办、De Gruyter负责国际推广的国内外公开发行的开放获取期刊。展开更多
In the traditional data envelopment analysis （DEA） structure, the efficiency score for one decision making unit （DMU） is calculated by measuring the distance of the evaluated DMU to the best practice frontier. Rec...In the traditional data envelopment analysis （DEA） structure, the efficiency score for one decision making unit （DMU） is calculated by measuring the distance of the evaluated DMU to the best practice frontier. Recent researches have provided the reasonability of considering the worst practice frontier as a supple- ment to the traditional DEA techniques. The existing researches take only one type of frontier into account, and they cannot com- pare the evaluated DMU with both the best and the worst perform- ing DMUs. A DEA-based procedure is developed to consider the best and the worst frontiers in the same scenario where the ratio of two distances （RDS） measure is proposed. The principal appli- cation of this approach is for ranking, and, as a complement tool, for performance evaluation. The proposed approach can be used in a wide range of applications such as the performance evaluation of employees and others. Finally, a bookstore data set is used to illustrate the proposed approach.展开更多
Our understanding of the molecular and cellular mechanisms that control self-renewal,pluripotency and differentiation of human pluripotent stem cells(hPSCs)and our progress toward harnessing the regenerative potential...Our understanding of the molecular and cellular mechanisms that control self-renewal,pluripotency and differentiation of human pluripotent stem cells(hPSCs)and our progress toward harnessing the regenerative potential of these cells to treat human diseases are advancing at a rapid rate.Human pluripotent stem cells(hPSCs)include human embryonic stem cells(hESCs)and human induced pluripotent stem cells(hiPSCs).Their unique capacity for indefinite self-renewal(unlimited proliferation)in vitro coupled with their ability to differentiate into almost any cell type present in the adult body(pluripotency)provide a potentially展开更多
Breadth-first search(BFS) is an important kernel for graph traversal and has been used by many graph processing applications. Extensive studies have been devoted in boosting the performance of BFS. As the most effecti...Breadth-first search(BFS) is an important kernel for graph traversal and has been used by many graph processing applications. Extensive studies have been devoted in boosting the performance of BFS. As the most effective solution, GPU-acceleration achieves the state-of-the-art result of 3.3×109 traversed edges per second on a NVIDIA Tesla C2050 GPU. A novel vertex frontier based GPU BFS algorithm is proposed, and its main features are three-fold. Firstly, to obtain a better workload balance for irregular graphs, a virtual-queue task decomposition and mapping strategy is introduced for vertex frontier expanding. Secondly, a global deduplicate detection scheme is proposed to remove reduplicative vertices from vertex frontier effectively. Finally, a GPU-based bottom-up BFS approach is employed to process large frontier. The experimental results demonstrate that the algorithm can achieve 10% improvement over the state-of-the-art method on diverse graphs. Especially, it exhibits 2-3 times speedup on low-diameter and scale-free graphs over the state-of-the-art on a NVIDIA Tesla K20 c GPU, reaching a peak traversal rate of 11.2×109 edges/s.展开更多
Earth Science Frontiers(ESF) is a bi-monthly publication in Chinese with English abstracts for most papers,as well as a few articles published entirely in English.It was founded in 1994 by China University of Geoscien...Earth Science Frontiers(ESF) is a bi-monthly publication in Chinese with English abstracts for most papers,as well as a few articles published entirely in English.It was founded in 1994 by China University of Geosciences in Beijing(CUGB) and is presently sponsored by CUGB and Peking University.ESF features original展开更多
As of 2006 Earth Science Frontiers(ESF) is transitioning from a quarterly publication to bi-monthly publication.Each year,issues of ESF will be developed along three themes:
As of 2006 Earth Science Frontiers (ESF) is transitioning from a quarterly publication to bi-monthly publication. Each year, from 2007 onwards, issues of ESF will be developed along three themes:1.Earth Materials for ...As of 2006 Earth Science Frontiers (ESF) is transitioning from a quarterly publication to bi-monthly publication. Each year, from 2007 onwards, issues of ESF will be developed along three themes:1.Earth Materials for Nos. 1 and 2.2.Earth Tectonics and Dynamics for Nos. 3 and 4.3.Earth Surface Processes for Nos. 5 and 6.'Earth Materials' will focus on the study of the Earth's composition, principally dealing with mineralogy and crystallography, petrology, fluids, mineral deposits and mineral exploration, and geochemistry.'Earth Tectonics and Dynamics' will focus on studies of displacement and deformation of lithosphere, including structural geology, regional tectonics and plate tectonics, continental dynamics, geophysics and tectonophysics.'Earth Surface Processes' will publish studies on the interactions and relationships between the lithosphere, the hydrosphere, the biosphere and the atmosphere.展开更多
(1)Dr. El-Sayed Mohamed Abdelrahman Professor of Geophysics, Cairo University, Egypt. His primary research interests are potential field methods. His research has focused on gravity, magnetic, self-potential method...(1)Dr. El-Sayed Mohamed Abdelrahman Professor of Geophysics, Cairo University, Egypt. His primary research interests are potential field methods. His research has focused on gravity, magnetic, self-potential methods including depth and shape determination. He has been awarded 5 prizes between 1992 and 2003, including the state prize in Earth sciences, the state prize in advanced technological sciences and the others. (2)Dr. Norman Bleistein Emeritus Professor of Geophysics, Colorado School of Mines, USA. His primary research interests: asymptotic methods for forward modeling and inversion in seismic exploration.He is a Fellow of the Institute of Physics, UK, and Guest Professor, China University of Geosciences, Wuhan, China.展开更多
(1)Dr. El-Sayed Mohamed Abdelrahman Professor of Geophysics, Cairo University, Egypt. His primary research interests are potential field methods. His research has focused on gravity, magnetic, self-potential methods i...(1)Dr. El-Sayed Mohamed Abdelrahman Professor of Geophysics, Cairo University, Egypt. His primary research interests are potential field methods. His research has focused on gravity, magnetic, self-potential methods including depth and shape determination. He has been awarded 5 prizes between 1992 and 2003, including the state prize in Earth sciences, the state prize in advanced technological sciences and the others.展开更多
文摘Frontiers of Nursing,于2014年创刊,是我国最早同时取得CN号和ISSN号的护理类英文期刊,CN14-1395/R,ISSN2097-5368,季刊,为山西省护理学会业务主办、山西医科大学第一医院主管、山西医学期刊社主办、De Gruyter负责国际推广的国内外公开发行的开放获取期刊。
文摘Frontiers of Nursing,于2014年创刊,是我国最早同时取得CN号和ISSN号的护理类英文期刊,CN14-1395/R,ISSN 2097-5368,季刊,为山西省护理学会业务主办、山西医科大学第一医院主管、山西医学期刊社主办、De Gruyter负责国际推广的国内外公开发行的开放获取期刊。
基金supported by the National Natural Science Foundation of China(7112106171271195+2 种基金71322101)the National Social Science Fund of China(13CTQ042)the USTC Foundation for Innovative Research Team(WK2040160008)
文摘In the traditional data envelopment analysis （DEA） structure, the efficiency score for one decision making unit （DMU） is calculated by measuring the distance of the evaluated DMU to the best practice frontier. Recent researches have provided the reasonability of considering the worst practice frontier as a supple- ment to the traditional DEA techniques. The existing researches take only one type of frontier into account, and they cannot com- pare the evaluated DMU with both the best and the worst perform- ing DMUs. A DEA-based procedure is developed to consider the best and the worst frontiers in the same scenario where the ratio of two distances （RDS） measure is proposed. The principal appli- cation of this approach is for ranking, and, as a complement tool, for performance evaluation. The proposed approach can be used in a wide range of applications such as the performance evaluation of employees and others. Finally, a bookstore data set is used to illustrate the proposed approach.
基金supported by the National Science Foundation(CMMI 1129611, CBET 1149401,and ECCS 1231826)the American Heart Association(12SDG12180025)
文摘Our understanding of the molecular and cellular mechanisms that control self-renewal,pluripotency and differentiation of human pluripotent stem cells(hPSCs)and our progress toward harnessing the regenerative potential of these cells to treat human diseases are advancing at a rapid rate.Human pluripotent stem cells(hPSCs)include human embryonic stem cells(hESCs)and human induced pluripotent stem cells(hiPSCs).Their unique capacity for indefinite self-renewal(unlimited proliferation)in vitro coupled with their ability to differentiate into almost any cell type present in the adult body(pluripotency)provide a potentially
基金Projects(61272142,61103082,61003075,61170261,61103193)supported by the National Natural Science Foundation of ChinaProject supported by the Program for New Century Excellent Talents in University of ChinaProjects(2012AA01A301,2012AA010901)supported by the National High Technology Research and Development Program of China
文摘Breadth-first search(BFS) is an important kernel for graph traversal and has been used by many graph processing applications. Extensive studies have been devoted in boosting the performance of BFS. As the most effective solution, GPU-acceleration achieves the state-of-the-art result of 3.3×109 traversed edges per second on a NVIDIA Tesla C2050 GPU. A novel vertex frontier based GPU BFS algorithm is proposed, and its main features are three-fold. Firstly, to obtain a better workload balance for irregular graphs, a virtual-queue task decomposition and mapping strategy is introduced for vertex frontier expanding. Secondly, a global deduplicate detection scheme is proposed to remove reduplicative vertices from vertex frontier effectively. Finally, a GPU-based bottom-up BFS approach is employed to process large frontier. The experimental results demonstrate that the algorithm can achieve 10% improvement over the state-of-the-art method on diverse graphs. Especially, it exhibits 2-3 times speedup on low-diameter and scale-free graphs over the state-of-the-art on a NVIDIA Tesla K20 c GPU, reaching a peak traversal rate of 11.2×109 edges/s.
文摘Earth Science Frontiers(ESF) is a bi-monthly publication in Chinese with English abstracts for most papers,as well as a few articles published entirely in English.It was founded in 1994 by China University of Geosciences in Beijing(CUGB) and is presently sponsored by CUGB and Peking University.ESF features original
文摘As of 2006 Earth Science Frontiers(ESF) is transitioning from a quarterly publication to bi-monthly publication.Each year,issues of ESF will be developed along three themes:
文摘As of 2006 Earth Science Frontiers (ESF) is transitioning from a quarterly publication to bi-monthly publication. Each year, from 2007 onwards, issues of ESF will be developed along three themes:1.Earth Materials for Nos. 1 and 2.2.Earth Tectonics and Dynamics for Nos. 3 and 4.3.Earth Surface Processes for Nos. 5 and 6.'Earth Materials' will focus on the study of the Earth's composition, principally dealing with mineralogy and crystallography, petrology, fluids, mineral deposits and mineral exploration, and geochemistry.'Earth Tectonics and Dynamics' will focus on studies of displacement and deformation of lithosphere, including structural geology, regional tectonics and plate tectonics, continental dynamics, geophysics and tectonophysics.'Earth Surface Processes' will publish studies on the interactions and relationships between the lithosphere, the hydrosphere, the biosphere and the atmosphere.
文摘(1)Dr. El-Sayed Mohamed Abdelrahman Professor of Geophysics, Cairo University, Egypt. His primary research interests are potential field methods. His research has focused on gravity, magnetic, self-potential methods including depth and shape determination. He has been awarded 5 prizes between 1992 and 2003, including the state prize in Earth sciences, the state prize in advanced technological sciences and the others. (2)Dr. Norman Bleistein Emeritus Professor of Geophysics, Colorado School of Mines, USA. His primary research interests: asymptotic methods for forward modeling and inversion in seismic exploration.He is a Fellow of the Institute of Physics, UK, and Guest Professor, China University of Geosciences, Wuhan, China.
文摘(1)Dr. El-Sayed Mohamed Abdelrahman Professor of Geophysics, Cairo University, Egypt. His primary research interests are potential field methods. His research has focused on gravity, magnetic, self-potential methods including depth and shape determination. He has been awarded 5 prizes between 1992 and 2003, including the state prize in Earth sciences, the state prize in advanced technological sciences and the others.
