The uncertainty analysis is an effective sensitivity analysis method for system model analysis and optimization. However,the existing single-factor uncertainty analysis methods are not well used in the logistic suppor...The uncertainty analysis is an effective sensitivity analysis method for system model analysis and optimization. However,the existing single-factor uncertainty analysis methods are not well used in the logistic support systems with multiple decision-making factors. The multiple transfer parameters graphical evaluation and review technique（MTP-GERT） is used to model the logistic support process in consideration of two important factors, support activity time and support activity resources, which are two primary causes for the logistic support process uncertainty. On this basis,a global sensitivity analysis（GSA） method based on covariance is designed to analyze the logistic support process uncertainty. The aircraft support process is selected as a case application which illustrates the validity of the proposed method to analyze the support process uncertainty, and some feasible recommendations are proposed for aircraft support decision making on carrier.展开更多
Logistic support personnel＇s work is critical for supporting and guaranteeing treatment, education, research and prevention in a hospital, where the performance appraisal for such personnel plays a quite ~important r...Logistic support personnel＇s work is critical for supporting and guaranteeing treatment, education, research and prevention in a hospital, where the performance appraisal for such personnel plays a quite ~important role in the entire performance appraisal system. As a part of the appraisal system for logistic staff of a hospital, the performance appraisal for logistic support personnel is essential for improving the overall logistic services of the hospital. In this paper, it is analyzed to increase a hospital＇s awareness of its importance.展开更多
Recent developments in Unmanned Aerial Vehicles(UAVs)and their applications in various subjects are of interest to polar communities.Due to the harsh climate and dangerous environment,these regions pose challenges for...Recent developments in Unmanned Aerial Vehicles(UAVs)and their applications in various subjects are of interest to polar communities.Due to the harsh climate and dangerous environment,these regions pose challenges for the expedition teams.Several countries have tested the UAV technology to support Antarctic research and logistics.In this trend paper,we provide insightful reviews and discussions on such a prospective topic.Based on a comprehensive literature survey,we firstly summarize the key research progress of UAV in Antarctic studies.Then the examples of risk scenarios during the field exploration are given,after which several promising applications of the UAVs in safety guarantee are illustrated.In particular,we present a case of site-selection for the Chinese first ice sheet airfield,using the data collected in the 34th Chinese National Antarctic Research Expedition(CHINARE).In the end,we highlight the unique value of the UAVs in the popularization of polar science before concluding the advantages and limitations.Considering their excellent performance,we expect more innovations for UAV’s applications in the following Antarctic expeditions.展开更多
The past forty years has witnessed great achievements in China’s auto-related industries such as petroleum, metallurgical, textile, building materials, machinery equipment, chemical, light industries, etc.. Many chan...The past forty years has witnessed great achievements in China’s auto-related industries such as petroleum, metallurgical, textile, building materials, machinery equipment, chemical, light industries, etc.. Many changes have taken place in road traffic as well as urban construction. The development of these related industries has laid a decent foundation for auto industrial growth, although compared to those of developed countries, a large gap still exists.展开更多
基金supported by the National Natural Science Foundation of China(71171008)
文摘The uncertainty analysis is an effective sensitivity analysis method for system model analysis and optimization. However,the existing single-factor uncertainty analysis methods are not well used in the logistic support systems with multiple decision-making factors. The multiple transfer parameters graphical evaluation and review technique（MTP-GERT） is used to model the logistic support process in consideration of two important factors, support activity time and support activity resources, which are two primary causes for the logistic support process uncertainty. On this basis,a global sensitivity analysis（GSA） method based on covariance is designed to analyze the logistic support process uncertainty. The aircraft support process is selected as a case application which illustrates the validity of the proposed method to analyze the support process uncertainty, and some feasible recommendations are proposed for aircraft support decision making on carrier.
文摘Logistic support personnel＇s work is critical for supporting and guaranteeing treatment, education, research and prevention in a hospital, where the performance appraisal for such personnel plays a quite ~important role in the entire performance appraisal system. As a part of the appraisal system for logistic staff of a hospital, the performance appraisal for logistic support personnel is essential for improving the overall logistic services of the hospital. In this paper, it is analyzed to increase a hospital＇s awareness of its importance.
基金the National Natural Science Foundation of China(Grant nos.41830536,41676176 and 41676182)the Chinese Polar Environment Comprehensive Investigation and Assessment ProgramTeng Li is also funded by the UK-China Joint Research and Innovation Partnership Fund PhD Placement Program.
文摘Recent developments in Unmanned Aerial Vehicles(UAVs)and their applications in various subjects are of interest to polar communities.Due to the harsh climate and dangerous environment,these regions pose challenges for the expedition teams.Several countries have tested the UAV technology to support Antarctic research and logistics.In this trend paper,we provide insightful reviews and discussions on such a prospective topic.Based on a comprehensive literature survey,we firstly summarize the key research progress of UAV in Antarctic studies.Then the examples of risk scenarios during the field exploration are given,after which several promising applications of the UAVs in safety guarantee are illustrated.In particular,we present a case of site-selection for the Chinese first ice sheet airfield,using the data collected in the 34th Chinese National Antarctic Research Expedition(CHINARE).In the end,we highlight the unique value of the UAVs in the popularization of polar science before concluding the advantages and limitations.Considering their excellent performance,we expect more innovations for UAV’s applications in the following Antarctic expeditions.
文摘The past forty years has witnessed great achievements in China’s auto-related industries such as petroleum, metallurgical, textile, building materials, machinery equipment, chemical, light industries, etc.. Many changes have taken place in road traffic as well as urban construction. The development of these related industries has laid a decent foundation for auto industrial growth, although compared to those of developed countries, a large gap still exists.
