Background:Inpatient suicide is an important part of patient safety management in general hospitals.Incidence of inpatient suicide can be decreased by health personnel mastering inpatient suicide prevention strategy.T...Background:Inpatient suicide is an important part of patient safety management in general hospitals.Incidence of inpatient suicide can be decreased by health personnel mastering inpatient suicide prevention strategy.To enhance health personnel’s inpatient suicide prevention strategy,education intervention is a common method.Educational interventions in the researches varied in contents,duration and outcome measurements.However,there has been not synthesis of education interventions targeting health personnel on inpatient suicide prevention.Objective:Prevention of inpatient suicide is a critical priority in patient safety management in general hospitals.Incidence of inpatient suicide can be decreased by effective strategies mastered by health personnel through education interventions.Educational interventions in researches varied in contents,duration and outcome measurements.We aimed to review education interventions targeting health personnel on inpatient suicide prevention.Methods:A scoping review was used to analyze existing researches on education interventions targeting health personnel focusing on inpatient suicide prevention in general hospitals.Cochrane Library,PubMed,Embase,CINAHL,China National Knowledge Infrastructure,WanFang,and Chinese Scientific Journal Database were searched in Oct 2019.According to the inclusion and exclusion criteria,the searched studies were screened by two reviewers.And then,two researchers conducted the data extraction independently by using a table format,including the first author,year of publication,study design,participants,education intervention,etc.Results:Twelve studies were included in this scoping review.The contents of education interventions on inpatient suicide prevention included three aspects:suicide knowledge,suicide assessment,and skills for coping with suicide.The duration of education interventions ranged from 1.5-h to 32.0-h.The effects of education interventions were mainly focused on participants’knowledge,attitudes and skills of suicide prevention.Conclusion:The evidence showed that education interventions on inpatient suicide prevention had positive impact on health personnel’s knowledge,attitude and skills about inpatient suicide prevention in general hospitals.However,the best health personnel-targeted education intervention on inpatient suicide prevention in general hospitals was yet to be determined.In the future,it is necessary to combine evidence in this review and the actual condition in clinical practice.展开更多
Engineering data are separately organized and their schemas are increasingly complex and variable. Engineering data management systems are needed to be able to manage the unified data and to be both customizable and e...Engineering data are separately organized and their schemas are increasingly complex and variable. Engineering data management systems are needed to be able to manage the unified data and to be both customizable and extensible. The design of the systems is heavily dependent on the flexibility and self-description of the data model. The characteristics of engineering data and their management facts are analyzed. Then engineering data warehouse (EDW) architecture and multi-layer metamodels are presented. Also an approach to manage anduse engineering data by a meta object is proposed. Finally, an application flight test EDW system (FTEDWS) is described and meta-objects to manage engineering data in the data warehouse are used. It shows that adopting a meta-modeling approach provides a support for interchangeability and a sufficiently flexible environment in which the system evolution and the reusability can be handled.展开更多
This paper proposed a novel multi-view interactive behavior recognition method based on local self-similarity descriptors and graph shared multi-task learning. First, we proposed the composite interactive feature repr...This paper proposed a novel multi-view interactive behavior recognition method based on local self-similarity descriptors and graph shared multi-task learning. First, we proposed the composite interactive feature representation which encodes both the spatial distribution of local motion of interest points and their contexts. Furthermore, local self-similarity descriptor represented by temporal-pyramid bag of words(BOW) was applied to decreasing the influence of observation angle change on recognition and retaining the temporal information. For the purpose of exploring latent correlation between different interactive behaviors from different views and retaining specific information of each behaviors, graph shared multi-task learning was used to learn the corresponding interactive behavior recognition model. Experiment results showed the effectiveness of the proposed method in comparison with other state-of-the-art methods on the public databases CASIA, i3Dpose dataset and self-built database for interactive behavior recognition.展开更多
The understanding about the creation of our universe is explored in many philosophies, natural sciences, religions, ideologies, traditions, and disciplines. Current natural science cannot answer this question at the f...The understanding about the creation of our universe is explored in many philosophies, natural sciences, religions, ideologies, traditions, and disciplines. Current natural science cannot answer this question at the fundamental level. In this work, we combine the ancient Chinese Tao wisdom about the creation with quantum physics. We propose that everything comes from the emptiness. Our universe is manifested from the emptiness through two pairs of duality measurements： space and time duality pair and inclusion and exclusion duality pair. From this understanding, we are able to derive one mathematic formula describing our universe. It also yields a new metaphysical approach to derive and interpret string theory as well as produce more testable predictions from string theory. This work gives a new way to understand and mathematically describe how our universe is created and evolved. It provides another way to comprehend the meaning and function of space and time. It indicates that our universe is manifested from the emptiness through human actions. Space and time is a pair of duality action and codes that help manifest our universe. It provides answer to an important philosophical question about whether and why we can understand and mathematically describe our universe.展开更多
This paper describes an in-house developed language tool called VPerl used in developing a 250 MHz 32-bit high-performance low power embedded CPU core. The authors showed that use of this tool can compress the Verilog...This paper describes an in-house developed language tool called VPerl used in developing a 250 MHz 32-bit high-performance low power embedded CPU core. The authors showed that use of this tool can compress the Verilog code by more than a factor of 5, increase the efficiency of the front-end design, reduce the bug rate significantly. This tool can be used to enhance the reusability of an intellectual property model, and facilitate porting design for different platforms.展开更多
Based on 20 students' self-report, this study presents the sources of listening comprehension anxiety:characteristics of listening comprehension, characteristics of listening materials and listening tasks, the soc...Based on 20 students' self-report, this study presents the sources of listening comprehension anxiety:characteristics of listening comprehension, characteristics of listening materials and listening tasks, the social/instructional factors and foreign language proficiency and listening level. Ways to alleviate anxiety are correspondingly involved.展开更多
Because texture images cannot be directly processed by the gray level information of individual pixel,we propose a new texture descriptor which reflects the intensity distribution of the patch centered at each pixel.T...Because texture images cannot be directly processed by the gray level information of individual pixel,we propose a new texture descriptor which reflects the intensity distribution of the patch centered at each pixel.Then the general multiphase image segmentation model of Potts model is extended for texture segmentation by adding the region information of the texture descriptor.A fast numerical scheme based on the split Bregman method is designed to speed up the computational process.The algorithm is efficient,and both the texture descriptor and the characteristic functions can be implemented easily.Experiments using synthetic texture images,real natural scene images and synthetic aperture radar images are presented to give qualitative comparisons between our method and other state-of-the-art techniques.The results show that our method can accurately segment object regions and is competitive compared with other methods especially in segmenting natural images.展开更多
It is a well-known fact that characters of a finite group can give important information about the structure of the group. It was also proved by the third author that a finite simple group can be uniquely determined b...It is a well-known fact that characters of a finite group can give important information about the structure of the group. It was also proved by the third author that a finite simple group can be uniquely determined by its character table. Here the authors attempt to investigate how to characterize a finite almost-simple group by using less information of its character table, and successfully characterize the automorphism groups of Mathieu groups by their orders their character tables. and at most two irreducible character degrees of展开更多
The barrier against the spontaneous fission has been determined within the Generalized Liquid Drop Model （GLDM） including the mass and charge asymmetry, and the proximity energy. The shell correction of the spherica...The barrier against the spontaneous fission has been determined within the Generalized Liquid Drop Model （GLDM） including the mass and charge asymmetry, and the proximity energy. The shell correction of the spherical parent nucleus is calculated by using the Strutinsky method, and the empirical shape-dependent shell correction is 6mp10yed during the deformation process. A quasi-molecular shape sequence has been defined to describe the whole process from one-body shape to two-body shape system, and a two-touching-ellipsoid is adopted when the superdeformed one-body system reaches the rupture point. On these bases the spontaneous fission barriers are systematically studied for nuclei from 2a^Th to 249 Cm for different possible exiting channels with the different mass and charge asymmetries. The double, and triple bumps are found in the fission potential energy in this region, which roughly agree with the experimental results. It is found that at around Sn-like fragment the outer fission barriers are lower, while the partner of the Sn-like fragment is in the range near l^SRu where the ground-state mass is lowered by allowing axially symmetric shapes. The preferable fission channels are distinctly pronounced, which should be corresponding to the fragment mass distributions.展开更多
文摘Background:Inpatient suicide is an important part of patient safety management in general hospitals.Incidence of inpatient suicide can be decreased by health personnel mastering inpatient suicide prevention strategy.To enhance health personnel’s inpatient suicide prevention strategy,education intervention is a common method.Educational interventions in the researches varied in contents,duration and outcome measurements.However,there has been not synthesis of education interventions targeting health personnel on inpatient suicide prevention.Objective:Prevention of inpatient suicide is a critical priority in patient safety management in general hospitals.Incidence of inpatient suicide can be decreased by effective strategies mastered by health personnel through education interventions.Educational interventions in researches varied in contents,duration and outcome measurements.We aimed to review education interventions targeting health personnel on inpatient suicide prevention.Methods:A scoping review was used to analyze existing researches on education interventions targeting health personnel focusing on inpatient suicide prevention in general hospitals.Cochrane Library,PubMed,Embase,CINAHL,China National Knowledge Infrastructure,WanFang,and Chinese Scientific Journal Database were searched in Oct 2019.According to the inclusion and exclusion criteria,the searched studies were screened by two reviewers.And then,two researchers conducted the data extraction independently by using a table format,including the first author,year of publication,study design,participants,education intervention,etc.Results:Twelve studies were included in this scoping review.The contents of education interventions on inpatient suicide prevention included three aspects:suicide knowledge,suicide assessment,and skills for coping with suicide.The duration of education interventions ranged from 1.5-h to 32.0-h.The effects of education interventions were mainly focused on participants’knowledge,attitudes and skills of suicide prevention.Conclusion:The evidence showed that education interventions on inpatient suicide prevention had positive impact on health personnel’s knowledge,attitude and skills about inpatient suicide prevention in general hospitals.However,the best health personnel-targeted education intervention on inpatient suicide prevention in general hospitals was yet to be determined.In the future,it is necessary to combine evidence in this review and the actual condition in clinical practice.
文摘Engineering data are separately organized and their schemas are increasingly complex and variable. Engineering data management systems are needed to be able to manage the unified data and to be both customizable and extensible. The design of the systems is heavily dependent on the flexibility and self-description of the data model. The characteristics of engineering data and their management facts are analyzed. Then engineering data warehouse (EDW) architecture and multi-layer metamodels are presented. Also an approach to manage anduse engineering data by a meta object is proposed. Finally, an application flight test EDW system (FTEDWS) is described and meta-objects to manage engineering data in the data warehouse are used. It shows that adopting a meta-modeling approach provides a support for interchangeability and a sufficiently flexible environment in which the system evolution and the reusability can be handled.
基金Project(51678075)supported by the National Natural Science Foundation of ChinaProject(2017GK2271)supported by Hunan Provincial Science and Technology Department,China
文摘This paper proposed a novel multi-view interactive behavior recognition method based on local self-similarity descriptors and graph shared multi-task learning. First, we proposed the composite interactive feature representation which encodes both the spatial distribution of local motion of interest points and their contexts. Furthermore, local self-similarity descriptor represented by temporal-pyramid bag of words(BOW) was applied to decreasing the influence of observation angle change on recognition and retaining the temporal information. For the purpose of exploring latent correlation between different interactive behaviors from different views and retaining specific information of each behaviors, graph shared multi-task learning was used to learn the corresponding interactive behavior recognition model. Experiment results showed the effectiveness of the proposed method in comparison with other state-of-the-art methods on the public databases CASIA, i3Dpose dataset and self-built database for interactive behavior recognition.
文摘The understanding about the creation of our universe is explored in many philosophies, natural sciences, religions, ideologies, traditions, and disciplines. Current natural science cannot answer this question at the fundamental level. In this work, we combine the ancient Chinese Tao wisdom about the creation with quantum physics. We propose that everything comes from the emptiness. Our universe is manifested from the emptiness through two pairs of duality measurements： space and time duality pair and inclusion and exclusion duality pair. From this understanding, we are able to derive one mathematic formula describing our universe. It also yields a new metaphysical approach to derive and interpret string theory as well as produce more testable predictions from string theory. This work gives a new way to understand and mathematically describe how our universe is created and evolved. It provides another way to comprehend the meaning and function of space and time. It indicates that our universe is manifested from the emptiness through human actions. Space and time is a pair of duality action and codes that help manifest our universe. It provides answer to an important philosophical question about whether and why we can understand and mathematically describe our universe.
文摘This paper describes an in-house developed language tool called VPerl used in developing a 250 MHz 32-bit high-performance low power embedded CPU core. The authors showed that use of this tool can compress the Verilog code by more than a factor of 5, increase the efficiency of the front-end design, reduce the bug rate significantly. This tool can be used to enhance the reusability of an intellectual property model, and facilitate porting design for different platforms.
文摘Based on 20 students' self-report, this study presents the sources of listening comprehension anxiety:characteristics of listening comprehension, characteristics of listening materials and listening tasks, the social/instructional factors and foreign language proficiency and listening level. Ways to alleviate anxiety are correspondingly involved.
基金supported by the National Natural Science Foundation of China(No.61170106)
文摘Because texture images cannot be directly processed by the gray level information of individual pixel,we propose a new texture descriptor which reflects the intensity distribution of the patch centered at each pixel.Then the general multiphase image segmentation model of Potts model is extended for texture segmentation by adding the region information of the texture descriptor.A fast numerical scheme based on the split Bregman method is designed to speed up the computational process.The algorithm is efficient,and both the texture descriptor and the characteristic functions can be implemented easily.Experiments using synthetic texture images,real natural scene images and synthetic aperture radar images are presented to give qualitative comparisons between our method and other state-of-the-art techniques.The results show that our method can accurately segment object regions and is competitive compared with other methods especially in segmenting natural images.
基金supported by the National Natural Science Foundation of China(Nos.11426182,11401324,11271301,11471266,10871032)SRF for ROCS,SEM,the Fundamental Research Funds for the Central Universities(No.SWU115052)+1 种基金the Natural Science Foundation Project of CQ CSTC(Nos.cstc2014jcyj A00010,cstc2014jcy A0148,2010BB9206)the National Science Foundation for Distinguished Young Scholars of China(No.11001226)
文摘It is a well-known fact that characters of a finite group can give important information about the structure of the group. It was also proved by the third author that a finite simple group can be uniquely determined by its character table. Here the authors attempt to investigate how to characterize a finite almost-simple group by using less information of its character table, and successfully characterize the automorphism groups of Mathieu groups by their orders their character tables. and at most two irreducible character degrees of
基金Supported by the National Natural Science Foundation of China under Grant Nos.11175074,11120101005,11105035,and 10805061the Fundamental Research Funds for the Central Universities under Grant No.lzujbky-2012-5the Knowledge Innovation Project of the Chinese Academy of Sciences under Grant No.KJCX2-EW-N01
文摘The barrier against the spontaneous fission has been determined within the Generalized Liquid Drop Model （GLDM） including the mass and charge asymmetry, and the proximity energy. The shell correction of the spherical parent nucleus is calculated by using the Strutinsky method, and the empirical shape-dependent shell correction is 6mp10yed during the deformation process. A quasi-molecular shape sequence has been defined to describe the whole process from one-body shape to two-body shape system, and a two-touching-ellipsoid is adopted when the superdeformed one-body system reaches the rupture point. On these bases the spontaneous fission barriers are systematically studied for nuclei from 2a^Th to 249 Cm for different possible exiting channels with the different mass and charge asymmetries. The double, and triple bumps are found in the fission potential energy in this region, which roughly agree with the experimental results. It is found that at around Sn-like fragment the outer fission barriers are lower, while the partner of the Sn-like fragment is in the range near l^SRu where the ground-state mass is lowered by allowing axially symmetric shapes. The preferable fission channels are distinctly pronounced, which should be corresponding to the fragment mass distributions.
