Behavior Measurement Model Based on Prediction and Control of Trusted Network

In order to construct the trusted network and realize the trust of network behavior,a new multi-dimensional behavior measurement model based on prediction and control is presented.By using behavior predictive equation,individual similarity function,group similarity function,direct trust assessment function,and generalized predictive control,this model can guarantee the trust of an end user and users in its network.Compared with traditional measurement model,the model considers different characteristics of various networks.The trusted measurement policies established according to different network environments have better adaptability.By constructing trusted group,the threats to trusted group will be reduced greatly.Utilizing trusted group to restrict individuals in network can ensure the fault tolerance of trustworthiness of trusted individuals and group.The simulation shows that this scheme can support behavior measurement more efficiently than traditional ones and the model resists viruses and Trojans more efficiently than older ones.

Reinforcement Learning Behavioral Control for Nonlinear Autonomous System

Behavior-based autonomous systems rely on human intelligence to resolve multi-mission conflicts by designing mission priority rules and nonlinear controllers.In this work,a novel twolayer reinforcement learning behavioral control(RLBC)method is proposed to reduce such dependence by trial-and-error learning.Specifically,in the upper layer,a reinforcement learning mission supervisor(RLMS)is designed to learn the optimal mission priority.Compared with existing mission supervisors,the RLMS improves the dynamic performance of mission priority adjustment by maximizing cumulative rewards and reducing hardware storage demand when using neural networks.In the lower layer,a reinforcement learning controller(RLC)is designed to learn the optimal control policy.Compared with existing behavioral controllers,the RLC reduces the control cost of mission priority adjustment by balancing control performance and consumption.All error signals are proved to be semi-globally uniformly ultimately bounded(SGUUB).Simulation results show that the number of mission priority adjustment and the control cost are significantly reduced compared to some existing mission supervisors and behavioral controllers,respectively.

Leaching behavior of Pb and Zn in air pollution control residues and their modeling prediction

Increasing attention has been paid to air pollution control （APC） residues in China recently due to the rising proportion of waste incineration and the hazardous characteristics of the residues, among which heavy metal leaching toxicity plays an important role. Leaching behavior and potential risk of Pb and Zn in the APC residues from a Shanghai municipal solid waste （MSW） incinerator was studied, based on the leaching tests under different conditions and theoretical calculation using a geochemical thermodynamic equilibrium model MINTEQA2. Results showed that, extractant species and liquid to solid （L/S） ratio predominantly controlled the leaching toxicity of Pb and Zn, while ionic strength, vibration method and leaching time had less effect on the metals release. Leachate/final pH determined the metal leaching behavior, which changed the speciation of heavy metals in the extraction system. The equilibrium aqueous speciation, precipitation-dissolution of Pb and Zn was investigated according to the model computation, which was well in agreement with the experimental results.

Highly Efficient and Stable Hybrid White Organic Light Emitting Diodes with Controllable Exciton Behavior by a Mixed Bipolar Interlayer

Highly efficient and stable hybrid white organic light-emitting diodes （HWOLEDs） with a mixed bipolar interlayer between fluorescent blue and phosphorescent yellow emitting layers are demonstrated. The bipolar interlayer is a mixture of p-type diphenyl （l0-phenyl-lOH-spiro [acridine-9,9＇-fluoren]-3Lyl） phosphine oxide and n-type 2＇,2- （1,3,5-benzinetriyl）-tris（1-phenyl-l-H-benzimidazole）. The electroluminance and Commission Internationale de l＇Eclairage （CIE1931） coordinates＇ characteristics can be modulated easily by adjusting the ratio of the hole- predominated material to the electron-predominated material in the interlayer. The hybrid WOLED with a p-type：n-type ratio of 1：3 shows a maximum current efficiency and power efficiency of 61.1 ed/A and 55.8 lm/W, respectively, with warm white CIE coordinates of （0.34, 0.43）. The excellent efficiency and adaptive CIE coordi- nates are attributed to the mixed interlayer with improved charge carrier balance, optimized exciton distribution, and enhanced harvesting of singlet and triplet excitons.

Real Time Behavior-Based Control on a Mobile Robot

This paper discusses and compares some common architectures used inautonomous mobile robotics. Then it describes a behavior-based autonomous mobile robot that wasimplemented successfully in the Robotics Lab of the Department of Precision Mechanical Engineering.Fuzzy controller was used to implement the emergency behavior, the behaviors arbitration wasimplemented using the subsumption architecture. In an unknown dynamic indoor environment, the robotachieved real-time obstacle avoidance properties that are cruel for mobile robotics.

The Relationship of Effortful Control to Academic Achievement via Children’s Learning-Related Behaviors

Effortful control (EC) is a temperamental self-regulatory capacity, defined as the efficiency of executive attention [1], which is related to individual differences in self-regulation. Although effortful control covers some dispositional self-regulatory abilities important to cope with social demands of successful adaptation to school, such as attention regulation, individual differences in EC have recently been associated with school functioning through academic achievement including the efficient use of learning-related behaviors, which have been found to be a necessary precursor of learning and they refer to a set of children’s behaviors that involve organizational skills and appropriate habits of study. Therefore, the aim of this study is to review the literature on EC’s relationship to academic achievement via learning-related behaviors, which reflect the use of metacognitive control processes in kindergarten and elementary school students. The findings indicate that EC affects academic achievement through the facilitation of the efficient use of metacognitive control processes.

Prevention and Control of Adolescents' Deviant Behavior in Rural Community

Firstly,an analysis is made from the point of view of sociology on traditional modeling logic of prevention and control of adolescents' deviant behavior in rural community,and maintenance and reproduction of this model.The traditional prevention and control model of adolescents' deviant behavior in rural community is diversity-orderly pattern prevention and control system.This system is based on natural economy,especially on agricultural economy."Supervision by public opinion and moral imitation" is the basic operation logic of this system.It contains a compensation mechanism of "bringing up children for the purpose of being looked after in old age" and "favor returning".Then,deconstruction of traditional prevention and control model for adolescents' deviant behavior in rural community is analyzed.Along with advance in rural modern democratic management and legal construction and growing of rural market economy,function of traditional diversity-orderly pattern of prevention and control of adolescents' deviate behavior in rural community is weak and weak in prevention and control of modern rural adolescents' deviant behavior.Finally,modeling ideas of new(coordinative) prevention and control of rural adolescents' deviant behavior are put forward from four aspects,namely,democracy and legal system,community,family and various rural adolescent admittance organizations.

Control of Fracture Behavior of Carbon Fiber/Pitch-based CarbonMatrix Composites with Microspace Modification Concept

Theoretical consideration was conducted on a relation between pore diameter and interfacialarea between pores and fibers when pores uniforinly distribute in C/C composites. It was shownthat bonding at the fiber/matrix interface apparently decreased with decreasing a pore diameter,and consequently a new idea of microspace modification concept was proposed for controllingfracture behavior of C/C composites. Four types of C/C composites with various pore structureswere fabricated by hot-pressing, and their fracture behavior was investigated by three pointbending tests. The fracture behavior of the C/C composites was changed from brittle one topseudo ductile one with decreasing the pore diameter. This result supported the validity of themicrospace modification concept proposed in this paper.

Acute histopathological responses and long-term behavioral outcomes in mice with graded controlled cortical impact injury

While animal models of controlled cortical impact often display short-term motor dysfunction after injury, histological examinations do not show severe cortical damage. Thus, this model requires further improvement. Mice were subjected to injury at three severities using a Pin-Point^(TM)-controlled cortical impact device to establish secondary brain injury mouse models. Twenty-four hours after injury, hematoxylin-eosin staining, Fluoro-Jade B histofluorescence, and immunohistochemistry were performed for brain slices. Compared to the uninjured side, we observed differences of histopathological findings, neuronal degeneration, and glial cell number in the CA2 and CA3 regions of the hippocampus on the injured side. The Morris water maze task and beam-walking test verified long-term(14–28 days) spatial learning/memory and motor balance. To conclude, the histopathological responses were positively correlated with the degree of damage,as were the long-term behavioral manifestations after controlled cortical impact. All animal procedures were approved by the Institutional Animal Care and Use Committee at Shanghai Jiao Tong University School of Medicine.

BBACIMA:A Trustworthy Integrity Measurement Architecture through Behavior-Based TPM Access Control

Two limitations of current integrity measurement architectures are pointed out： （1） a reference value is required for every measured entity to verify the system states, as is impractical however; （2） malicious user can forge proof of inexistent system states. This paper proposes a trustworthy integrity measurement architecture, BBACIMA, through enforcing behavior-based access control for trusted platform module （TPM）. BBACIMA introduces a TPM reference monitor （TPMRM） to ensure the trustworthiness of integrity measurement. TPMRM enforces behavior-based access control for the TPM and is isolated from other entities which may be malicious. TPMRM is the only entity manipulating TPM directly and all PCR （platform configuration register） operation requests must pass through the security check of it so that only trusted processes can do measurement and produce the proof of system states. Through these mechanisms malicious user can not enforce attack which is feasible in current measurement architectures.

爪哇虫草菌JS001浸种处理对水稻生长和防御褐飞虱的影响

【目的】明确新登记的真菌杀虫剂爪哇虫草菌Cordyceps javanica JS001在调控水稻生长和防御褐飞虱Nilaparvata lugens中的作用。【方法】室内分别用1×10^(4),1×106和1×10^(8)孢子/mL爪哇虫草菌JS001孢子悬浮液浸泡水稻种子48 h,以0.01%Triton X-100溶液浸种为对照,待培养8 d后,对水稻苗进行生长测定,并测定褐飞虱成虫对其的行为选择反应;通过气相色谱-串联质谱(GC-MS/MS)分析1×10^(8)孢子/mL爪哇虫草菌JS001孢子悬浮液浸种对水稻苗次生代谢化合物含量的影响。采用1×10^(7)孢子/mL爪哇虫草菌JS001孢子悬浮液和清水(对照)分别浸泡水稻种子48 h,于种子直播50 d后,调查稻田中稻飞虱和蜘蛛个体数量。【结果】室内测定结果表明,与对照相比,1×10^(6)和1×10^(8)孢子/mL爪哇虫草菌JS001孢子悬浮液浸种处理不仅显著促进水稻种子发芽、水稻苗根和茎叶的生长,而且降低褐飞虱成虫对水稻苗的选择性。化合物分析结果表明,与对照相比,1×10^(8)孢子/mL爪哇虫草菌JS001孢子悬浮液浸种处理的水稻苗中防御性化合物过氧化氢、油酸、辛烷等含量显著增加,能吸引褐飞虱的化合物2-壬酮含量显著降低。田间试验结果表明,与对照相比,1×10^(7)孢子/mL爪哇虫草菌JS001孢子悬浮液浸种显著降低稻田中稻飞虱数量,但对捕食性天敌蜘蛛个体数量无影响。【结论】爪哇虫草菌JS001浸种处理不但能促进水稻苗的生长,而且能提高水稻对褐飞虱的防御能力。田间试验进一步明确了爪哇虫草菌JS001在增强水稻防御稻飞虱危害中的作用。这些结果可为爪哇虫草菌的应用及稻飞虱生物防治策略的制定提供新途径。

大学生自杀行为影响因素的分类决策树分析

为了识别大学生自杀行为的风险和保护因素。对在校大学生实施感恩问卷、自我控制双系统量表、自杀问卷及人口学信息调查,获得有效数据11288份,进行分类决策树分析。结果显示:大学生近一年内自杀意念发生率17.1%,近半年内自杀行为发生率3.8%。分类决策树分析发现,自杀意念为根节点,感恩、冲动、控制、家庭阶层、是否独生均为重要的子节点(AUC=0.959)。结论:自杀意念是大学生自杀行为最重要的近端风险因素,冲动为中端风险因素,感恩特质和适度控制分别为远端保护因素;低社会家庭阶层、中高阶层家庭的非独生子女大学生由自杀意念转变自杀行为的风险较高。

Relationship among Eating Behavior, Effortful Control, and Working Memory in Female Young Adults

The management of eating behavior plays an important role in health maintenance. In this study, we investigated the relationship between eating behavior and effortful control in female young adults. Participants completed the questionnaire measures of effortful control and eating behaviors and Stroop cognitive interference task. The results showed that restrained eating was positively correlated with activation control;emotional eating was negatively correlated with inhibitory control and attentional control;external eating was negatively correlated with inhibitory, activation, and attentional control. The scores for activation control and restrained eating were higher for participants with a low Stroop error rate than for those with a high Stroop error rate. These results indicate that restrained eating has a different association with effortful control than doing emotional and external eating.

The Influence of Interactive Control on Subsidiary Performance: A Mediating Role of Subsidiary Managers’ Strategic Behavior

Under the principal-agent relationship, there are two major factors that directly affect subsidiary strategy’s implementation and performance—enterprise groups’ internal interactive control and subsidiary managers’ strategic behavior. Prior research showed that the parent companies hope their subsidiary managers to be obedient and active, i.e. to keep a high degree of strategic identity and subsidiary initiative. We build and analyze a model to test the mediating role of strategic identity and subsidiary initiative based on data collected from Chinese groups. The results show that interactive control, strategic identity and subsidiary initiative all could improve subsidiary performance, furthermore, subsidiary initiative is a mediator between decision-making decentralization and subsidiary performance, and also a mediator between horizontal communication and subsidiary performance, the mediating role of strategic identity is not tested, but vertical communication can improve strategic identity. In the conclusions, we provide guidance on how parent companies to choose excellent subsidiary managers, and then how to develop a suite interactive control system.

体操游戏干预促进幼儿自我控制和运动协调能力的实验研究

目的:检验体操游戏干预对幼儿自我控制、运动协调的影响。方法:以杭州市某幼儿园两个园区的114名3~5岁幼儿为实验对象(其中实验组58人),采用准实验不等同比较组前后测设计,对实验组进行为期10周、每周2次、每次20~30 min的体操游戏干预,同时对照组进行户外身体活动,干预前后测量幼儿的认知自控、行为自控和运动协调能力。结果:2(时间)×2(实验处理)重复测量方差分析显示,认知自控的交互作用显著(F=6.72,P<0.05,η_(p)^(2)=0.064),行为自控的变化不具有统计学意义(F=0.15,P>0.05,η_(p)^(2)=0.002);精细动作、运动协调总分的交互作用非常显著(F_(精细动作)=12.48,P<0.001,η_(p)^(2)=0.11;F_(运动协调总分)=10.76,P<0.001,η_(p)^(2)=0.099),定位和抓取的交互作用显著(F=5.93,P<0.05,η_(p)^(2)=0.057),动静态平衡的变化不具有统计学意义(F=1.10,P>0.05,η_(p)^(2)=0.011)。结论:体操游戏干预能够促进幼儿认知自我控制和运动协调能力及精细动作、手眼协调能力的发展。

航母航空保障作业中异质群体的动态路径规划算法

航母保障作业中路径规划任务存在着场景高动态性以及智能体的强异质性问题,传统的全局路径规划算法虽然能获得全局最优的结果,但无法适应高度动态变化的场景,且不能很好解决智能体的异质性所带来的安全性问题;当前的局部路径规划算法能够很好地解决智能体体型差异,但是异质群体行为控制表示难以统一表达。为了解决以上问题,提出了一种航母航空保障作业中的异质群体的动态路径规划算法。首先,将优化的全局和局部路径规划算法融合,解决航空保障作业场景的高动态性问题,根据动态环境信息及时调整路径,并充分考虑场景的高动态性给异质智能体带来的安全性问题。然后,该方法考虑异质智能体不同的行为特性,在局部碰撞避免过程中采用基于运动学特性的异质智能体行为控制模型。最后,以美国尼米兹号航母为例,使用UE4进行仿真实验,从路径长度、平滑度、安全性和避障能力等方面对该算法进行了评价。仿真实验结果表明,与其他路径规划算法相比,所提算法不仅可以生成航母甲板异质群体的安全路径,还能够满足异质群体在动态航空保障作业场景中的应用需求。

“互联网+”辩证行为疗法干预模式在青少年非自杀性自伤干预中的应用研究

背景青少年非自杀性自伤已成为日益严重的精神卫生问题,其病程迁延,对患者、家庭、社会造成沉重负担。对青少年非自杀性自伤干预需要采用综合干预模式,我国线上干预管理实践尚处于起步阶段。目的探讨“互联网+”辩证行为疗法(DBT)干预模式对青少年非自杀性自伤患者自杀意念、认知情绪调节、缓解抑郁等方面的干预效果。方法选取2021年5月—2022年5月新乡医学院第二附属医院系统中出院的青少年非自杀性自伤患者120例为研究对象,采用随机对照单盲法,分为对照组(n=60)和干预组(n=60)。对照组进行药物干预、电话随访及心理咨询,干预组在对照组的基础上实施为期1年的“互联网+”DBT训练,分为4个模块,分别是正念训练、人际效能训练、情绪调节训练和忍受痛苦训练。在干预前及干预6、12个月后,分别采用青少年自杀意念自评量表(SIOSS)、认知情绪调节问卷(CERQ-C)、Montgomery-Asberg抑郁量表(MADRS)评价两组患者的自杀意念、认知情绪调节、抑郁状态。采用重复测量方差分析对不同时间点两组患者健康状态进行比较。结果最终对照组57例、干预组55例完成研究。组间与时间对SIOSS、CERQ-C、MADRS评分有交互作用(P<0.05);组间对SIOSS、CERQ-C、MADRS评分主效应显著(P<0.05),时间对SIOSS、CERQ-C、MADRS评分主效应显著(P<0.05)。其中干预组组内干预前后SIOSS、CERQ-C、MADRS评分比较,差异有统计学意义(P<0.001);对照组组内前后SIOSS评分、MADRS评分和CERQ-C评分中积极重新关注、重新关注计划、积极重新评价、理性分析、灾难化、责难他人维度比较,差异无统计学意义(P>0.001),对照组组内前后CERQ-C评分中自我责难、接受、沉思维度比较,差异有统计学意义(P<0.001)。结论“互联网+”DBT干预模式可以有效降低青少年非自杀性自伤患者的自杀意念,提高情绪控制水平,缓解抑郁状态,改善患者生存质量和社会功能。

全程护理干预在脑卒中患者康复过程中的应用观察

目的探讨全程护理干预在脑卒中患者康复过程中的应用价值,以期为临床治疗提供参考。方法选取2023年1—11月郴州市第一人民医院收治的120例脑卒中患者为研究对象,采用随机数字表法将患者分为观察组和对照组,每组60例。对照组患者给予常规康复护理干预;观察组患者在常规康复护理基础上进行全程护理干预。比较2组患者干预前后(干预4周时)健康知识掌握程度、满意度、自我行为管理能力及日常生活自理能力。结果干预前,2组患者健康知识掌握程度比较,差异无统计学意义(P>0.05)。干预4周时,2组患者健康知识掌握程度优良率均高于干预前,且观察组高于对照组,差异均具有统计学意义(P<0.05)。观察组患者护理总满意度高于对照组,差异具有统计学意义(P<0.05)。干预前,2组患者脑卒中自我行为管理调查问卷评分比较,差异无统计学意义(P>0.05)。干预4周时,2组患者脑卒中自我行为管理调查问卷评分均高于干预前,且观察组高于对照组,差异均具有统计学意义(P<0.05)。干预前,2组患者改良Barthel指数评定量表评分比较,差异无统计学意义(P>0.05)。干预后,2组患者改良Barthel指数评定量表评分均高于干预前,且观察组高于对照组,差异均具有统计学意义(P<0.05)。结论全程护理干预能让医护技工作得到无缝隙对接,保障患者康复质量,帮助患者掌握健康知识,提高患者自我行为管理能力及日常生活自理能力,改善患者就医体验,提高患者满意度,值得临床推广应用。

基于双流自适应图卷积网络的管制员睡岗行为识别

为识别空中交通管制员的睡岗行为,减少管制差错,保障航空器飞行安全,提出了一种基于双流自适应图卷积网络的管制员睡岗行为识别方法。该方法设计双流网络分别处理管制员骨架的一阶信息和二阶信息,实现对骨架数据的充分提取;通过自适应学习的骨骼拓扑连接矩阵,挖掘管制员不同关节之间的功能连接关系;同时在卷积层引入时空通道注意力机制,增强管制员睡岗行为识别模型在时间、空间、通道3个方向提取重要信息的能力。仿真结果表明,该方法能有效识别管制员3种睡岗行为,相较于传统的时空图卷积网络,识别准确率提高了3.08百分点,达到95.03%,可以提高民航运行安全管理水平。

基于SEM的煤矿工人易发不安全行为控制研究

为了准确识别煤矿工人易发不安全行为,预防由此导致的煤矿事故,文章首先构建了由作业过程、工艺设备、环境限制和作业决策4个一级指标和操作错误等18个二级指标构成的煤矿工人不安全行为评价指标体系。其次,将结构方程模型(SEM)运用到了煤矿工人易发不安全行为控制研究中。研究结果表明:作业过程等4个一级指标(潜在变量)均对煤矿工人不安全行为的发生具有显著影响;18个二级指标(观测变量)中,有无视警示进入危险区域等14种煤矿工人易发不安全行为,且根据路径系数得到了其易发程度。最后,提出了控制煤矿工人易发不安全行为的对策。文章为煤矿工人不安全行为研究提供了一种方法。