Research on Intelligent Control Strategy of Urban Parking Guidance System Based on Artiftcial Intelligence Ge Yinglong1 geyl@hdu.edu.cn 1 School of Information Engineering, Hangzhou Dianzi University, 310018,Hangzhou,Zhejiang, China DOI: 10.17013/risti.18B.72–83 Abstract: With the rapid urbanization and fast increase of car ownership, parking problem has increasingly turned to be a bottleneck for the sustainable development of urban transportation system. In order to improve the parking management level, a urban parking guidance system based on artificial intelligence is proposed. In this paper, the composition and structure of the urban parking guidance system is analyzed, the parking place control terminal hardware design and implementation methods based on the microcon troller SX52 are supplied, and the principles and processes of the control terminal software are introduced, then the principles and methods of protocol dispose in the control terminal are describ

Application of face recognition technology based on CA algorithm in intelligent residential property management Abstract The research of face recognition began in the 70s of last century. With the rapid development of science and technology and computer technology, it has been used in the application of property management, which has become a new research direction. Based on this, the research status of intelligent property and face recognition at home and abroad was investigated. On this basis, the concept and principle of face recognition technology were analyzed, and PCA algorithm was proposed for face recognition. According to the basic theory of PCA algorithm, it was applied to face recognition technology. The principle of PCA algorithm was proposed, and the principal component analysis method was deduced and applied to face recognition. According to the performance of PCA algorithm in face recognition technology, a new wavelet transform method was used in face recognit

英语原文共 6 页， 网络技术会影响到楼宇自动化系统的建筑结构吗？ 摘 要 如今，越来越多的办公室、工厂以及住宅小区都装配了建筑物管理系统，该系统旨在提高舒适度并降低能源成本。这种情况的出现是因为计算机技术的普及--该技术提供了小型且价格合理的传感设备。但是，当前的建筑物管理系统通常基于专有技术，这使得它们的互操作性和发展变得更加困难。例如，我们发明了基于智能数据分析的新应用，该应用能够计算建筑物使用的复杂模型。这样的应用程序需要依赖不同种类的传感器、网络数据、用户反馈和自学习算法。在本文中，我们将讨论网络技术在标准化应用程序层中的作用，为开发高级构建应用程序提供框架。我们提出对了TASSo的设想，它是一个分层网络模型，面向建筑物管理系统当前和未来的挑战。

英语原文共 6 页， 智能建筑电能管理系统 摘 要 最近的研究表明住宅和商业建筑电能损耗是由于不正确使用电气设备造成的。在这种情况下，自动电源管理系统-能够在保存的同时减少能源浪费感觉到的舒适度-会非常吸引人。到这个目标，我们提出绿色建筑，一个基于传感器的智能监测能源消耗和自动控制建筑。绿色建筑已作为原型实施并在真实的家庭场景中进行了实验。这个对实验结果的分析表明绿色建筑能够显著节约能源。 关键词：建筑节能；无线传感器网络；能源意识，建筑管理系统。 导言 住宅和商业建筑约占全球能源总量的20%消费，随着时间的推移呈增长趋势。这个 建筑能耗的主要原因是空间供暖和空调、水暖、照明和计算机和其他电子设备的使用。 能源消耗的很大一部分是由于不恰当地使用这

英语原文共 12 页， 楼宇自动化系统：概念与技术回顾 摘 要： 尽管这门学科很受欢迎，但建筑自动化（BA）的一个令人惊讶的方面是缺乏有关该主题的权威文献。这种情况防碍了开发人员之间的交流，并导致了众所周知的异构问题，即难以将不同制造商的解决方案彼此集成。 本文系统地阐述了BA系统的基本概念和要求，并在已有文献的基础上对各个方面进行了界定。使用这些方面作为准则，然后针对它们的功能覆盖范围，审查可用的主要BA技术规范。然后，我们通过显示没有分析的规范能够完全覆盖BA的预期标准功能范围来进行。最后，我们得出结论，现有的方法都不能通过满意地解决标准认可的BA的所有方面来完全克服异质性问题。 关键词：楼宇自动化、楼宇自动化技术、楼宇自动化标准、信息模型、互通性 Building a

Motivational pathways to STEM career choices: Using expectancy-value perspective to understand individual and gender differences in STEM fields Abstract The United States has made a significant effort and investment in STEM education, yet the size and the composition of the STEM workforce continues to fail to meet demand. It is thus important to understand the barriers and factors that influence individual educational and career choices. In this article, we conduct a litera-ture review of the current knowledge surrounding individual and gender differences in STEM educational and career choices, using expectancy–value theory as a guiding framework. The overarching goal of this paper is to provide both a well-defined theoretical framework and complementary empirical evidence for linking spe-cific sociocultural, contextual, biological, and psychological factors to individual and gender differences in STEM interests and choices. Knowledge gained through this review will ev

Self-regulatory processes in early personality development: A multilevel approach tothe study of childhood social withdrawal and aggression Abstract Self-regulatory processes are believed to be critical to early personality and behavioral adjustment. Such processes can be observed on multiple levels, including the physiological, attentional, emotional, cognitive, and interpersonal domains of functioning. Data from several longitudinal studies suggest links between early temperamental tendencies such as behavioral inhibition and frustration tolerance, and regulatory developments at the levels of physiological, attentional, and emotional regulation. Deficits in these particular levels of self-regulation may underlie childhood social withdrawal and aggression. Significant gaps remain in our knowledge of the pathways to disordered behavior and the role that self-regulation plays in such pathways. Suggestions are made for the ways in which future longitudinal studies might addres

附录B 外文原文 Designing robots to help in a disaster Dennis Hong first spied Japanrsquo;s ruined nuclear power plant from a bus wrapped in plastic. A hefty layer of protection guarded the seats, floors and handles from radioactive dust. Hong wore a face mask and gloves to limit his own exposure. Like the other passengers, he had dressed in old clothes that he was willing to toss after the trip. More than three years earlier, after an earthquake and tsunamis battered Japanrsquo;s eastern coast, the Fukushima Daiichi Nuclear Power Station blew, blasting radiation into the sea and sky. Today, villages outside the plant still lie as barren as ghost towns. Soccer balls and notebooks rest untouched in abandoned schools; hushed houses sit deserted. Along the coast, smashed buildings, flipped cars and train tracks twisted like taffy stand as reminders of the catastrophe. “Itrsquo;s like a disaster site frozen in time,” Hong says. “Itrsquo;s surreal.” W

A Review on Micro-manufacturing, Micro-forming and their Key Issues Abstract Micro-manufacturing has received good attention globally in terms of its manufacturing methods/processes. One of the most popular micro-manufacturing processes is icro-forming. Many efforts have been focused on micro-forming, mainly on the micro-stamping process due to the process itself contributing numerous products, especially in its conventional macro-process. Most every-day products are made by this process. Although there were efforts made to realize micro-forming for industrial application, the technology itself was seen as being insufficiently mature. Much development work needed to be done, specifically to develop a fully-automated high-volume production micro-forming machine, which is reliable and at all times ready for operation in terms of it processes, tooling, and material- handling to ensure the successful production of micro-products. The paper addresses key issues encountered by res

Study on the Mechanical Characteristic and Safety Measures of Bowl-scaffold Abstract The Cuplok Steel Tubular Scaffolding (hereinafter referred to as Bowl-scaffold) is an important temporary facility in bridge construction, which is widely used in the overpass bridge, viaduct and other long-span constructions. But its importance is often overlooked, because compared with the whole project, the Bowl-scaffold is only a temporary facility and its quantity is limited. In recent years several serious collapses have taken place in China which occurred in accident-prone scaffold areas. Therefore, its stability and safety should attract more attention. The mechanical characteristics of the Bowl-scaffold is deeply researched through the analysis of scaffolding features, the node status, the type and distribution of load and the arrangement of the bars. Then, based on the mechanical characteristics analysis and on-site construction work, the factors that affect the stability and beari