高校思想政治教育个体价值实现环境研究

人的生存和发展要以一定的外部环境为前提,人的思想政治品德的形成和发展同样受到外部环境的影响和制约。作为高校思想政治教育重要任务之一的大学生思想政治教育个体价值的实现,同样需要各种环境为其奠定基础。因此,探讨和分析大学生思想政治教育个体价值实现环境,提出优化大学生思想政治教育环境策略,不仅具有理论意义,更具有重大的现实指导意义。

基于Linux的嵌入式组态软件中图形开发环境的设计与实现

介绍了基于L inux操作系统的嵌入式设备的通用组态软件中图形开发环境的设计与实现.着重阐述了在图形开发环境设计与实现过程中涉及的一些重要内容,并在基于L inux的PC上完成了开发环境的程序编码,在基于ucL inux的ARM芯片上完成了运行环境的程序编码.

论环境资源法律的实现机制及其功能效应

环境资源法律价值的体现方式和实现手段是环境资源法律机制。环境资源法律机制运行得以充分实施和产生实际效果,能促进环境资源法律在现实中发挥的功能量趋大,在最大程度上满足环境资源法律的目的性即环境资源法律价值得以实现。本文从对环境资源法律制度实现机制的目标设定及其理论阐释入手,对环境资源法律机制进行改进与扩充的可能性与必要性以及环境资源法律机制实现的条件作了客观分析,充分论证了在市场化的背景下,环境资源法律制度功能发挥的效应增强是通过强制与指导的复合型行政机制和经济激励机制以及公众参与机制的整合或交叉而成的综合性环境资源法律机制的运行来加以实现的。

社交媒体营销的实现和策略——以微信营销为例

微信营销是随着科学技术的进步而产生的一种营销方式。如今,微信营销已经存在于人们的日常生活当中。微信用户乐于接受该种创新方式,微信营销不仅能够帮助商家完成营销活动,也能够为用户提供最新的产品信息,促使用户能够通过微信的营销方式来获得自身需要的产品。文章主要研究了微信营销的实现与策略。笔者从微信营销的释义角度出发,深入分析了微信营销的互动营销方式。文章中还具体阐述了微信营销的实现环境以及营销策略,期待能够为微信营销提供合理的参考意见。

论循环经济中的生产者责任延伸制度

循环经济是一种节约能源、促进资源的高效利用并减少环境污染的经济发展模式。生产者责任延伸制度是循环经济立法的基本制度之一。我国当前已经通过立法正式确立了生产者责任延伸制度,但可操作性不强,有必要继续完善相关配套措施,进一步落实生产者责任延伸制度,以更好的实现环境友好型社会。

担保物权制度对信贷创新影响效果的观察与思考

本文认为我国担保物权制度的确立、完善、实施进程表明,担保物权制度已融入经济金融生活,调节与规范经济金融的作用日益显现,不仅对银行信贷创新与投入意义重大,物权实现环境也有明显改善。同时,物权在实现过程中的诸多困难与障碍也是必须重视与研究的。

我国环境权实现模式的反思与重构

环境权实现模式,即环境权实现制度的结构或框架,而不是具体的制度设计。针对我国现有环境权实现模式理论的不足,我国环境权实现模式的新构想尤其要注意公民环境权利的合理设置、公民环境义务的合理分配、国家或政府环境管理职责的加强、环境诉讼机制的建立和完善。

Radial Based Probabilistic Roadmap Motion Planning Method in Sparse Environment

A new dynamic path planning method in high dimensional workspace, radial based probabilistic roadmap motion (RBPRM) planning method, is presented. Different from general probabilistic roadmap motion planning methods, it uses straight lines as long as possible to construct a path graph, so the final path obtained from the graph is relatively shorter and straighter. Experimental results show the efficiency of the algorithm in finding shorter paths in sparse environment.

作为把关人的“政治家办报”——毛泽东新闻思想传播学阐述

"把关人"理论是西方新闻传播控制理论中的重要成果,毛泽东"政治家办报"是对中国无产阶级新闻工作者要求的高度概括。二者虽源于不同的利益主体,并为不同的阶级利益服务,但他们在具体运作及目标实现的途径上存在着相通之处。

Visual fatigue relief zone in an extra-long tunnel using virtual reality with wearable EEG-based devices

Long-time driving and monotonous visual environment increase the safety risk of driving in an extra-long tunnel. Driving fatigue can be effectively relieved by setting the visual fatigue relief zone in the tunnel. However, the setting form of visual fatigue relief zone, such as its length and location, is difficult to be designed and quantified. By integrating virtual reality(VR) apparatus with wearable electroencephalogram(EEG)-based devices, a hybrid method was proposed in this study to assist analyzers to formulate the layout of visual fatigue relief zone in the extra-long tunnel.The virtual environment of this study was based on an 11.5 km extra-long tunnel located in Yunnan Province in China.The results indicated that the use of natural landscape decoration inside the tunnel could improve driving fatigue with the growth rate of attention of the driver increased by more than 20%. The accumulation of driving fatigue had a negative effect on the fatigue relief. The results demonstrated that the optimal location of the fatigue relief zone was at the place where driving fatigue had just occurred rather than at the place where a certain amount of driving fatigue had accumulated.

高职院校英语数字化课件标准模板研究

高考制度的改革引起了社会的广泛关注,高考方案中最大的变化来自英语科目。而大学英语课堂教学也将接受新的挑战与改革。现在高职院校的大学英语教学中存在不少问题,如果这一系列问题不能得以改善,就无法满足信息时代职业教育对新一代大学生的英语应用能力的要求。作为高职院校一线的教育工作者必须改变传统的教学模式,重新思考教师的角色、以及如何在现代技术高速发展的时代充分挖掘信息资源,利用数字化网络环境来实现大学英语教学。

基于Web服务的分布式应用的事务处理

在次或对象层次中实现的事务特性。

Agent-oriented Virtual Environment Modeling

Virtual environment has been widely applied in scientific research and considered as an important tool of exploring science. But constructing a real virtual environment is rather difficult. The difficulty cannot be compared with developing general software. It has a high demand for software technology. Obviously traditional methods are not competent for the job. Fortunately with the development of agent-oriented technologies, all problems seem to be solved. By classifying a virtual environment into four layers corresponding with real world and considering it as a collection of agents, the virtual objects can be mapped into agents and an agent model can be designed. Based on the idea that the state change of a system is caused by that of individuals and the mutual effect among them, a theory of agent behavior driven by event and belief is put forward. Such agent-oriented modeling method can cope with the demand for handling multi-dimension information. It is an effective technique for constructing a large and complex virtual environment.

Design and Implementation of a 3D Ocean Virtual Reality and Visualization Engine

In this study,a 3D virtual reality and visualization engine for rendering the ocean,named VV-Ocean,is designed for marine applications.The design goals of VV-Ocean aim at high fidelity simulation of ocean environment,visualization of massive and multidimensional marine data,and imitation of marine lives.VV-Ocean is composed of five modules,i.e.memory management module,resources management module,scene management module,rendering process management module and interaction management module.There are three core functions in VV-Ocean:reconstructing vivid virtual ocean scenes,visualizing real data dynamically in real time,imitating and simulating marine lives intuitively.Based on VV-Ocean,we establish a sea-land integration platform which can reproduce drifting and diffusion processes of oil spilling from sea bottom to surface.Environment factors such as ocean current and wind field have been considered in this simulation.On this platform oil spilling process can be abstracted as movements of abundant oil particles.The result shows that oil particles blend with water well and the platform meets the requirement for real-time and interactive rendering.VV-Ocean can be widely used in ocean applications such as demonstrating marine operations,facilitating maritime communications,developing ocean games,reducing marine hazards,forecasting the weather over oceans,serving marine tourism,and so on.Finally,further technological improvements of VV-Ocean are discussed.

Building Maintenance Supported on Virtual Reality Environments： Roofs and Walls

The paper presents the description of a research work that has its main objective as the development of a technological tool for supporting building maintenance with resort to new information and visualization technologies. Three main components of the building were analyzed： roof, facades and interior walls. The ceramic tile roof covering constitutes a component of the building envelope and fulfils an important function in its performance, namely in its protection against the permeation of moisture and rain water. Facade coating plays a significant role in the durability of buildings, since it constitutes the exterior layer that ensures wall protection against aggressive actions of physical, chemical or biological nature. The paint coating, applied to interior walls while improving their aesthetic character, performs an important function of protection against deterioration agents related to building use. A survey was conducted of the main anomalies that occur in these components, their respective causes and the adequate interventions, in order to plan maintenance strategies. The collected information serves as a basis for the implementation of applications using interactive visualization technologies to support the planning of building maintenance. During this work, the basic knowledge related to the materials, the techniques of rehabilitation and conservation and the planning of maintenance is outlined and discussed. In addition, methods of interconnecting this knowledge with the virtual applications were explored. The implemented prototypes were tested in real cases. This research work provides an innovative contribution to the field of maintenance, supported by emergent virtual reality technology.

Smart Modeling of Maritime Vessels

Currently, the market offers many visualization tools available to graphic designers, engineers, managers and academics working on maritime environments. The practice of visualization involves making and manipulating images that convey novel phenomena and ideas. Visual communication, together with virtual reality environments, is an emerging and rapidly evolving discipline. It brings great advantage over written word or voice alone, as visual sense is by far the most dominant component of human sensory perception. A new smart approach for modeling maritime vessels is described in this paper. Various ways of making modeling relevant for work within the field of maritime management, training and education are discussed.

Impact of a Pilot, Pharmacy-Led Tobacco Cessation Medication Protocol at Discharge in a Community Hospital

Purpose： To evaluate the implementation of a pharmacy-led tobacco cessation medication education protocol at discharge in a community hospital. Design： Single center, retrospective quality assessment study. Methods： A retrospective review of a pharmacy-led protocol was completed from November 2016 through April 2017. Data from one year prior to implementation of the protocol was analyzed against the study group. Results： A total of 607 tobacco cessation medication education interventions were made during the study period, 379 patients （62.4%） were given an OTC （Over The Counter） NRT （Nicotine Replacement Therapy） recommendation upon discharge and 148 （24.4%） were referred to the Ohio Tobacco Quit Line. TJC （The Joint Commission） TOB-3/3a measure was met in 44.1% of patients during the study period compared to 0% in the comparator group. Of the 75 patients who were reached via follow-up phone call, 23 （30.7%） purchased an OTC NRT and 22 （29.3%） completely quit using tobacco. Conclusions： Pharmacy-led tobacco cessation interventions during hospitalizations have a positive impact on TJC TOB-3/3a quality measure results and quit rates post-discharge. Our results encourage future studies in this area to further establish the importance of pharmacist involvement in tobacco cessation, specifically in the hospital setting.

Implementing Virtual Reality Environment for Bicycling in an Eco-Campus Application

This paper reviews virtual reality interface, application and design concept in relation with our experience in implementing a virtual bicycling environment application of the University of Indonesia Green Eco-campus. The implementation of the Virtual Reality VR used 3D-Games Studio with Lite-C software. The authors also experiment with the use of a VR device, i.e. 3D E-Dimensional wireless goggle to improve the feel of presence for the user of our application. The authors created the original elements of UI campus environment, such as, buildings, trees, campus buses, cars, and bike tracks, as well as obstacle in the pathways into 3D virtual shape that resembles the real UI campus environment. The bicycle movement, camera perceptions, and object collision handling have also been implemented. Our application is subsequently tested by the users in terms of the general object condition, user＇s respond to the virtual reality environment and the future development. Some result of implementing the same environment using Alice has also been shown.

Multi-Service Oriented Devices Aggregation Mechanism n Ubiquitous End Environment

In ubiquitous stub environment, it is a critical challenge to design an optimal device aggregation mechanism to meet all requested ubiquitous services simultaneously with resource- limited devices and bandwidth-limited network. Firstly, Multi-Service oriented Devices Aggregation Problem is generalized and formulated based on QoS-metric with Multi-attribute Decision Making. Secondly, a Multi-Service oriented Devices Aggregation Mechanism is proposed to deal the problem in which there are two processes： Dimensionless Processing and Device Aggregation Approach. At last, the simulation is implemented with OPNET and MATLAB. We integrate different QoS factors, such as Average Utility, Utility distribution, Total Utility distribution and Service Failure Rate, to reflect user experience.