The Preliminary Design and Implement of Plant Digital Information Retrieval System

[Objective] The aim was to set up a plant digital information retrieval system.[Method] Plant digital information retrieval system was designed by combining with Microsoft Visual Basic 6.0 Enterprise Edition database management system and Structure Query Language.[Result] The system realized electronic management and retrieval of local plant information.The key words of retrieval included family,genus,formal name,Chinese name,Latin,morphological characteristics,habitat,collection people,collection places,and protect class and so on.[Conclusion] It provided reference for these problems of species identification and digital management of herbarium.

THE DESIGN AND IMPLEMENTATION OF THE IEEE 802.11 MAC BASED ON SOFT-CORE PROCESSOR AND RTOS

The implementation method of the IEEE 802.11 Medium Access Control (MAC) protocol is mainly based on DSP (Digital Signal Processor)/ ARM (Advanced Reduced instruction set computer Machine) processor or DSP/ARM IP (Intellectual Property) core. This paper presents a method based on Nios II soft-core processor embedded in Altera’s Cyclone FPGA (Field Programmable Gate Array) and MicroC/OS-II RTOS (Real-Time Operation System). The benefits and drawbacks of above methods are compared, and then the method presented in this paper is described. The hardware and software partitioning are discussed; the hardware architecture is also illustrated and the MAC software programming is described in detail. The presented method has some advantages, such as low cost, easy-implementation and very suitable for the implementation of IEEE 802.11 MAC in research stage.

Evidence-based optimization of integrated traditional Chinese and Western medicine therapies for prevention and treatment of coronary heart disease： design and implementation

As a chronic disease that seriously endangers public health, the number of coronary heart disease （CHD） patients in China has increased in recent years. There is great potentiality to integrate traditional Chinese and Western medicine therapies to prevent and treat CHD in clinical practice. However, most of the current integrated therapies still lack sufficient high-quality evidence, and the key links in how to apply are unclear. It is urgent to optimize them through evidence-based research to further improve the effectiveness. Therefore, we propose strategies to conduct evidence-based optimization of integrated traditional Chinese and Western medicine therapies in prevention and treatment of progressive cardiovascular diseases. These are integrated clinical trial design, attention to the key links of taking effect, combination of clinical and basic research. Based on the strategies, we started the national key research and development project ＂Evidence-based optimization research of TCM therapies in prevention and treatment of CHD （angina pectoris - myocardial infarction - heart failure）＂, which is expected to be a new paradigm in the field.

Design of College English Teaching Based on Flipped Classroom and Its Implementation

Flipped classroom is a new teaching mode,which has thoroughly reformed the traditional teacher-oriented teaching mode.It has been vigorously promoted and applied to the classrooms of colleges and universities in China in the educational reform and has achieved certain results.Starting from the definition and characteristics of flipped classroom,this paper focuses on the teaching design based on this mode in college English teaching and puts forward the principles and steps for its implementation.

Design and Implementation of Traceability Management System for Pigs Based on Personal Digital Assistant

The traceability management system for pigs based on personal digital assistant （PDA） was constructed by software engineering method to provide the traceability management for pork safety. This traceability system included information managements for pig breeding and pig quaran- tine inspection supervision. It also realized the record and supervision of pig information, feed usage, veterinary drug usage and quarantine inspec- tion. We mainly introduced the designs of systemic structure and functional structure of the traceability system and key techniques of system imple- mentation.

The Design and Implementation of the Data Buffer Unit in an Artificial intelligence Computer ITM-1

This paper describes the function,structure and working status of the data buffer unitDBU,one of the most important functional units on ITM-1.It also discusses DBU’s supportto the multiprocessor system and Prolog language.

The Design and Implementation of High-rise Building Construction Based on GPS Positioning Technology

Baseline observation as well as height measurement is the important content of the quality control of high-rise building construction.In order to strengthen the quality of construction projects,meet the requirement of completion time,improve the accuracy and efficiency of locating observation and explore a scientific way of observation suitable for high-rise building construction,this paper studies the design and implementation of high-rise building construction based on GPS positioning technology.

Research on Form Innovation Design and Implementation of Secondary Reconstruction for Cool Core Fabric

In this paper, we conduct theoretical analysis and literature review applications on the form innovation design and implementation of secondary reconstruction for cool core fabric. At present, due to the development of The Times and the progress of science and technology, people＇ s aesthetic concept also transformed, functional and decorative fabric art aesthetic has been raised to an important level, but also strong. Second fabric design is refers to the use of various traditional and high-tech means to the existing fabric to open out the design of the processing, make its surface rich visual texture and touch skin texture. Our method is effective and novel, we will try to make it into real-world applications in the future.

The Design and Implement of Mobile Phone Player Base on the S60 Platform

According to the development trend of modern mobile phones and user requirements,the design and optimization of mobile music player and text reader played a significant role in life abundance and work convenient.This paper discusses related technologies of J2ME and structural analysis and specific functions achieve of new music player and text reader.This development activities focused on J2ME technology and provide application software for the most widely used mobile platform.

LOW-ENERGY DESIGN METHODS AND ITS IMPLEMENTATION IN ARCHITECTURAL PRACTICE: STRATEGIES FOR ENERGY-EFFICIENT HOUSING OF VARIOUS DENSITIES IN TEMPERATE CLIMATES

With mounting concerns over climate change and urban population growth,the demand for sustainable housing based on low-energy designs is steadily increasing.A variety of low-energy design methods have been developed to reduce energy and resource consumption;however,research shows that the implementation of such methods has been surprisingly limited.In addition,while the degree of housing density is understood to have an impact on low-energy designs,what that impact is and how it can be strategically applied have not been adequately researched.This research examines how low-energy designs are applied in housing types with various densities in temperate climates,identifies the issues and problems pertaining to the implementation of passive and active design strategies.This research uses a survey,which asks design practitioners to rate the merits of various low-energy design strategies and assesses how often these approaches are implemented in practice.The study uncovers discrepancies between perceived importance of low-energy design aspects and their practical implementation,finding that certain low-energy strategies can be more effective when they are incorporated in an early stage of the design process.

Design and Implementation of Vocational English Teaching from the Perspective of Curriculum Ideology and Politics:Taking“English for Careers”as an Example

Based on the ideological and political perspective of the curriculum,this paper explores the design and implementation of English teaching in higher vocational colleges.Through the effective integration of ideological and political elements,this paper aims to cultivate students’English application ability and professional quality,improve students’comprehensive quality and social responsibility,and at the same time,innovate teaching methods and means,adapt to the needs of different industries and professions,and stimulate students’learning interest and participation.This study provides some useful guidelines for enhancing the quality of vocational English teaching.

An Implementation Technique for Multivariate Robust Design

This paper investigates systematically the problem of multivariate robustparameter design. First, a measurement criterion for the total variation of multivariate qualitycharacteristics is introduced by the result of information theory. Then the implementation procedurein the robust design is presented. After that, a simulation example from a practical industrialprocess is provided. Finally, some comments and further work are discussed.

基于Golang的客户信息维护系统的设计与实现

客户信息是企业运行的核心资产,客户信息的准确和完整性对企业的客户关系管理、市场营销策略以及服务提供等方面都有至关重要的影响。为对客户信息更好地进行维护。以销售部门和产品负责人的业务需求为基础,结合计算机与网络技术,采用Golang编程语言和go-zero框架,设计客户信息维护系统。通过测试可知,该系统可快速、高效实现用户信息维护。基于Golang的客户信息维护系统将更加有助于产品推广和维护客户关系,值得进行推广使用。

Designing and Assessing Learning

This paper provides a critical analysis of the design and implementation of Graduate English 1 for 1st year post graduates,9 credits to gain toward the degree.Specifically,the paper examines the details of the module specification template(MST) and provides an analysis on the aims,objectives,teaching methods,learning outcomes and assessment within the learning program,with reference to current theory on curriculum design and assessment.

A new Rsslor hyperchaotic system and its realization with systematic circuit parameter design

Based on two modified Rosslor hyperchaotic systems, which are derived from the chaotic Rosslor system by introducing a state feedback controller, this paper proposes a new switched Rosslor hyperchaotic system. The switched system contains two different hyperchaotic systems and can change its behaviour continuously from one to another via a switching function. On the other hand, it presents a systematic method for designing the circuit of realizing the proposed hyperchaotic system. In this design, circuit state equations are written in normalized dimensionless form by rescaling the time variable. Furthermore, an analogous circuit is designed by using the proposed method and built for verifying the new hyperchaos and the design method. Experimental results show a good agreement between numerical simulations and experimental results.

医学生“生命关怀与死亡教育”课程的设计与实施

目的:基于医学生的需求设计并开展了“生命关怀与死亡教育”课程,初步评价其效果,以期为国内其他医学院校开展生死教育课程提供参考。方法:以“围死亡期”为时间框架,课程主线贯穿理论内容及实践主题活动,通过“行走的课堂”体验式实践教学方式带领医学生直面生死真实场景,提高照护理念和产生照护行动。结果:课程内容包括“生命与关怀”和“死亡与告别”两大理论授课主题及“生命之旅”“照护力量”“自我关怀”“死亡之思”“告别之日”五大实践授课主题。课程初步实践效果好,多方相关利益人群给予课程高度评价。结论:该课程设计合理,实施方案明确、清晰,在一定程度上满足了医学生对生死教育的学习需求,能够促进医学生对生死问题在思想上的自知和照护行动上的自觉,可推广性强,能够为各医学院校开展生死教育课程提供参考。

Mechanistic-empirical pavement design guide(MEPDG):a bird's-eye view

Past editions of the American Association of State Highway and Transportation Officials （AASHTO） Guide for Design of Pavement Structures have served well for several decades; nevertheless, many serious limitations exist for their continued use as the nation＇s primary pavement design procedures. Researchers are now incorporating the latest advances in pavement design into the new Mechanistic-Empirical Pavement Design Guide （MEPDG）, developed under the National Cooperative Highway Research Program （NCHRP） 1-37A project and adopted and published by AASHTO. The MEPDG procedure offers several dramatic improvements over the current pavement design guide and presents a new paradigm in the way pavement design is performed. However, MEPDG is substantially more complex than the AASHTO Design Guide by considering the input parameters that influence pavement performance, including traffic, climate, pavement structure and material properties, and applying the principles of engineering mechanics to predict critical pavement responses. It requires significantly more input from the designer. Some of the required data are either not tracked previously or are stored in locations not familiar to designers, and many data sets need to be preprocessed for use in the MEPDG. As a result, tremendous research work has been conducted and still more challenges need to be tackled both in federal and state levels for the full implementation of MEPDG. This paper, for the first time, provides a comprehensive bird＇s eye view for the MEPDG procedure, including the evolvement of the design methodology, an overview of the design philosophy and its components, the research conducted during the development, improvement, and implementation phases, and the challenges remained and future developments directions. It is anticipated that the efforts in this paper aid in enhancing the mechanistic-empirical based pavement design for future continuous improvement to keep up with changes in trucking, materials, construction, design concepts, computers, and so on.

中国城市设计的治理转向

梳理国内外城市设计理论及实践的发展脉络,剖析中国城市设计发展特征,重新审视“什么是好的城市设计”议题。发现,1978年以来中国城市设计的总体发展呈现“理论本土化和制度体系化不足,且滞后于地方城市设计实践”特征。当前,响应中国城镇化进程的新需求及国家推进治理能力现代化的总要求,中国城市设计已经出现技术性、制度性实践基础上更加重视社会性过程的治理转向,理论视角下更加关注城市设计过程中多元主体之间的协同关系,实践方面则出现了多类型的伴随式城市设计服务创新。本文指出中国城市设计的治理转向有助于彰显城市设计的社会性,理解“好的城市设计”是包含好的城市设计方案、好的城市设计管控和好的城市设计实施的系统性城市空间治理实践,将对中国式城市设计理论和实践产生深刻的影响。

Applying UML and Machine Learning to Enhance System Analysis and Design

System analysis and design (SAD) is a crucial process in the development of software systems. The impact of modeling techniques and software engineering practices on SAD has been the focus of research for many years. Two such techniques that have had a significant impact on SAD are Unified Modeling Language (UML) and machine learning. UML has been used to model the structure and behavior of software systems, while machine learning has been used to automatically learn patterns in data and make predictions. The purpose of this paper is to review the literature on the impact of UML and machine learning on SAD. We summarize the findings from several studies and highlight the key insights related to the benefits and limitations of these techniques for SAD. Our review shows that both UML and machine learning have had a positive impact on SAD, with UML improving communication and documentation, and machine learning improving the accuracy of predictions. However, there are also challenges associated with their use, such as the need for expertise and the difficulty of interpreting machine learning models. Our findings suggest that a combination of UML and machine learning can enhance SAD by leveraging the strengths of each technique.

CDIO-OBE理念下电气工程专业教学新范式

针对电气工程专业在教学设计、创新能力培养、个性化差异教学方面存在的问题,提出将CDIO模式和OBE理念融入教学之中。更新教学内容,重塑教学知识点,加强线上、线下一流课程建设;精选适合的工程项目,拓展虚拟仿真实验,开发快速原型创新实验平台;适时引入思政元素,实现师生多维互动,积极开展分类教学,多方面引导并帮助学生顺利完成学业。教学实践表明,学生的创新能力显著提升,毕业生就业率高、专业素质过硬、受到企业好评,育人效果得到学生和家长的赞许。