Overall Planning of Development of Urban-Rural Areas:A Policy Mechanism for Urban-Rural Coordinated Growth

While analyzing overall planning and coordinated development of urban-rural areas, this paper shows that overall planning for the development of urban-rural areas is a requirement for the best use of productive forces. It means the setting up of a policy mechanism for coordinated growth. Recognizing this, the government should set up a way to lead and manage a unified program to increase service and decrease controlling administration power, while safeguarding and fulfilling the farmers' ownership to the means of production.

Development of suburb farm landscape in the process of urban-rural overall planning from the perspective of ecological economics:a case study of Chengdu City

With the accelerating development of Chinese urbanization and the widening gap between rural and urban areas,urban-rural overall planning is to be an inevitable choice for economic and social development.However,the specific patterns and methods in urban-rural overall planning are greatly different.From the persperctive of ecological economy,taking the main physical and biological pattern of the farmland as research objects,this paper analyzes the components and characteristics of farm landscape,the relationship between farm landscape exploitation and rural tourism,and the role of farm landscape exploitation in planning urban and rural development.It expatiates on the pattern,method and principle of farm landscape development.Furthermore,based on the actual development case,this paper explores how to make high-grade tourism products with scientific and reasonable farm landscape development method,how to increase peasant income,how to improve urban and rural ecological economic environment,so as to promote urban-rural overall planning.

Rural Revitalization Based on Smart Contraction Concept: A Case Study of Planning and Construction of Dawan Yard, Tianwan Village, Wanzhou District, Chongqing City

This paper introduces the concept of "smart contraction" and its enlightenment to the revitalization of rural areas. Taking Dawan Yard in Tianwan Village, Wanzhou District, Chongqing City as an example, construction dilemmas in mountain area are analyzed, such as backward rural economy, low farmers' incomes, the loss of labor population, the decentralization of village construction land, small-scale village construction land, and the lack of technology and funds for the improvement of village living environment. Combining with the development opportunity of Dawan Yard in Tianwan Village, it puts forward three planning countermeasures of "smart contraction": smart utilization of village resources, smart allocation of public service facilities and smart inheritance of village memory. We hope to provide a new way to revitalize the countryside via case analysis of Dawan Yard.

KSUTraffic: A Microscopic Traffic Simulator for Traffic Planning in Smart Cities

Simulation is a powerful tool for improving,evaluating and analyzing the performance of new and existing systems.Traffic simulators provide tools for studying transportation systems in smart cities as they describe the evolution of traffic to the highest level of detail.There are many types of traffic simulators that allow simulating traffic in modern cities.The most popular traffic simulation approach is the microscopic traffic simulation because of its ability to model traffic in a realistic manner.In many cities of Saudi Arabia,traffic management represents a major challenge as a result of expansion in traffic demands and increasing number of incidents.Unfortunately,employing simulation to provide effective traffic management for local scenarios in Saudi Arabia is limited to a number of commercial products in both public and private sectors.Commercial simulators are usually expensive,closed source and inflexible as they allow limited functionalities.In this project,we developed a local traffic simulator“KSUtraffic”for traffic modeling,planning and analysis with respect to different traffic control strategies and considerations.We modeled information specified by GIS and real traffic data.Furthermore,we designed experiments that manipulate simulation parameters and the underlying area.KSUTraffic visualizes traffic and provides statistical results on the simulated traffic which would help to improve traffic management and efficiency.

Urban Planning Analysis Based on the Concept of Smart Ecology

With the progress and development of economic society,the defects in traditional urbanplanning have gradually become prominent,resulting in more and more serious urban diseases.Variousproblems in urban construction have produced a series of adverse effects on urban development.Facedwith such situations,major cities actively explore smart and ecological construction,and take ecology as theguide to promote sustainable development on the concept of smart ecology under the background of bigdata information age.Based on this,relevant strategies of smart eco-city planning in urban planning anddesign are analyzed,and the planning and design ideas under smart ecological concept are discussed fromthe aspects of living environment,green transportation and ecological governance,hoping that theoreticaldiscussion will be helpful to the design practice.

Changing Concepts of City and Urban Planning Practices in Guangzhou(1949–2010): An Approach to Sustainable Urban Development

By focusing on Guangzhou, this paper examines how different concepts of city in terms of urban-rural relationships are shaped in transforming China since 1949, and explores how they influence the way in which urban planning are practiced. In the pre-reform era, the city was defined as a productive space under the system of urban-rural segregation established for securing rapid industrialization. Urban planning was thus only concerned with the development of urban areas. In the 1980 s and 1990 s after the reform, institutional change and economic transformation mobilized the urban-rural linkages. The development of suburban areas was then considered by urban planning, but this consideration was a passive response to urban problems such as population explosion and water resources protection. Since the new millennium, the agenda for sustainable development and problems of uneven urban-rural development have called for the development of urban-rural integration. In this context, the city is conceptualized as a complex of mountain, city, river, farmland and sea, reconstructing the ideology of urban-rural division in defining urban development. Urban planning has therefore sought in an active way to develop a sustainable city embracing rural and natural elements, and to balance economic growth and environmental protection. It is argued that developing the concept of city as a complex of urban and rural elements contributes to the urban planning for sustainable urban development, while this conceptualization relies on the recognition of the integrated urban-rural relationship.

Study on Low-carbon City Planning Strategies Based on Urban Greenhouse Gas Inventory

From the perspective of urban greenhouse gas inventory, this paper analyzed the composition and tendency of urban greenhouse gas inventory of Guangzhou, and compared greenhouse gas inventory of representative international cities. Taking Guangzhou Haizhu Eco-city for example, this paper from the perspective of urban-rural planning put forward the low-carbon development paths and strategies such as increasing carbon sink, industrial transformation, spatial restructuring, traffic organization, green civil engineering and resource utilization, and green building for the main carbon-emitting fields such as industry, energy supply, transport, building and waste disposal.

A Bicycle Tourism Based Study on Planning and Designing of Urbanrural Recreational Greenway--A Case Study of Harbin City

The types of urban-rural recreational greenways were summarized,based on bicycle tourism and their planning methodology was explored.Taking the urban and rural areas of Harbin City as the research objects,the current situation of urban-rural recreational greenway environment and tourism resources was investigated and the evaluation system of bicycle tourism resources was established and tourism resources were evaluated according to the AHP-fuzzy comprehensive evaluation method to select suitable resources for bicycle tourism.Through the ArcGIS software,the currently available resources(rivers,wetlands,transportations and urban-layout)and suitable bicycle tourism resources were superimposed,and the spatial pattern planning and classification planning of urban-rural recreational greenway based on bicycle tourism were carried out.To the end,insights for the development of urbanrural recreational greenway in the future were provided.

Top-Level Design of Smart City Based on“Integration of Four Plans”

A smart city provides a new idea and model for urban construction, management, and development. This article proposes the concepts and methodology for top-level design of smart cities based on the ＂ Integration of Four Plans ＂, and the planning process and systems for implementing the top-level design of smart cities. This article discusses, from the perspective of a city, how to optimize resource allocation, coordinate the development of urban economy, society, resources, environment, and people＇s livelihood, and map out the blueprints for healthy and sustainable development of a smart city.

Land-Use Planning Guidelines for Optimal Coastal Environmental Management

The objective of this study is to weigh and recommend environmentally-optimal regional land-use planning guidelines for coastal regions. The present malaise is assessed, as regards inefficiencies, non-suitability, non-sustainability, enhancing factors of environmental degradation, and potentially destructive consequences of current land-use alteration. Desired situations and goals are considered, and means are proposed for bridging the gap between the present malaise and a desired situation, based on five key approaches developed by the authors. Specific examples of regional approaches are presented. Guidelines and operational measures for sound regional planning the authors have employed in similar circumstances are recommended.

Leveraging AI for Energy-Efficient Smart Cities: Architectural and Urban Planning Solutions for Sustainable Growth - A Comparative Case Study of Amman City and International Examples

As cities worldwide face increasing energy demands and environmental sustainability challenges,the need for innovative solutions becomes more urgent.Smart cities,driven by advances in Artificial Intelligence(AI),offer promising avenues for enhancing energy efficiency,optimizing urban planning,and improving overall urban living conditions.This research explores how AI can be leveraged to develop energy-efficient smart cities by focusing on architectural and urban planning solutions that promote sustainable growth.The study includes a comprehensive literature review on the role of AI in managing energy consumption,optimizing transportation systems,and aiding urban planning efforts.A critical component of this research is the comparative analysis of case studies from both Jordan and international cities,such as Singapore,Barcelona,and Copenhagen,to evaluate the potential of AI-driven solutions in local contexts.This paper presents a case study applying an AI-driven smart city model to Amman,Jordan,where the city's urban infrastructure,energy management,and transportation systems are analyzed using AI-powered simulations.By integrating real-time data from IoT devices,geographic information systems(GIS),and digital twin technologies,the study simulates energy-saving interventions,improved traffic flow,and optimized urban designs.The research also compares the outcomes from Jordanian developments like Abdali Boulevard and Saraya Aqaba with international examples,revealing valuable insights into the progress and challenges of implementing smart city solutions in Jordan.Key outcomes include a reduction in energy consumption,carbon emissions,traffic congestion,and overall cost savings,demonstrating how AI can contribute to the sustainable development of modern cities.The findings from the case study provide a framework for the application of AI in other urban environments facing similar sustainability challenges,with a focus on enhancing local policy frameworks,infrastructure,and capacity to enable the successful integration of AI solutions.

Smart管理方案在降低神经外科重症监护室心电监护仪误报警中的应用

目的探讨Smart管理方案在降低神经外科重症监护室心电监护仪误报警中的效果。方法回顾性分析2020年4―8月应用Smart管理方案前神经外科重症监护室患者心电监护期间心率/律、呼吸、血压和血氧饱和度误报警情况及护士报警疲劳评分数据,与2020年9月―2021年1月应用Smart管理方案后的各项数据进行比较。结果 Smart管理方案应用后,患者心电监护期间心率/律、呼吸、血压和血氧饱和度误报警次数较应用前减少(P<0.05);护士报警疲劳评分较应用前降低(P<0.05)。结论将Smart管理方案应用于神经外科重症监护室心电监护仪误报警中,规范了不同患者心电监护仪个性化的报警设置,并从夯实日常维护、开展中央监控、提升报警意识、明确报警设置责任护士、降低环境噪音及加强报警相关培训等方面实现结构化全流程管理,有效降低了神经外科重症监护室患者心电监护误报警的发生,减轻了护士的报警疲劳,为心电监护仪的安全使用提供了保障。

基于SMART原则的高校图书馆战略规划探析

SMART原则是目标管理理论中的黄金准则。以smart原则为基础,结合高校图书馆自身特点来制定高校图书馆的战略规划具有理论和实践价值。文章从SMART原则出发,分析了高校图书馆战略规划制定的原则和步骤,探索性地提出了以S,M,A,R,T,E,R为代表的7个高校图书馆战略规划制定要点。

基于SMART原则的医院绩效规划研究

将SMART原则引入到医院绩效规划过程中,从明确项目、设置指标、现实性和相关性评估、偏差调整、完成时间限定等方面全方位提升医院绩效规划管理水平,使医院的绩效管理更具科学性、系统性。完善的绩效规划系统在医院各部门协调配合的动态管理过程中,实现个人价值的最大化和医院价值的全面提升。

The synergistic interplay of artificial intelligence and digital twin in environmentally planning sustainable smart cities:A comprehensive systematic review

The dynamic landscape of sustainable smart cities is witnessing a significant transformation due to the integration of emerging computational technologies and innovative models.These advancements are reshaping data-driven planning strategies,practices,and approaches,thereby facilitating the achievement of environmental sustainability goals.This transformative wave signals a fundamental shift d marked by the synergistic operation of artificial intelligence(AI),artificial intelligence of things(AIoT),and urban digital twin(UDT)technologies.While previous research has largely explored urban AI,urban AIoT,and UDT in isolation,a significant knowledge gap exists regarding their synergistic interplay,collaborative integration,and collective impact on data-driven environmental planning in the dynamic context of sustainable smart cities.To address this gap,this study conducts a comprehensive systematic review to uncover the intricate interactions among these interconnected technologies,models,and domains while elucidating the nuanced dynamics and untapped synergies in the complex ecosystem of sustainable smart cities.Central to this study are four guiding research questions:1.What theoretical and practical foundations underpin the convergence of AI,AIoT,UDT,data-driven planning,and environmental sustainability in sustainable smart cities,and how can these components be synthesized into a novel comprehensive framework?2.How does integrating AI and AIoT reshape the landscape of datadriven planning to improve the environmental performance of sustainable smart cities?3.How can AI and AIoT augment the capabilities of UDT to enhance data-driven environmental planning processes in sustainable smart cities?4.What challenges and barriers arise in integrating and implementing AI,AIoT,and UDT in data-driven environmental urban planning,and what strategies can be devised to surmount or mitigate them?Methodologically,this study involves a rigorous analysis and synthesis of studies published between January 2019 and December 2023,comprising an extensive body of literature totaling 185 studies.The findings of this study surpass mere interdisciplinary theoretical enrichment,offering valuable insights into the transformative potential of integrating AI,AIoT,and UDT technologies to advance sustainable urban development practices.By enhancing data-driven environmental planning processes,these integrated technologies and models offer innovative solutions to address complex environmental challenges.However,this endeavor is fraught with formidable challenges and complexities that require careful navigation and mitigation to achieve desired outcomes.This study serves as a comprehensive reference guide,spurring groundbreaking research endeavors,stimulating practical implementations,informing strategic initiatives,and shaping policy formulations in sustainable urban development.These insights have profound implications for researchers,practitioners,and policymakers,providing a roadmap for fostering resiliently designed,technologically advanced,and environmentally conscious urban environments.

Research on the Integrated Planning of Blue-Green Space towards Urban-Rural Resilience:Conceptual Framework and Practicable Approach

Facing the impacts of climate change and the ecological environmental problems caused by urbanization, urban-rural resilience is a new value goal of territorial space development. Blue-green space is an interconnected network system of natural and artificial green space and water bodies, which can dissolve the internal and external pressures of the system by way of mitigatory acceptance and adaptive interaction, reduce the impact of climate change and artificial construction disturbances, and provide diversified composite functions. By recognizing the connotation of the concept of blue-green space, its composite ecological functionality and its relationship with the value of urban-rural resilience, this paper constructs a conceptual framework for the integrated planning of blue-green space in urban and rural areas with “resilient objectives, resource identification, integrated configuration,differentiated regulation”. The paper proposes an integrated and coordinated multi-scale practicable approach of blue-green space planning(i.e., the construction of the blue-green corridor network, the configuration of blue-green open space, the allocation of blue-green infrastructure) and the regulation-based urban-rural transect, with the aim of improving the hydroecological performance and composite functional services in order to realize urban and rural resilience.

Application of Automated Guided Vehicles in Smart Automated Warehouse Systems:A Survey

Automated Guided Vehicles(AGVs)have been introduced into various applications,such as automated warehouse systems,flexible manufacturing systems,and container terminal systems.However,few publications have outlined problems in need of attention in AGV applications comprehensively.In this paper,several key issues and essential models are presented.First,the advantages and disadvantages of centralized and decentralized AGVs systems were compared;second,warehouse layout and operation optimization were introduced,including some omitted areas,such as AGVs fleet size and electrical energy management;third,AGVs scheduling algorithms in chessboardlike environments were analyzed;fourth,the classical route-planning algorithms for single AGV and multiple AGVs were presented,and some Artificial Intelligence(AI)-based decision-making algorithms were reviewed.Furthermore,a novel idea for accelerating route planning by combining Reinforcement Learning(RL)andDijkstra’s algorithm was presented,and a novel idea of the multi-AGV route-planning method of combining dynamic programming and Monte-Carlo tree search was proposed to reduce the energy cost of systems.

Navigation system for a smart wheelchair

Recent results on the development of a navigation system for a smart wheelchair are presented in this paper. In order to reduce the development cost, a modular solution is designed by using commercial and low cost devices. The functionalities of the tracking control system are described. Experimental results of the proposed assistive system are also presented and discussed.

Constructing a Practice-Oriented Education System of Urban-Rural Planning

As China's urbanization accelerates, there is an increasing demand for urban-rural planning at both national and local levels, making it become an independent fi rst-level discipline. Currently in China, the teaching and research system of urban-rural planning is facing some problems like the uneven education level among various universities, improper knowledge system that hardly meets the actual social demands, and insufficient theoretical research. This article argues that, in order to train qualif ied planners capable of satisfying socio-economic development and urbanrural construction, the teaching and research system of urban-rural planning should be practice-oriented and meet social needs. The healthy development of urban-rural planning discipline should be based on the mutual promotion of teaching and research system.

Exploration on Detailed Control Planning Under Urban-Rural Planning Law:A Case Study on Wuhan

Based on the planning practice in Wuhan after the Urban-Rural Planning Law was implemented in 2008,this paper reviews the evolution of detailed control planning in China,and addresses its main problems and conflicts.The innovation of the hierarchical planning and administration system is discussed,and the administrative measures for the transition period in which the detailed control plans have not yet been made for all the urban areas is proposed.