《计算机、环境与城市系统》是一本跨学科的期刊，以计算机为基础，对城市系统、城市系统、人造环境和自然环境进行前沿和创新的研究，具有地理空间视角。该杂志提供了一个刺激的观点，研究发展，重要的新技术的概述和主要的计算，基于信息和可视化创新的使用。应用和理论贡献证明了计算机分析的范围，有助于更好地理解城市系统、建筑和自然环境之间的协同关系、它们的空间范围和动态。应用领域包括基础设施和设施管理、物质规划和城市设计、土地利用和运输、商业和服务规划、人与自然系统耦合、城市规划、社会经济发展、紧急反应和灾害、土地和资源管理。方法方法的例子包括决策支持系统、地理计算、空间统计分析、复杂系统和人工智能、可视化分析和地理可视化、泛在计算和时空模拟。特别要求作出贡献，强调发展和加强以计算机为基础的技术，以便对环境和城市系统进行分析和建模、制订政策、规划和管理，以促进可持续的未来。该杂志还鼓励研究信息和其他基于计算机的技术塑造环境和城市系统的模式。
Computers, Environment and Urban Systems is an interdisciplinary journal publishing cutting-edge and innovative computer-based research on urban systems, systems of cities, and built and natural environments , that privileges the geospatial perspective. The journal provides a stimulating presentation of perspectives, research developments, overviews of important new technologies and uses of major computational, information-based, and visualization innovations. Applied and theoretical contributions demonstrate the scope of computer-based analysis fostering a better understanding of urban systems, the synergistic relationships between built and natural environments, their spatial scope and their dynamics.Application areas include infrastructure and facilities management, physical planning and urban design, land use and transportation, business and service planning, coupled human and natural systems, urban planning, socio-economic development, emergency response and hazards, and land and resource management. Examples of methodological approaches include decision support systems, geocomputation, spatial statistical analysis, complex systems and artificial intelligence, visual analytics and geovisualization, ubiquitous computing, and space-time simulation.Contributions emphasizing the development and enhancement of computer-based technologies for the analysis and modeling, policy formulation, planning, and management of environmental and urban systems that enhance sustainable futures are especially sought. The journal also encourages research on the modalities through which information and other computer-based technologies mold environmental and urban systems.
