The analysis of landscape visibility and scenic view is the essential area for studying the direct impact of landscape planning and management in a regional and urban area. The most particular analysis of landscape visualization is based on a GIS tool for conservation, management, and planning of urban landscapes for historic, major scenic spots, and value visualization. Visible mapping can be used to predict visual impact, visual acuity and natural landscape, cultural heritage of transformation and it is based on the protection of the landscape from selected points of view to significant landmarks need the intervention. Among them, the research is conducted in several cities around the world, and there is an Italian pilot project that has decided to integrate GIS-based visualization analysis into the planning of the cultural heritage. FPGA and GIS-based analysis of landscape have been implemented in various fields within the landscape planning frame work activities proposed by the development of science in Piedmont. Specific research is being conducted in the city of Turin. With an international perspective, this model focuses on describing these applications and introduces some of the difficult issues that are reduced in the field of planning and the possible uses of this technology.The design and implementation is executed in real time on Field Programmable Gate Array (FPGA) using Xilinx System Generator (XSG).

对景观可见度和风景的分析是研究景观规划和管理对区域和城市地区的直接影响的重要领域。景观可视化的最具体分析是基于GIS工具，用于保护，管理和规划历史，主要风景名胜区和价值可视化的城市景观。可见的地图可以用来预测视觉影响，视觉敏锐度和自然景观，文化遗产的转化，并且它基于从所选角度到需要干预的重要地标的景观保护。其中，这项研究是在全球多个城市进行的，并且有一个意大利的试点项目，该项目已决定将基于GIS的可视化分析纳入文化遗产的规划中。在皮埃蒙特科学发展提出的景观规划框架工作活动的各个领域中，已经在各个领域实施了基于FPGA和GIS的景观分析。都灵市正在进行具体研究。从国际角度来看，该模型着重于描述这些应用，并介绍了在规划领域和该技术的可能用途方面减少的一些难题。设计和实现可在现场可编程门阵列（ FPGA）使用Xilinx系统生成器（XSG）。