当前位置:网站首页>Digital twins help visualize the construction of smart cities
Digital twins help visualize the construction of smart cities
2022-08-02 23:32:00 【digital twin family】
Smart city is an important starting point to promote the modernization of urban governance system and governance capacity.At the national level, the "14th Five-Year Plan" clearly states that it is necessary to explore the construction of digital twin cities, which points out the direction for the construction of domestic smart cities.In this context, a group of domestic digital twin technology companies represented by Zhihui Yunzhou, combined with years of practical experience, put forward a space-time visualization application scheme for smart cities.
Smart city spatiotemporal visualization construction,
With its leading technology foundation, Zhihui Yunzhou continues to help the digital transformation of cities, and promote the digital upgrade of industrial collaboration.The company has participated in the construction of many key projects successively, and the application fields include smart city, smart park, digital village, industrial manufacturing, rail transit, military industry, Xueliang project (safe city), judicial supervision, emergency command, schools, hospitals, water conservancy, electricity, etc.Industry-wide scenarios.
1. Building a digital twin city
Zhihui Yunzhou's urban spatiotemporal visualization application platform, with 3D geographic information system (3DGIS) as the core engine, integrates multi-source data such as remote sensing images, digital elevation, electronic maps and 3D urban models to reconstruct 3D virtual geography of citiessurroundings.In the virtual city scene, according to the real and precise coordinate position of the urban space such as longitude, latitude, altitude, etc., unstructured big data such as real-time video, intelligent analysis data and IoT perception data are integrated to construct the real world into a virtual three-dimensional digital image.Twin cities, the first stage of realizing urban spatiotemporal situational awareness, visual visualization situational awareness.
2. Intelligent application based on spatial location
Digital twin geographic coordinates are a pervasive part of our planet, and in a digital world, the only way to create a "digital twin" is to leverage location.Traditional intelligent analysis applications are based on a single video or a single scene. There is no overall and global concept, and any single situation or state cannot be called a situation.When understanding the situation, special emphasis should be placed on contextual, dynamic and holistic.Zhihui Yunzhou smart city spatiotemporal visualization application platform is based on AI (artificial intelligence) + LI (location intelligence) as the intelligent application engine, which enables artificial intelligence applications based on a single video and a single scene, combined with spatial location, to achieve a more realistic,More accurate mining and analysis will be more meaningful.
LI (Location Intelligence) location intelligence, digital twin is derived from the development of traditional GIS applications, but it is not limited to GIS applications.Traditional GIS is a departmental, small-scale application, mainly used in specialized fields such as surveying and mapping, geological exploration, and its solutions are mostly tools to help customers achieve local applications.And "location intelligence" emphasizes the combination of location information and data information to help managers make correct decisions.
Smart city space-time visualization construction
Location intelligence is an extension and supplement to artificial intelligence. A digital twin uses location-related information in its operating environment and external factors to combine relevant data, business services and professional experience to achieve measurement and comparison., visualize, analyze, and take action with predictions, digital twins support business operations.Simply put, digital twin location intelligence is to superimpose and combine location information and data information to visualize business information and help managers make correct decisions quickly.
Through location intelligence, a variety of perception data in the real city can be mined and analyzed in time + space in the twin city scene, and visualized understanding and expression can be realized, forming the second urban space-time situational awareness.Stage, digital twin space visualization situation understanding.
Smart city space-time visualization construction
3. Visual prediction of city business
Digital twin city business visualization situation prediction is the third stage of urban spatiotemporal situational awareness, which directly guides and supports decision analysis and action strategies.In the construction of digital twin cities, the value of location intelligence is mainly reflected in four aspects: positioning, visualization, analysis and planning.Zhihui Yunzhou spatio-temporal situational awareness application platform, driven by AI (artificial intelligence) + LI (location intelligence), first locates urban data and associates data with location, which is the basis for decision-making;Visualization, the digital twin finds location-related information, visualizes the location information data to perform more and more complex location-based operations; conducts location-based data in-depth mining analysis again, and improves the application to the analysis level, such as variousBy adding these data to business data, the digital twin provides richer data support for urban management and decision-making; finally, urban spatial intelligent planning is carried out, that is, based on location intelligenceAnalysis, combined with various databases of people, vehicles, places, objects and groups in the city, such as household registration, credit information, social security, traffic, face and other databases, to realize the perception, understanding, prediction analysis and situation simulation application of various businesses in the city brain,And through the visual and intuitive expression of the digital twin city, it supports the accurate decision-making and business application planning of the city management department.
边栏推荐
- SQL 入门之第一讲——MySQL 8.0.29安装教程(windows 64位)
- 解析Collection接口中的常用的被实现子类重写的方法
- LeetCode 622 设计循环队列[数组 队列] HERODING的LeetCode之路
- 4KMILES加入艾盛集团,以更强劲的数字商务能力,加速中国跨境电商的全域全效增长
- 什么是乙二醇二乙酸酯(EGDA)?
- 【数据分析】:什么是数据分析?
- Shell: conditional statements
- Qt提升自定义控件,找不到头文件
- Translate My Wonderful | July Moli Translation Program Winners Announced
- pytorch的tensor创建和操作记录
猜你喜欢
J9 Digital Currency Theory: Identifying Web3's New Scarcity: Open Source Developers
Lvm逻辑卷
Flutter with internationalized adapter automatically generated
信息学奥赛一本通(1259:【例9.3】求最长不下降序列)
Electron User Guide Beginning Experience
特拉维夫大学 | Efficient Long-Text Understanding with Short-Text Models(使用短文本模型进行高效的长文本理解)
OP analysis and design
奥特学园ROS笔记--7(289-325节)
解析Collection接口中的常用的被实现子类重写的方法
牛客题目——滑动窗口的最大值、矩阵最长递增路径、顺时针旋转矩阵、接雨水问题
随机推荐
Parse the commonly used methods in the List interface that are overridden by subclasses
js Fetch返回数据res.json()报错问题
【手撕AHB-APB Bridge】~ AMBA总线 之 APB
setup syntax sugar defineProps defineEmits defineExpose
信息学奥赛一本通(1260:【例9.4】拦截导弹(Noip1999))
Parse common methods in the Collection interface that are overridden by subclasses
SQL 嵌套 N 层太长太难写怎么办?
信息学奥赛一本通(1257:Knight Moves)
postgresql autovaccum自动清理
Golang source code analysis: time/rate
EasyExcel实现动态列解析和存表
Silver circ: letter with material life insurance products should be by the insurance company is responsible for the management
Redis集群配置
解析List接口中的常用的被实现子类重写的方法
基于“无依赖绝对定位”实现的圣杯三栏布局
golang 源码分析:juju/ratelimit
信息学奥赛一本通(1258:【例9.2】数字金字塔)
Translate My Wonderful | July Moli Translation Program Winners Announced
ALV report learning summary
Meta 与苹果的元宇宙碰撞