Web GIS map application of digital twin smart logistics

foreword

With the advent of the digital economy era, a new round of globalization is accelerating. With the deep integration of high-tech such as big data, artificial intelligence, and the Internet of Things, the development of smart logistics will be accelerated, leading the logistics industry into a new era.

From logistics transportation to goods sorting to site distribution, Tupu software data visualization technology covers the entire chain of logistics business and meets the visualization needs of all aspects of the logistics industry.

Using the HT for Web GIS product, the visualization function of Tupu is combined with GIS, allowing users to display and query the existing geographic information data, and convert geographic information system (Geographic Information System, GIS) data in a rich visual form. Display and superimpose, such as site distribution, logistics route trajectory, regional information viewing, etc. Effectively improve the efficiency of logistics and transportation, reduce logistics management costs, optimize all aspects of logistics, and promote the construction and development of the smart logistics industry.

Show results

The smart logistics visualization screen combined with the GIS map shows the relevant content of the logistics area, and conducts macro monitoring and analysis around the transportation, type indicators, container warehouse allocation and other aspects of tens of millions of data indicators in various regions around the world.

Tupu software HT is a 2D and 3D graphics rendering engine based on HTML5, which has rich display forms and effects. Using these rich 2D and 3D configurations, the discrete monotonous data is graphically and visualized, and the dynamic data loading effect is realized. Compare data charts to reveal complex relationships between data. The scene can be zoomed, panned, and rotated within the Kanban board.

System analysis

Through the use of rich graphic components, the logistics industry pipeline data can be presented in a complete and vivid manner in a variety of dynamic graphs such as heat map, 3D histogram, and point graph.

Global Logistics Layout Situation - Heat Map

According to the obtained site placement density and facility distribution, the location data is presented in the form of heat map visualization. The color of the heat map from dark to light reflects the sparse degree of dispersion, helping users to control the layout of global logistics at a glance.

Business Data - 3D Bar Chart

The system supports real-time ups and downs in the form of three-dimensional histograms in accordance with the real-time dynamic changes of enterprise business data, and comprehensively and intuitively displays the distribution of location space and real-time changes in demand data. The three-dimensional bar chart is intended to use different heights, different areas, different positions, and different colors to compare business numerical information concisely and effectively, and provide users with excellent decision-making basis effects.

Logistics Industry Location Information - Dot Chart

Based on the geographic location information corresponding to a large number of sites, facilities, warehouses and other indicators in the logistics industry, combined with HT for Web GIS products, with the map as the background, a single geographic coordinate is displayed as a fixed point, reflecting the millions of data points on the map. Labeling, showing the density and distribution with elements such as point size, color depth, etc. Make the data easy to understand and have a panoramic view.

Regional logistics display

It can provide analysis of the relationship between points, lines and planes of logistics in various regions: query the road conditions of the distribution sites within the interval; the geographical distribution of a certain area and its surroundings;

Route/Freighter Flow Analysis Display

Route logistics monitoring

Based on the air cargo industry chain, the air logistics transportation management system can update and monitor the route distribution, starting city, aircraft type and air traffic control information in real time, and conduct statistical analysis of data such as cargo throughput according to the different capacity of each flight. It supports setting threshold triggering rules based on multiple types of events such as time, space, and data. For the occurrence of emergency events, it provides early warning and alerting, rapid positioning visualization, and timely output of emergency plans to enhance the ability to respond to emergencies. All-round support for daily monitoring and efficient coordination management of air logistics transportation.

Freighter Vessel Monitoring

It can be connected to the monitoring information of freighter logistics and ships - the smart shipping module, which not only supports multi-level intelligent information tracking (whether the cargo detection is qualified, whether the vehicle monitoring is qualified, whether the driver monitoring is qualified, the name and model of the ship, etc.). It also supports judging the health of the ship based on data science. By adding a 3D wireframe model design of the ship with an animated 360° rotating display, the overall structure layout and operating status of the facilities and equipment can be visually viewed, and a lightweight 3D visualization scene is selected to remind users to carry out timely emergency prevention. control.

Freighter Route View

The powerful rendering function of the HT engine of the Tupu software can be used, and the driving route of the ship at various ports can be truly restored in the form of real-time animation, and the real-time information interaction function and historical information retrospective comparison are provided. Users only need to click [Route View] to track the ship. Dynamic Information. Realize the "flat management" of smart ports in the form of "task advancement", promote information sharing, and strengthen the management level of freight routes.

In order to ensure the reasonable transportation of goods by sea, the system can plan a transportation route that meets the requirements of less mileage, less capacity, low cost and short time for users according to the characteristics, flow direction and transportation conditions of the goods.

Smart warehouse visualization management

Combined with the application of Internet of Things, video surveillance networking technology, conveying and sorting technology, flexible forklift service mode, intelligent shuttle and racking system, logistics robot technology embedded in intelligent control and communication module, RFID pallet and other information management technologies in warehousing system, Visually monitor and display the cargo storage information in the warehouse, assisting the scientific allocation management and quick search of warehouse space. To ensure that enterprises can grasp inventory data in a timely and accurate manner, comprehensively control the operation status of warehousing inventory, and improve the efficiency of warehouse management.

Logistics Type Indicator

For logistics and transportation management, it is particularly important to build a key indicator board. A comprehensive analysis of the route, timeliness and quantity indicators of the three types of transportation by sea, land and air is carried out, and the integrated data is presented by using the HT visualization chart and animation effect of the Tupu software. The simplified data can save users’ search time by up to 95%, accelerate users’ full deployment of traffic resources, and achieve “one-picture” precise command.

Tupu software supports opening the browser to access the management interface through PC, tablet and smart phone anytime and anywhere, and uses a variety of control devices to centrally and remotely control the display content, truly realizing data sharing.

Realize value

Precise decision

Combined with the changing factors such as loading volume, customer distribution, delivery orders, and traffic conditions of delivery routes collected in the real environment, the company's transportation routes are optimized to realize transportation route planning with the goal of minimum cost or shortest route as the starting point. . It can effectively filter massive data, condense simplified data, and assist users in intuitive analysis and decision-making.

Timely response

Carry out real-time deviation route warning, emergency alarm, help information sending and other safety management for vehicle driving to ensure the safety of drivers, vehicles and goods. It can quickly and accurately transmit the monitored abnormal situation, and promptly notify the corresponding department to deal with it in an orderly manner according to the solution plan provided by the system.

Cost reduction and efficiency increase

GIS smart logistics can meet the geographic location information of the running vehicles, and meet the distribution service needs of customers in a timely manner, so as to optimize the transportation route, reduce the transportation time, reduce the logistics cost, and comprehensively improve the level of logistics value-added services.

Transparent management

With the help of HT GIS, the monitoring center can issue real-time dispatching instructions to vehicles according to vehicle information, location, and road traffic conditions, and operate enterprise business with a systematic concept to achieve the purpose of fully dispatching goods and vehicles, reducing no-load rate, and making the whole transportation process easier. Transparent, nanny-style tracking and integration of the entire chain of orders, making logistics and transportation more intensive and efficient.

The HT for Web GIS product is intended to solve the realization of the user's GIS project and reduce the user's learning and input cost of GIS. Combined with HT's powerful visualization engine technology, it can realize the overlay display of different map tile data, oblique photography real scenes, 3D refined artificial modeling models, POI and other data. Subvert the development of traditional GIS systems, making development more convenient, data more intuitive, and display more diverse.

Summarize

Relying on the Tupu software HT GIS, it can support loading different map basemaps, loading 3D Tiles, and drawing point, line, and surface element information according to latitude and longitude, combining visualization and geographic information. The purpose of the smart logistics platform built on this basis is to realize the visual, perceptible, and understandable logistics business as the basic criteria, implement the preprocessing of supervision information, visualize the operation status, and support emergency decision-making, completely get rid of the complexity of logistics business logic, and eliminate data. The island phenomenon is committed to making the logistics industry continue to develop in the direction of intelligence, digitization and greening.

Hightopo data visualization uses self-developed 2D and 3D visualization engine, GIS, BIM, video fusion and other technologies, and cooperates with various industries such as manufacturing, wind power, urban parks, etc., combined with oblique photography, GIS spatial information data, intelligent Internet of Things IoT data, and data information of big data system platforms, combined with lightweight modeling solutions, can even view 3D visualization effects anytime and anywhere on mobile phones, realize resource data sharing, and accelerate the development of intelligent industries. Upgrade, reshape the industry form, and create greater business value.

For more industry application examples, please refer to the case link on the official website of Tupu Software: https://www.hightopo.com/demos/index.html