In today's era of rapid development of technology, the intelligent connected vehicle cloud control platform, as the core hub in the field of intelligent transportation, is leading the future travel transformation with the help of the powerful power of "5G + industrial Internet".
Intelligent connected vehicle cloud control platformIt is a key system built on cloud computing, big data technology and the "5G + industrial Internet" architecture.It is like the "smart brain" of an intelligent connected car.It plays a crucial role in the operation and management of vehicles.
Effect display
Tupu software is based on HTML5's 2D and 3D graphics rendering engines, combined with GIS maps, and uses B/S technical architecture to create an intelligent connected vehicle cloud control platform.
Pump visualizationIntegrate and present various dynamic basic data such as vehicle operation, infrastructure, traffic environment, and traffic management to provide intelligent cars, users, management and service institutions with basic service mechanisms such as high-performance information sharing, high-real-time cloud computing, big data analysis, and information security.It is the core support for the efficient and safe operation of intelligent connected vehicles.
System Analysis
Vehicle-road transportation coordination integration
Through various visualization tools such as HT for Web's self-developed product HT for Web, such as two- and three-dimensional collaborative design tools, 2D configuration, 3D configuration, low-code development, etc., we build a vehicle GIS map application scenario with dynamic presentation functions, and use graphical technology to display vehicle point layout and traffic congestion.Achieve a digital presentation of "vehicle-road transportation coordination integration".
HT for WebGIS
This visualization project focuses on the intelligence and networking of urban transportation, and provides rich visual display of the data of its geographic information system (GIS).And combine GIS The map visualizes the real-time location, road conditions, traffic flow and other information of vehicles across the country.
The visual large screen is combined with GIS maps and is displayed with panels on the left and right sides, showing the operating status of the data platform, traffic flow trends, important congestion and police indexes, road network information, etc. The intelligent connected vehicle cloud control platform uses the rich and diverse charts, graphics and design elements of Tupu HT to transform relatively complex and abstract data into visual forms, and present it in a more intuitive and easy-to-understand way.
Congestion status sign
The Tupu HT visualization platform can handle the interaction of elements in a three-dimensional scene. Through the button below, it controls the display and hiding of the congestion area markers of different degrees in the 3D map. Click on the congestion area to pop up the congestion details, and information such as congestion level and congestion duration are clearly visible.
Alert for congestion
WebGIS maps present the basic information of vehicle locations in an intuitive way.When there is congestion in the area where the vehicle is located, the system will automatically trigger the alarm mechanism, and the vehicle icon and information window will instantly turn into eye-catching red, attract users' attention as soon as possible.
Users only need to gently scroll the mouse wheel, and the map will gradually enlarge, and the street information of the vehicle is located will appear clearly. Click the vehicle icon with the mouse to view the basic information of the vehicle. Not only that, users can also track the dynamic changes of the vehicle in real time and accurately grasp every detail.
The HT for WebGIS product supports the loading of different GIS data such as different map tiles service data, 3DTiles format data for real-life scenes of aerial tilt photography, and urban complexes. In terms of design, you can also optimize the building white mold processing provided by map suppliers to perform AO map baking to increase the shadow relationship between models to achieve practical and pleasing effects.
City roaming
Tupu software designer cleverly used the cyberpunk style, with neon lights and interlaced lights and shadows, giving the city's night view a unique charm.
After the picture is initialized, what is presented to you is a three-dimensional urban visual scene that restores it in one-to-one proportion, perfectly replicating every detail in reality.
The show begins in the form of a third-level animation, drilling from the map scene to the city scene, introducing urban buildings and roads around, and linking with 360-degree panoramic visualization combined with data scenes to build a smart and comprehensive smart city vehicle network project.
Smart driving, coordinated control
One-stop data monitoring
pageReal-time display of urban traffic situation, equipment monitoring, traffic event statistics, street light management information and real-time video surveillance data, and display it with clear charts, dynamic curves and visual dashboards. Through intuitive data analysis and display, the efficiency of operation and maintenance management and the scientific nature of decision-making are significantly improved.
The traffic event list on the left is updated in real time. Click the list item to automatically locate the corresponding traffic event simulation animations such as congestion, rear-end collision, and retrograde in the three-dimensional scene, and display the corresponding event details.
The street light management list on the right displays information such as street light status, battery, voltage, and section position. Click the list item positioning button to directly lock the corresponding street light model in the scene. Click the street light model to pop up the corresponding details.
Vehicle information
Users can view the detailed information of each car at any time, such as the current speed, license plate number, vehicle type, autonomous driving level, etc. You only need to click on the vehicle model in the 3D scene to display the corresponding information panel in the 2D view.Through a link 2D Information panel and 3D The models are connected, and there is a real-time fluctuating signal icon below the vehicle model.This information panel is intuitive and clear to let users know which model corresponds to.
Picture puff HT The self-developed chart components provide rich expression forms such as line charts, bar charts, pie charts, tables, etc.Vector icon technology ensures clarity at any scale, avoiding distortion and jagging. At the same time, it supports automatic adaptation and switching of indicator data between different devices, providing a smooth cross-platform experience.
Monitoring equipment visualization
The monitoring equipment layout of the actual road section is restored in the three-dimensional visual scene, displaying the real-time monitoring of bolt equipment, fill light equipment, vehicle-road collaboration equipment, etc. Through mouse interaction, click on the device to pop up the corresponding equipment details.
Through vehicle networking technology, real-time communication with vehicles, control commands are sent to ensure the safe and efficient driving of the vehicle, and intelligent driving is achieved. When multiple intelligent connected cars are driving on the road, the cloud control platform can coordinate the dispatch of vehicles based on real-time road conditions and vehicle status.
On highways, when traffic flow is high,The cloud control platform can coordinate the maintenance of appropriate spacing between vehicles to achieve formation driving.Improve road traffic efficiency while reducing energy consumption; at intersections, the cloud control platform can reasonably allocate the right of travel according to the driving speed and distance of vehicles in each direction, avoid conflicts between vehicles and achieve orderly and smooth traffic.
Traffic event visualization
In the Internet of Vehicles Cloud Control Platform, the real-time traffic event list in the lower left corner of the page is presented in a simple and intuitive form, and traffic events are listed in sequence in chronological order. Event types are distinguished by different color marks. Click on the specific event entry to associate the corresponding traffic event simulation animation display in the three-dimensional scene, and a detailed information pop-up window can also pop up, including accident scene photos, preliminary investigation results, etc.
The simulation animation display uses high-precision maps to build realistic three-dimensional scenes, and vehicles, pedestrians, and road facilities are all highly restored. The animation can switch between different perspectives, slow down and pause key segments, and integrate dynamic light and shadow effects to enhance the sense of reality.The combination of the two is the former, the former focuses on precise data, while the latter provides intuitive visual presentation, which comprehensively assists traffic management and public travel planning.
Tupu HT combines two- and three-dimensional data to express the various attribute values of the data in a multi-dimensional way. Users can observe data from different dimensions, intuitively and comprehensively understand real-time traffic conditions and event alarm information, and thus achieve more in-depth observation and analysis of the data.
Smart street lights
Road test equipment visualization
In the huge system of the Internet of Vehicles Cloud Control Platform, road testing equipment is an indispensable and critical link.In actual road scenarios, various road testing equipment such as lidar, millimeter-wave radar, signal machines, bayonet cameras, variable license plates, etc. are scattered. The point layout of road test equipment in the three-dimensional scene is restored, and different types of equipment are displayed through different icons. When the vehicle is within the monitoring range, the virtual linkage effect between the equipment signal and the vehicle will be presented. The visual platform displays device details on the front-end page in real time by connecting to the back-end interface data.
The cloud control visualization platform realized through the self-developed engine of Tupu software can be coordinated with road infrastructure. Taking the linkage of intelligent traffic lights as an example, the platform can analyze traffic flow at intersections, dynamically adjust the duration of signal lights, reasonably allocate green light time to reduce vehicle waiting, and improve urban traffic operation efficiency; at the same time, the massive data collected by road testing equipment is transmitted to the cloud control platform, which is deeply analyzed and processed by powerful algorithms, helping the platform accurately grasp and intelligently regulate traffic conditions, making roads smarter and travel more efficient.
Street light hot spot visualization
On the monitoring interface,With the electronic map as the base, the location of each street light is accurately marked. Street lights of different states are marked with different colors.For example, the street lights that are operating normally are green, while the street lights that are faulty are displayed in red, which makes it easier for staff to understand the operating status of the street lights at a glance. Clicking the street light icon will pop up a detailed information pop-up window, displaying the real-time working parameters of the street light, such as voltage, current, brightness, etc., and you can also view its historical operating data, including switching time, fault records, etc.
AI The invisible smart street light system is quietly changing the urban lighting pattern"The lights are on when the car comes, and the lights are dim when the car goes away." It does not require additional sensors. It relies on edge-side intelligent computing technology and built-in AI chips analyze environmental information such as light, vehicle sound and speed, and quickly process data to determine whether the vehicle is approaching, thereby automatically adjusting the brightness. The system improves the intelligence and humanization of lighting, reduces installation and maintenance costs, reduces sensor failure risks, and helps the city to develop green and intelligently.
Smart lamp pole, multi-pole in one
On the front-end display, the Tupu HT smart light pole functions are fully displayed.
Communication service visualization:Through the smart terminal screen, you can see the visual presentation of various network connection status and service coverage in communication services.
Public safety monitoring:In terms of public safety, the surveillance screen captured by the camera can be viewed in real time, and there are also prompts for the response of the emergency help button.
Smart lighting management:The smart lighting display interface supports remote operation of street lights, including switch and dimming functions, and monitors the operating status of street lights in real time.
Environmental monitoring data visualization:The monitoring service will intuitively present environmental data such as air quality, temperature and humidity.
Smart transportation information display:The smart transportation sector can display the images taken by the traffic camera in real time, as well as traffic information such as traffic flow and lane congestion.
Information release and emergency broadcast: The information release function displays various information through the LED screen, providing eye-catching emergency broadcasts and alarm light prompts in emergencies.
Energy business and green equipment monitoring:The energy business displays the appointment and usage status of charging piles, USB interface charging and other services through the APP, and clearly presents the operating data of green energy equipment.
Intelligent driving, automatic obstacle avoidance
When intelligent driving is turned on, the Internet of Vehicles system is empowered.3D The planned driving route will be accurately displayed in front of the vehicle model, and the dynamic lines will guide forward in real time.At the same time, the system will also clearly inform the driver of the operation instructions that will be executed through voice prompts such as lane change and turn.
Tutu software simulates automatic obstacle avoidance function through high simulation animation:When an obstacle is detected in front or around, the obstacle icon on the central control screen will flash and turn red and emit an alarm sound, and the vehicle's braking and steering system will automatically intervene. The adjustment process of the vehicle's driving trajectory is displayed in real time on the screen, and intuitively shows how the vehicle safely avoids obstacles, allowing users to clearly understand the intelligent operation status.
Summarize
Tupu Software Intelligent Connected Vehicle Cloud Control Platform As "5G+ Industrial Internet” The important application of the transportation field is showing great potential and broad development prospects.It not only brings us a smarter, more convenient and safer travel experience, but also promotes profound changes in the automotive industry and transportation industry.
In the future, we have reason to believe that with the continuous innovation and improvement of "5G + Industrial Internet" technology, the intelligent connected vehicle cloud control platform will play a more important role in building a smart transportation system and promoting the development of new industrialization. Let us wait and see the arrival of this bright future.
You can go to the official website of Tupu Software to view more cases and effects:
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