Smart management of green agriculture: visualization platform for agricultural product scheduling

Preface

On May 11, 2021, the main data of the seventh national census was released, and the population living in rural areas was 509.79 million, accounting for 36.11%. The number of rural population is decreasing, middle-aged people go out to work, and the traditional family-based agricultural operation method is no longer suitable for the development of digital agriculture.

Digital agriculture is a modern agriculture that uses information as a factor of agricultural production and uses modern information technology to visualize, design and manage agricultural objects, environments and the whole process. Digital agriculture enables the effective integration of information technology and all aspects of agriculture, which is of great significance to transforming traditional agriculture, transforming agricultural production methods and agricultural product sales methods.

effect display

The core product HT for Web independently developed by Hightopo is used to realize the interactive Web agricultural product dispatching center scene. Using the existing modules of the HT engine to present the map to achieve the desired effect, it can be completed without modeling, which is lighter and faster, and reduces the implementation cost and cycle.

The large-scale visualization screen of the agricultural product dispatching center can realize the viewing of the monitoring video of the dispatching center, the early warning of major natural disasters, the display of the quality and safety inspection results of agricultural products, the display of the operation of the park, etc. situation, etc., to provide an intuitive basis for agricultural companies to grasp the actual situation, scientific decision-making, and work scheduling.

The visualization system integrates the data of modern information technology such as the Internet of Things, big data, artificial intelligence, communication network, and smart weather, and applies it in the field of agricultural science and technology to effectively improve the level of scientific and technological innovation and achievement transformation in the agricultural field, and to help agricultural characteristic industries and rural industries. developing. Geographic Information System (GIS) technology can be used to build a "one map" of agricultural production and sales based on geographic ecology and market information.

Agricultural Products Dispatching Center

Collect the total number of vehicles, the total number of goods, the total weight of goods, the number of vehicles that have entered the field, today's goods information, sales and transaction amount TOP5, and sales statistics of goods types and other information through automated processes and equipment. Use HT to visualize the rich charts, graphs and design elements to display relatively complex and abstract data in a more intuitive and understandable form in a visual way, which is convenient for operation and maintenance personnel to analyze, process and store, and does not need to be scheduled through complex forms such as manual calculation. Center's operation and maintenance analysis.

Sales and transaction value ranking

Through data analysis, for products with good sales, managers can adjust the goods in advance to avoid the reduction of user experience due to shortages.

Market transaction price

The transaction price, historical sales, and sales statistics of agricultural products in various markets allow managers to identify popular and unsalable products, so as to optimize the cultivation of agricultural products and achieve the rational use of land resources. The HT query interface uses an event mechanism to update the interface locally, avoiding the FPS game mode, excessively meaningless interface refreshes, and avoiding problems such as desktop freezes and mobile phone heat.

The data analysis of the proportion of sales channels allows managers to optimize channel management and personnel allocation. For channels with a high proportion of sales, more human and financial resources can be invested.

From the perspective of expenses, the visualization of various parameters of the agricultural product dispatch center can help us solve the costs of CAPAX and OPEX. It can not only avoid the waste of infrastructure caused by "guessing", but also find problems in the work process and improve work efficiency.

Farmers Market Management

Farmers market refers to the retail sales of various agricultural products and foods such as vegetables, fruits, melons and fruits, aquatic products, eggs, meat and its products, grain and oil and its products, soy products, cooked food, condiments, and local specialties. The main business is the fixed place. Use visualization technology to realize data and video monitoring of passenger flow, vehicle flow, transaction trend, and cargo inventory in the market, helping managers to achieve scientific management.

and traffic

As a component library based on the HTML5 standard, HT can seamlessly integrate various multimedia functions of HTML5, support the integration of various video resources to form a unified video stream, and mark camera objects on 2D and 3D situation maps and associate their video signal sources. Scenario interaction to retrieve the corresponding surveillance video to meet the monitoring needs of farmers' market operation and maintenance personnel for real-time situational awareness, historical data retrospective comparison, and emergency response plans for the scene in the market. Put an end to the entry of over-limited and overloaded vehicles, and eliminate the risk to the invisible. HT also supports video fusion, which fuses 2D video images into the 3D model of the scene, providing users with intuitive video images and simple view control.

Access the passenger flow data in the market, and implement current limit when the traffic is too large. Especially during the epidemic, the monitoring of passenger flow data can effectively reduce the gathering of people.

Transaction Amount Statistics

The transaction amount in each area can be accessed to the real-time data of the system. For products that do not sell well, they can be placed in popular areas for matching sales.

Inspection Public List

Aiming at the detection of pesticide residues and sugar content in the goods, every customer can buy reliable agricultural products with good quality and low price. Based on the original intention of the development of the Internet of Things, "everything is interconnected and everything is media", it integrates leading technologies such as blockchain, big data, and 5G rich media to build a comprehensive information traceability product matrix for the entire industry, providing digital economy empowerment services for modern industries. .

Market Transaction Trends

The display of data such as market transaction trends and total inventory of goods allows managers to know what to do, manage them properly, and do them well.

Agricultural Base Management

No matter how experienced breeders are in Northwest China, they still often miss the best time for cows to come into heat. For every missed estrus period (21 days), a cow will lose about $350. Relying on experience for agricultural planting will also cause property damage. Use the visualization system to summarize and comprehensively grasp the data of agricultural planting and production from the macro level, improve scientific and technological guidance and service capabilities, and provide think-tank services for agricultural development. At the same time, the Internet of Things information and camera information set in the planting base are accessed, and the real scene is visualized intuitively, providing accurate layout services for agricultural production.

Using modern information technology to cooperate with plant nutrition models to analyze the nutrients needed by crops, intelligent AI, modern scientific fertilization technology of precision fertilization on demand, providing agricultural prenatal assistance planning, mid-production assistance management, and post-natal assistance in sales. Serve. From the beginning of seedling breeding, the time of insect removal, irrigation, weeding, and pruning of plants will be marked for scientific planting. Guide farmers to invest time and resources into the right mix to increase productivity.

Land Monitoring Statistics

Such systems can help track and improve farmers' soil quality and avoid soil degradation. They can monitor many physical, chemical and biological properties such as texture, water retention capacity and absorption rate. Soil monitoring can minimize pollution from erosion, salinization, acidification and toxic elements.

Live Weather Information

Climate change has a significant impact on agricultural production. In the visualization system of Tupu, weather data is connected, weather disaster warnings are set, and countermeasures are actively taken to protect crops.

Land Use Area

In land use planning, different color blocks are used to distinguish. Through the analysis of land use distribution, land use requirements, functional positioning, etc., the development intensity, land use scale and control requirements of the land plot can be reasonably determined. Data monitoring of land use area and main crop distribution is convenient for managers to configure crops. Through the data of the dispatch center, the planting category and area of crops can be inferred. Over-planting of any crop on the same land may cause diseases of crop varieties. All localities should implement fallow rotations, and at the same time, according to different production requirements, different arable land maintenance and agricultural risk monitoring and early warning programs should be studied.

Through big data, artificial intelligence and other technologies to achieve intelligent analysis, precise fertilization, and intelligent irrigation, obtain real-time crop growth data through field cameras, and link sales terminals to build a big data platform for intelligent agricultural production services and online fruit trading. A digital visualization traceability system from "field" to "tip of the tongue".

Wisdom

Tupu Smart Greenhouse shows the process of scientific planting and simulates the environment of the greenhouse. It can control the opening and closing of shading nets, irrigation, fill lights, fans, and airflow display in the smart greenhouse, and simulate crops from seeds, germination, seedlings, seedlings I, seedlings II, seedlings III, flowering, results, The entire growth process of ripening and wilting. After connecting to the temperature sensor, humidity sensor, light sensor, and CO2 sensor of the IoT system, the agricultural greenhouse can be managed conveniently and quickly.

Unmanned Farm

Tupu not only has a 2D agricultural base, but also a 3D "unmanned farm" to give you a new experience. Using HT, a 3D lightweight Low Poly style smart farm is built with zero code in the whole process, seamlessly integrating 2D and 3D technologies, 1:1 restoration of the regional planning of the farm, and grid management of crops. The business covers a full range of needs such as remote diagnosis, safety traceability, information monitoring, and safety early warning. Real-time perception of the light, water, temperature, fertilizer, heat and other real-time production environment, operation objects and equipment status on site.

Tupu has always insisted on localization for many years, and the core product HT for Web independently developed has independent intellectual property rights and does not rely on third-party commercial or open source libraries. It meets the requirements of modern, high-performance, cross-platform (desktop Mouse/ Data visualization needs for mobile Touch/Virtual Reality (VR). Based on partial refresh, batch aggregation, image caching, and minimization of DOM elements, the ultimate performance is pursued from the underlying design. Components can withstand tens of thousands or even 100,000 levels of data, breaking through the limits of many traditional industry applications.

Utilize the integration and utilization of information technology and digital means in agricultural production, circulation, and operation to realize rational utilization of agricultural resources, reduce production costs, improve ecological environment, improve crop products and quality, and enhance the added value of agricultural products and market brand influence , use digital means to expand the marketing capabilities of agricultural products, reduce market operating costs, improve the premium capacity of agricultural products, and use informatization and digital methods to enhance the competitiveness of agricultural products.

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