Development of an Analytical Model for Agricultural Information Processing

Agricultural production is an open environment where different types of crops and other varieties of the same type require different environmental conditions during growth. At the same time, plants are living organisms with different characteristics, and have different requirements for environmental conditions during different reproductive periods and times of the same period. Agricultural production is a complex, variable, and open system. Lifeasible can form various crop growth and development models according to different crops, varieties, fertility periods, and day and night growth patterns. Based on the model, we can determine the suitable environment required by the crops, providing you with the basis for environmental control research.

Agricultural experts system

Based on agricultural expert knowledge, it can mimic agricultural experts in reasoning and decision-making. We highly integrate multiple agricultural technologies and knowledge, allowing you to provide production technology consulting and decision-making services such as variety selection, fertilizer and water management, pest and weed control, and agronomic management to lower-level users.

Features

• Perfect knowledge base, highly intelligent reasoning mechanism.
• Expert knowledge covers a wide range of multi-dimensional knowledge classifications.
• The role of professional agricultural knowledge and reasoning judgment is more prominent than that of general computer information systems.

Portable spectrometer

We embedded predictive models for chlorophyll, moisture, and other analyses.

Calculation and analysis of field scenario sensing

In the field growth state scenario sensing system, we can achieve comprehensive calculation and analysis based on the sensed data through the software system, which embeds three interfaces of 3D scene, image display, data fusion, and management control within the unified software.

Modeling of environmental interactions at the three-layer scale

Based on the process of material and energy exchange, we can analyze the data of the internal and external environment of the solar greenhouse and establish a model of environmental interactions under the outdoor meteorology, the microclimate inside the greenhouse, and the microenvironment of the canopy. This helps you to study the spatial and temporal heterogeneity of internal and external radiation, air temperature, and relative humidity.

Lifeasible provides you with agricultural model development and agricultural system simulation through the processes and steps of agricultural system definition, model building, data preparation, model conversion, model validation, model validity, model experimental design, model operation, result analysis, and documentation. Please feel free to contact us to submit your requirements.