The Internet of things (IoT) is an extension of the Internet system. Based on the Internet, IoT realizes various ways of information transfer, exchange, and transmission, which can be divided into wireless and wired modes. Lifeasible integrates and develops different types of information transmission and storage devices, such as wired and wireless, for different agricultural production environments. It helps you to study the information fusion, knowledge discovery, and heterogeneous network access of agricultural IoT to ensure timely, reliable, and accurate information transmission.
We can provide strategies and model development for measuring the impact of changing farmland environments on the propagation characteristics of wireless signals throughout the crop growth period, including germination, growth, and maturation. We can help you study the path loss caused by the absorption, reflection, and blocking of wireless signals by crops on the propagation of radio signals and the resulting impact on the effectiveness of signal transmission.
We can build a deployment model with parameters such as leaf area index, fruit size, antenna height, and propagation distance. This model reduces the number of nodes required, reduces costs, and extends the network lifecycle, saving energy.
Figure 1. Case of optimized deployment of wireless sensor networks.
In greenhouses, we can develop products for real-time monitoring of environmental information, such as air temperature, air humidity, dew point temperature, soil temperature, light intensity, etc., with functions such as voice announcement, parameter alarm setting, data export, and storage. These include soil profile temperature monitoring systems, canopy temperature monitoring systems, and more. It is suitable for agricultural bases, demonstration bases, and parks that need to monitor environmental parameters, such as solar greenhouses, glass greenhouses, and continuous greenhouses.
Agricultural intelligent information processing technology is the way to build agricultural business models and the source of intelligent control strategies. Combining big data technology to obtain value relationship information and business characteristics and artificial intelligence algorithms to obtain the main parameters of business models. In the Internet of agricultural IoT, different kinds of agricultural equipment and sensors developed by Lifeasible break through the data-sharing barrier, share operation parameters through communication technology, and follow the control strategy based on big data and artificial intelligence to achieve optimal automation control of the whole process of agriculture. Please feel free to contact us to submit your requirements.
Lifeasible has established a one-stop service platform for plants. In addition to obtaining customized solutions for plant genetic engineering, customers can also conduct follow-up analysis and research on plants through our analysis platform. The analytical services we provide include but are not limited to the following:
