3 results about "Regular network" patented technology

The invention discloses a method for constructing a soil water and salt simulation model in a crop root system based on a complex network, which comprises the following steps: generating a regular network, constructing the regular network with an adjustable node number, enabling each node to correspond to a soil body with a set size, and only arranging a vertical connecting edge between the nodes to simulate the vertical water transmission of the soil; creating a random connecting edge based on crop growth characteristics, adding the random connecting edge between nodes of the regular network by adopting a probability normal to simulate a crop root system, and synchronously generating a connecting edge weight representing a root system level during adding; a water-salt dynamic simulation module is designed, volume and infiltration rate parameters of nodes and weight and transmission delay parameters of connecting edges are initially configured, and a soil moisture layering result and a salt layering result are output. According to the method, the root system is simulated through the regular network in combination with probability random edge connection, difficult-to-measure parameters such as root length and root diameter are not needed, growth periods of different crops are flexibly adapted, the water-salt simulation accuracy of the root zone is remarkably improved, and reliable support is provided for agricultural water-salt management.

A technique configures electronic equipment for routine network access. The technique involves establishing a network connection between the electronic equipment and a user device using a predefined network address for the electronic equipment and a self-generated network address for the user device. The technique further involves creating a configuration session on the electronic equipment, the configuration session being constructed and arranged to receive configuration input from the user device through the network connection established between the electronic equipment and the user device. The technique further involves, in response to a set of configuration commands from the user device received as configuration input by the configuration session, configuring the electronic equipment for routine network access via a set of new network addresses.

The invention relates to the technical field of data acquisition, and discloses a survey data acquisition and transmission method and system based on adaptive control, and the method comprises the following steps: enabling each seismic sensor to actively acquire seismic waveform data in real time, enabling the sensors to monitor the seismic activity at a high frequency, and transmitting the seismic waveform data to a server; the method comprises the following steps: acquiring real-time data, directly sending the acquired real-time data to a nearest edge computing node, performing preliminary analysis after the edge node receives the transmitted data, caching effective data into a local storage, and retaining and later processing the recently acquired data under the condition of network interruption. According to the method, the data integrity of the system is improved through data local caching under the condition of network interruption, the data processing flexibility of the system under the severe network condition is improved through the combination of regular network monitoring and a self-adaptive strategy and the introduction of the Mesh network technology, and the delay and loss of data transmission are reduced through dynamic data routing optimization.