Abstract
This paper proposes an insect trapping method based on progressive star network. There are two steps: Firstly, construct the network; secondly, trap insects through the network. The network is constructed as following descriptions: 1. Confirm the density of light node. 2. Adjust the height of light node versus growth of crops/plants. This paper contributes to relevant studies in that it proposes a new star network, in which the height of light node changes according to the growth of crops or plants, makes full use of biological resources and avoids bad consequences that traditional chemical pesticides bring about. The star network proposed is simple, reliable and successfully avoids redundant data resulted from frequency communication
Highlights
Pests are defined as insects that are detrimental to human beings
This paper contributes to relevant studies in that it proposes a new star network, in which the height of light node changes according to the growth of crops or plants, makes full use of biological resources and avoids bad consequences that traditional chemical pesticides bring about
The microprocessor, as the core of the system, controls the time to work under certain calculation. It can automatically calculate at what time to close insect-trapping lamps and send timely signal to lamps with radar sensors
Summary
Pests are defined as insects that are detrimental to human beings. In other word, pests are insects that generate negative influence on our survival. It is known that current biological insect-trapping technologies, though mature to some extent, have shortcomings, including the waveband is too wide, the light wave is single rather than diversified, the target is not clear. All these result in that the insect-trapping cannot reach expectation. Modern ecological agriculture is calling upon a self-organized, progressive way of insecttrapping technology, one that has clear target and wide application. Such technology will realize an environmentally friendly result from “alluring-trappingfeeding” and create an energetic green ecological system [11-14]
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