A ZigBee-Based Acquisition System for Agricultural Environment Information with Low Power and High Reliability

Abstract

In order to guarantee the safety of products at modern agriculture, the whole factors of the environment of agricultural production process need to be monitored. That needs to collect a variety of environmental information. In this paper, based on ZigBee technology, a system for crop growth environment information and image information acquisition is implemented. System network scheme can reduce the interchannel interference and enhance ZigBee communication quality. In the process of transmission, the transmission of the image data uses a coding scheme based on historical data comparison. For the image transmission, an intelligent transmission scheme based on generating Feedback Report is proposed, which takes both the quality and efficiency into consideration. Based on these schemes, the system designed in this paper can realize efficient and reliable transmission of agricultural environmental information.

[Retracted] Path Deconstruction of Agricultural Environmental Sustainable Development Policy in the Process of International Agricultural Trade Liberalization

“…Sustainable agriculture is an agriculture that manages, protects and sustainably utilizes natural resources, adjusts farming systems and techniques, and continuously meets the needs of contemporary human beings for the quantity and quality of agricultural products without harming the interests of future generations. The agroecological environment and animals and plants are interdependent and affect each other and maintain a certain dynamic balance [ 12 ].…”

Cloud connection oriented real‐time monitoring system for atmospheric particles

“…For real-time indoor air-quality monitoring, three information processing algorithms were proposed by Kim et al [5] to increase monitoring accuracy and reduce energy consumption. In recent years, technologies such as WSN and GPRS have also been applied to the collection of environmental information, and have achieved good application effects [6]. Boubrima et al [7] also proposed optimal WSN deployment models for air pollution monitoring, which took into account the probabilistic sensing of pollution sensors and were designed to handle multiple scenarios of weather conditions.…”

“…[5] to increase monitoring accuracy and reduce energy consumption. In recent years, technologies such as WSN and GPRS have also been applied to the collection of environmental information, and have achieved good application effects [6]. Boubrima et al .…”

Design and implementation of real‐time monitoring system for atmospheric particles based on a cloud platform

“…For indoor air quality monitoring, there are some research results [6, 7]. In recent years, technologies such as zigbee and GPRS have been applied to the collection of environmental information, and have achieved good application effects [8–10]. With the continuous development of the Internet of Things (IoT) and cloud service technologies, a new direction to atmospheric particle monitoring is provided [11–14].…”