2012•International Conference on Electronics, Communications and ControlRequires access

The Application and Research of ARM Microprocessor in Modern Agriculture Monitoring Field

Dan Li

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Abstract

with the rapid development of modern agriculture, the timeliness and accuracy of monitoring agricultural environment factors is also required. This paper studies the application of ARM microprocessor in modern agricultural intelligent greenhouse monitoring field. It designs that several high precision digital temperature sensors (AD7416) can simultaneously monitor many different position greenhouse temperature, it adopts that ARM microprocessor provides 3 level instruction pipelines, it designs the communication interface to portable computer and network communication method of TCP/IP protocol. The system has high monitoring accuracy, low cost, and other advantages.

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What this paper is about

with the rapid development of modern agriculture, the timeliness and accuracy of monitoring agricultural environment factors is also required. This paper studies the application of ARM microprocessor in modern agricultural intelligent greenhouse monitoring field. It designs that several high precision digital temperature sensors (AD7416) can simultaneously monitor many different position greenhouse temperature, it adopts that ARM microprocessor provides 3 level instruction pipelines, it designs the communication interface to portable computer and network communication method of TCP/IP protocol. The system has high monitoring accuracy, low cost, and other advantages.

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Available abstract

with the rapid development of modern agriculture, the timeliness and accuracy of monitoring agricultural environment factors is also required. This paper studies the application of ARM microprocessor in modern agricultural intelligent greenhouse monitoring field. It designs that several high precision digital temperature sensors (AD7416) can simultaneously monitor many different position greenhouse temperature, it adopts that ARM microprocessor provides 3 level instruction pipelines, it designs the communication interface to portable computer and network communication method of TCP/IP protocol. The system has high monitoring accuracy, low cost, and other advantages.

Key concepts: Microprocessor, Greenhouse, ARM architecture, Computer science, Embedded system, Protocol (science), Agriculture, Communications protocol

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