面向蓝莓种植的多传感器融合智能滴灌系统设计与实现

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中图分类号：TP23 文献标志码：A 文章编号：2096-9902（2025）23-0018-0：

Abstract：Inresponsetoisuessuchasthehighsensitivityofblueberrycultivationtowaterandfertlizerenvironments，the lowwaterresourceutlizationeficiencyoftraditionalirigationmethods，andthedificultyinmetingpreciserequirements，this paperdesignsandimplementsaninteligentdripirigationsystemforblueberryproductionbasedonmulti-sensorfusionand wirelesssensornetwork（WSN）technology.Thesystemintegratesvarioussensors，includingthoseforsoilmoisture，temperature， pH，electricalconductivity（EC），lightintensityandairumiditytocollctkeyenviromentalparametesofthebluebroot zoneinrealtime.UtilizingwirelessnetworktechnologiessuchasZigBee，4G/5G，andWi-Fi，itensuresreliabledata transmission.Afuzzycontrolalgoithmisemploedformulti-sourcedatafusionanditeligentdecision-making.inallhough devices such as water pumps，solenoid valves，fertilizer applicators，and pH adjustment devices，the system achieves precise and intellgentcontroloftedriprgationsystem.Testresultsdemonstratethatthesystemsignificantlyimproveswaterandfertiler utilizationeficiencystabilizesthesoilpHenvironmentintherootzne，efectivelyenhancesblueberrfruitqualityandyield， reduceslaborcosts，andexhibitsstrongapplicationprospetsandpromotionvalue.Thisprovidesareliabletechnicalsolutionfor the smart irrigation of high-value crops.

Keywords：smartagriculture；multi-sensorfusion;wirelesssensornetwork（WSN）；dripirigationsystem；fuzzycontrol; blueberry planting

市场对蓝莓的需求正持续增长，这得益于其富含花青素和抗氧化物质的特点，作为高经济价值水果，它深受消费者喜爱。（剩余6195字）