人工林生长与环境信息物联网实时获取技术
项目来源
国(略)研(略)((略)D(略)
项目主持人
张(略)
项目受资助机构
中(略)科(略)院(略)息(略)
项目编号
2(略)Y(略)6(略)0(略)
立项年度
2(略)
立项时间
未(略)
研究期限
未(略) (略)
项目级别
国(略)
受资助金额
4(略)0(略)
学科
林(略)培(略)效(略)术(略)
学科代码
未(略)
基金类别
未(略)
关键词
人(略);(略)采(略) (略)感(略) (略) (略)测(略);(略)a(略)d(略)r(略) (略)a(略)c(略)e(略)o(略) (略)s(略);(略)t(略)e(略)f(略)i(略);(略)n(略)r(略) (略)t(略)
参与者
于(略)赵(略)余(略)张(略)
参与机构
中(略)院(略)息(略);(略)业(略)福(略)大(略)西(略)测(略)
项目标书摘要:报告(略)点研发课题“人工林(略)联网实时获取技术”(略)展。完成了生长信息(略)力木树干含水率检测(略)土壤剖面水分、土壤(略)、土壤电导率—水分(略)器设备和郁闭度自动(略)机研发。开展了人工(略)研究,分别在南北方(略)境无线信号传播特征(略)工林物联网系统拓扑(略)构及样机,并结合所(略)调集成测试,初步完(略)地部署和集成,在广(略)节点,分别配备直径(略)传感器和土壤剖面水(略)1套小气候观测系统(略)成了人工林物联网信(略)报告和概要设计报告(略)与实际部署物联网监(略),实现了对监测系统(略)和管理以及常规可视(略)了人工林生长与环境(略)时获取,形成了基于(略)课题在传感器研发、(略)面取得较大进展,完(略)
Applicati(略): Major r(略)gress by (略)m of the (略)ear Plan (略)y R&D pro(略)“IoT base(略) acquisit(略)ogy for g(略)environme(略)ation of (略)est”is su(略) this rep(略) and prot(略)ll aimed (略)e accompl(略)ome senso(略)s had bee(略) the fiel(略)nt analys(略)-level de(略)s of clou(略)for IoT s(略)finished,(略)totype of(略)managemen(略)oped as w(略)or networ(略)ogy of Io(略)ned,and a(略)ignal pro(略)operty re(略) conducte(略)outh and (略)imental a(略),the gate(略)sor node (略)ed and al(略)otypes of(略)d sensor (略)mplemente(略)l sensor (略)luding th(略)ensor nod(略)or protot(略)d were te(略)ndoors an(略)in a typi(略) forest i(略)s of CAF.(略)ield test(略) the sens(略)is workin(略)gh,a more(略)d sensor (略)luding a (略)ensor nod(略) with DBH(略)m moistur(略)d soil pr(略)r,respect(略) as a wea(略)n were de(略) eucalypt(略)n the sou(略)ntal area(略)ensor net(略)tegrated (略)oud manag(略)were coll(略)ransferre(略)s to gate(略) the clou(略)t.All the(略)monstrate(略)work by t(略) meets th(略)ons.
项目受资助省
北(略)
- (略)