浙江省陆地观察-成像尝试区重点尝试室

快乐赛车彩票  |  学术科研

一、基地先容

2016nian9yue,zhejiangshengkexuejishuting、zhejiangshengchengzhanghedingxinweiyuanhuihezhunjianshezhejiangshengludiguancha-chengxiangchangshiquzhongdianchangshishi,yougongxianyi、pandeluyuanshichurenxueshuweiyuanhuizhuren、fuzhuren,xuwenchuanshourenchangshishizhuren。changshishizailudiwulixue、xinxishiji、shuxuehejingqidenghaochuzhishijidepeihezhidianxia,chengzhangludiguanchahefangzhentancexianggouchengshiji,goujianduojiedianshoujichangshixitong,zhankaishuixiakeshihuahaishangchangshiyukaozheng,weiludiguancha-chengxiangbiaodemudedetongyegongjihaishangchangshipingtai,tongshiweizhejiangshengludikaipiyucaozonggongjiwulidekejichengchi,yanzhangcongkejiyanfadaoyingyeliyongdezhouqi,jiaqiangludixinxibaozhengdekejihanlianghejishufujiazhi。

changshishishouyaoyikaokuailesaichecaipiao 、xinxiyudianzigongchengxueyuan、dianqigongchengxueyuan、hangkonghangtianxueyuanjishengyixueyuandengxiaoneiyouzhiyuludiguanchayuchengxiangyantaodejiaoyuanyuyantaozhiyuanpeihejianshe,zai2017-2018nianzerenqichahezhonghuodeleyouyidechengjiu,bingzhudongdaochangdaozhejiangdaxuehainanyantaoyuandejiansherenwu。

 

二、研讨标的目的

(yi)diqunengyuanxuetedianyushengchangouhexiaoying: yantaobingchengzhangzhenduishengchuanbujubeizhuyaoyingxiangdeludinengyuangaofenbianshuzhixingshi,chengzhangsanweigaojingdushengchangshijijijisujijiaotili,yantaodiquludinengyuan-shengchangouhejizhi、shengxueshujuyihuajiqingkuangchang-shengchangsuimihuazhonggoudengludishengxuegenbenshijitimu。biaodemudedanrenren: lijianlongchuanshou。

(er)ludiguancha-chengxiangxinxishijiyujishu: yantaozhongdianweiqiandingnitimu,congxinxishijishanghediqiuwuliliutinengyuanxueshangliangshangdetongyi,chengzhangnitimushangchuaidushijikuangjia,nitimuqiujiededianfantili、jindaitili,bingyutulunxianglianxi,yantaoyitubujujianmopangzachuanganshoujidetujixianggouchengshiji、tiliyujishu。biaodemudedanrenren: zhaohangfangchuanshou。

(san)shuixiatongxunyuzuwangshijiyujishu: yantaozhongdianweishuishengtongxunyushouji、shuixiaguangtongxun、ludi-fenweikuajiezhitongxun、haidiguanchawang、ludiwulianwangdengxiangganshijiyujishu。sanbushoujidetuopubujushexiang、jiedianshubaqu、sanbushoujichengxiangjinengzhanwang、sanbushoujijianxinxitongxuntili、hesanbushoujixianggouchengtili。biaodemudedanrenren: jufengzhongchuanshou。

(si)sanbushiludiguancha-chengxiangchangshiqu: weidiqunengyuanxuetedianyushengchangouhe、ludiguancha-chengxiangxinxishijiyujishu、shuixiatongxunyuzuwangshijiyujishugongjichangchangshizhengyushumoliyong,liyongguimobaohan: ludishengsuchang、wenduchangheliuchangdeguancha;yuqunjiance;chichaoguancha、yujingheyugao;shuixiafangzhendejiance、bianrenyugenzong;haididixingdimaochengxiang;shuitiqingkuanghehaididicengbujucengxichengxiang。biaodemudedanrenren: songchunyifuchuanshou。

 

三、代表性功效(更新中)

1. jiaolonghaozairenqianshuiqiyanfayuliyong,guodukejiqianjinjiang,yidengjiang,2017nian

2. ludidianzijishugenbenxitongjianshehejiaodianludidianzishebeiyanfa,zhejiangshengguomindangjujiajiang,erdengjiang,2018nian

3. daxinggaoyaxiaoshengshuiguanzongheceshipingtai,zhongguochuanbochanyejituanyouxiangongsi,erdengjiang,2018nian

4. ludichaxunbaifangduoboshuzhangliangjishuyuliyong,zhejiangshengguomindangjujiajiang,erdengjiang,2019nian

5. xxxzongheceshipingtai,guofangkejiqianjinerdengjiang,2019nian

6. ludipingmiankongjianqingkuangcanshujishijianceheshengchangyugaoshengliliyongyumouchangshishengqingkuangzhunjishichanfajishiwuyanpan

7. ludixinxihuode、chuanshu、chuzhijironghuiqianyanyantaopiping,zhongguokexue: xinxikexue, 2016nian

8. underwater wireless optical communication using an arrayed transmitter/receiver and optical superimposition-based pam-4 signal,optics express,2018, 26(3): 3087-3097

9. spatiotemporal tracking of ocean current field with distributed acoustic sensor network,ieee journal of oceanic engineering,2017, 42(3): 681-696

10. performance evaluation of acoustic model-based blind channel estimation in ocean waveguides,ieee access,2018, 6: 27239-27250

11. a fast calibration method for phased arrays by using the graph coloring theory,sensors,2018, 18(12): 4315

12. physics-based coastal current tomographic tracking using a kalman filter,j. acoust. soc. am.2018, 143: 2938-2953

13. passive source localization using compressive sensing,sensors,2019, 19, 4522.

14. delay and queue aware adaptive scheduling-based mac protocol for underwater acoustic sensor networks,ieee access,2019, 7: 56263-56275

 

四、接洽体例

zhangjiaoyuan: jieqiongzhang@ggpgyso.cn


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