On July 15,2011,the editorial office of the Journal of Arid Land（JAL） received an e-mail transmitted through Prof.ZHU Cheng,the consultant of the Chinese Society of University Journals in Natural Sciences and the st...On July 15,2011,the editorial office of the Journal of Arid Land（JAL） received an e-mail transmitted through Prof.ZHU Cheng,the consultant of the Chinese Society of University Journals in Natural Sciences and the standing director of China Editology of Science Periodicals. The e-mail was sent by Mariana Boletta, the Senior Editor of Thomson Reuters, who said that JAL has been selected for coverage in Science Citation Index Expanded （SCIE）and Current Contents/Agriculture, Biology ＆ Environmental Sciences, beginning from the initial issue in 2009.展开更多
In November 2011, Journal of Arid Land （JAL） was accepted for indexing in Cambridge Science Abstracts （CSA） and Centre for Agriculture and Bioscience Abstracts （CAB Abstracts） after strict assessments by these t...In November 2011, Journal of Arid Land （JAL） was accepted for indexing in Cambridge Science Abstracts （CSA） and Centre for Agriculture and Bioscience Abstracts （CAB Abstracts） after strict assessments by these two databases.展开更多
The bidding application for open access submitted by the Institute of Physics （IOP） on behalf of Chinese Physics C （CPC） to SCOAP3 was officially approved by CERN （European Organization for Nucleon Research） on ...The bidding application for open access submitted by the Institute of Physics （IOP） on behalf of Chinese Physics C （CPC） to SCOAP3 was officially approved by CERN （European Organization for Nucleon Research） on July 17, 2012. Then, CPC becomes one of 12 international core journals for particle physics （For otfieial release by CERN, please visit http：//seoap3.org/）. This demonstrates the recognition and support of CPC from the international community of high energy physics. It will play an important and positive role in promoting its future development.展开更多
研究表明大地震之前由于地表温度的变化会引起长波辐射OLR(Outgoing Longwave Radiation)数据异常,但目前缺乏有效的技术来提取异常。我们提出了一种基于随机传感器和鞅理论的异常数据挖掘算法ADRM (Abnormality Detection based on Ran...研究表明大地震之前由于地表温度的变化会引起长波辐射OLR(Outgoing Longwave Radiation)数据异常,但目前缺乏有效的技术来提取异常。我们提出了一种基于随机传感器和鞅理论的异常数据挖掘算法ADRM (Abnormality Detection based on Randomized Transducer and Power Martingales),经过实验对比能有效挖掘异常。本数据集记录了尼泊尔地区2009-2018年10年间的NOAA卫星的OLR数据和经过异常数据挖掘后的相应数据序列。数据集在地域上,以尼泊尔地震震中为中心的周边地域划分为同样经纬度2.5°×2.5°为单位的25个网格;时间上,定义每个年度是从上一年的9月28日到下一年的9月28日,共计366天,2009-2018年10年的数据。数据集存储为1个.xls文件,数据量为3.92 MB。基于该数据集的研究成果分别发表在《地球信息科学学报》(2018年20卷8期)和《IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing》(2018年11卷8期)。展开更多
文摘On July 15,2011,the editorial office of the Journal of Arid Land（JAL） received an e-mail transmitted through Prof.ZHU Cheng,the consultant of the Chinese Society of University Journals in Natural Sciences and the standing director of China Editology of Science Periodicals. The e-mail was sent by Mariana Boletta, the Senior Editor of Thomson Reuters, who said that JAL has been selected for coverage in Science Citation Index Expanded （SCIE）and Current Contents/Agriculture, Biology ＆ Environmental Sciences, beginning from the initial issue in 2009.
文摘In November 2011, Journal of Arid Land （JAL） was accepted for indexing in Cambridge Science Abstracts （CSA） and Centre for Agriculture and Bioscience Abstracts （CAB Abstracts） after strict assessments by these two databases.
文摘The bidding application for open access submitted by the Institute of Physics （IOP） on behalf of Chinese Physics C （CPC） to SCOAP3 was officially approved by CERN （European Organization for Nucleon Research） on July 17, 2012. Then, CPC becomes one of 12 international core journals for particle physics （For otfieial release by CERN, please visit http：//seoap3.org/）. This demonstrates the recognition and support of CPC from the international community of high energy physics. It will play an important and positive role in promoting its future development.
文摘研究表明大地震之前由于地表温度的变化会引起长波辐射OLR(Outgoing Longwave Radiation)数据异常,但目前缺乏有效的技术来提取异常。我们提出了一种基于随机传感器和鞅理论的异常数据挖掘算法ADRM (Abnormality Detection based on Randomized Transducer and Power Martingales),经过实验对比能有效挖掘异常。本数据集记录了尼泊尔地区2009-2018年10年间的NOAA卫星的OLR数据和经过异常数据挖掘后的相应数据序列。数据集在地域上,以尼泊尔地震震中为中心的周边地域划分为同样经纬度2.5°×2.5°为单位的25个网格;时间上,定义每个年度是从上一年的9月28日到下一年的9月28日,共计366天,2009-2018年10年的数据。数据集存储为1个.xls文件,数据量为3.92 MB。基于该数据集的研究成果分别发表在《地球信息科学学报》(2018年20卷8期)和《IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing》(2018年11卷8期)。
