搜索资源列表
chl_func
- extract concentration of chlorophyll from an image (small toolbox) downloaded images from "oceancolor" project powered by NASA
LPC_Project
- 线性预测算法基于遗传算法-支持向量机的水库叶绿素a浓度短期预测非线性时序模型,利学水 报 2009 年 1 月 SHUILI XUEBAO 第第 40 卷 1 期文章编号 :055929350 2009 0120046206 基于遗传算法 -matlab Linear prediction algorithm is based on genetic algorithm- support vector machine reservoir
code
- 利用TM图像，反演各种海面环境因子，例如海面温度，泥沙含量，叶绿素a等。-TM image using the inversion of various sea environmental factors, such as sea surface temperature, sediment content, chlorophyll a and so on.
testzuihoutijiaochengguo
- 中国海附近的叶绿素分布，分别是黄海，东海，中国南海-China Sea near the chlorophyll distribution, respectively, Yellow Sea, East China Sea, South China Sea
matlab
- 利用qscat资料绘制风场程序；利用ssta数据计算并绘制黑潮温度指数ki图程序；绘制叶绿素场分布图程序-Using qscat data to draw a wind farm program using ssta data to calculate and draw the Kuroshio temperature index ki Figure procedures drawn maps of chlorophyll fiel
annchl
- 用人工神经网络模拟湖泊叶绿素a值，并计算误差及相关系数-Analog lake chlorophyll a values 甠猀椀渀最 artificial neural networks, and calculate the error and the correlation coefficient
NDVI-0710
- Normalized Difference Vegetation Index (NDVI) To determine the density of green on a patch of land, researchers must observe the distinct colors (wavelengths) of visible and near-infrared sunlight reflected by the p
nueral-network
- 神经网络~通过前30天的数据训练权值向量和阈值，预测第31天的叶绿素含量。-Neural Network- 30 days ago by data trained weight vector and threshold, forecast the chlorophyll content of the first 31 days.
Inversion-of-chlorophyll
- 基于三波段模型的叶绿素A浓度反演模型，对测得的遥感数据进行组合，找出最优波段，并显示相关系数-Chlorophyll A concentration inversion model three-band model based on the measured combination of remote sensing data, finding the optimal band, and shows the correlation co
Evaluation-of-Satellite-Retrievals-of-Chlorophyll
- Evaluation of Satellite Retri s of Chlorophyll-a in the Arabian Gulf
ncmodis4Mon
- 进行叶绿素a数据的读取，批量进行，选取指定区域(Read chlorophyll a data, batch, select the designated area.)