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Kabupaten Nias Selatan

Badan Riset dan Inovasi Nasional

Informasi Dataset

07-11-2022

12-08-2024

61019a20-b075-498a-af01-79d1f36ef222

Dataset Serupa
Artifacts Removal of EEG Signals using Adaptive Principal Component Analysis

Analysis of EEG activity usually raises the problem of differentiating between g...

Automatic Artifacts Removal of EEG Signals using Robust Principal Component Anal...

Analysis of EEG activity usually raises the problem of differentiating between g...

Removal Artifacts from EEG Signal Using Independent Component Analysis and Princ...

In recording the EEG signals are often contamination signal called artifacts. Th...

EEG-P300 Extraction using Recursive Principal Component Analysis

By extracting specific brain activity from recorded EEG signals and linking it t...

Adaptive Principal Component Analysis based Recursive Least Squares for Artifact...

Artifacts or noise sources increase the difficulty in analyzing the EEG and to o...

INFORMASI: Data berikut ini masih dalam proses pemenuhan Prinsip SDI.

Preliminary Study of Soil Permeability Properties using Principal Component Analysis

Terbatas

Soil permeability measurement is undoubtedly important in carrying out soil-water research such as rainfall-runoff modelling, irrigation water distribution systems, etc. It is also known that acquiring reliable soil permeability data is rather laborious, time-consuming, and costly. Therefore, it is desirable to develop the prediction model. Several studies of empirical equations for predicting permeability have been undertaken by many researchers. These studies derived the models from areas which soil characteristics are different from Indonesian soil, which suggest a possibility that these permeability models are site-specific. The purpose of this study is to identify which soil parameters correspond strongly to soil permeability and propose a preliminary model for permeability prediction. Principal component analysis (PCA) was applied to 16 parameters analysed from 37 sites consist of 91 samples obtained from Batanghari Watershed. Findings indicated five variables that have strong correlation with soil permeability, and we recommend a preliminary permeability model, which is potential for further development. IOP Conf. Series: Earth and Environmental Science 118. Hal. 1-5

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