基于SVM算法确定洪水易发区域的洪水预测优化

Saruni Dwiasnati, Yudo Devianto
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引用次数: 0

摘要

洪水是减缓受灾地区经济发展速度的因素之一。万隆被称为“花之城”和“时尚之城”,因为这个绰号使万隆成为一个在多个地方生长的各种时尚的城市,作为买卖过程的起点。万隆不仅每年都会产生流行的时装,而且还有许多非常独特和有趣的传统食物制作的麦加。创建一个洪水易发地区模型可以更容易地为万隆县属于洪水易发地区和非洪水易发地区的社区提供信息。支持向量机算法是近年来非常流行的一种可以用于分类和回归的技术。SVM在可解决问题的特征和条件方面与人工神经网络(ANN)属于一类,为了能够提高其精度,它使用了PSO(粒子群优化)可以优化的东西,其中测试数据使用BNPB官方网站数据,BPS万隆区和BMKG处理。使用SVM算法生成的准确率为85.71%,生成的AUC为0.841,而使用基于psm的SVM算法生成的准确率为97.62%。AUC为1000。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of Flood Prediction using SVM Algorithm to determine Flood Prone Areas
Flooding is one thing that can slow down the economic pace in the affected area. Bandung is called the city of flowers and the city of fashion because the nickname makes Bandung a city with a variety of fashions growing in multiple places as a starting point for the buying and selling process. Not only did Bandung spawn fashions that became hits every year, but it also had many Meccas of traditional food preparation that were extraordinarily unique and interesting. Creating a flood-prone area model can make it easier to provide information for communities in Bandung Prefecture that belong to flood-prone and non-flood-prone areas. The SVM algorithm is a technique that can be used in the case of classification and regression, which is very popular lately. SVM is in a class with Artificial Neural Networks (ANN) in terms of features and conditions of problems that can be solved, and to be able to increase its accuracy it uses what can be optimized with PSO (Particle Swarm Optimization), where the test data is used BNPB official website data, BPS Bandung District and BMKG processed. The accuracy rate generated by using the SVM algorithm is 85.71% and the generated AUC is 0.841, while the accuracy rate generated by using the PSM-based SVM algorithm is 97.62%. and AUC produced at 1,000.
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