Flash Floods Prediction using Real Time data: An Implementation of ANN-PSO with less False Alarm

Abstract

Flash floods and hurricanes are caused by the release of energy inside the oceans. Hurricanes are very sudden and may lead to heavy infrastructural damage with loss revenues associated human and animal's fatalities. Diversified techniques have been utilized to properly investigate the flash floods and hurricanes before the event. A hydro atmospheric and climatic change due to the hurricanes leads towards the high death toll. Approaches for the early prediction of flash floods and hurricanes may be categorized as (a) Modeling of the system (bathymetry), (b) Sensors and gauges-based measurement, (c) Radar-based images, (d) Satellite images and data, and (e) AI-based prediction. Comparative analysis of direct real-time data from the sensors and gauges, is more reliable compared to other techniques but it may contain some errors and missing information which leads towards the false alarms. Therefore, in this paper, a novel predictive hybrid algorithm (ANN PSO) has been applied to estimate the flash floods and hurricanes more precisely. A suitable combination of the sensors will give the benefit of better precision and improved accuracy when compare to the use of a single sensor. The combination of six process variables utilized in this paper for the measurement and investigation of the flash flood has been discussed. Real-time data of over forty eight (48) hours has been collected from PIR, Ultrasonic sensor, Temperature sensor, CO2 sensor, Rainfall module, Pressure, and temperature sensor. ANN feed-forward propagation is trained by using sample collected data from the multi-modal sensing device and applied for the classification of events while neurons are optimized by the particle swarm optimization (PSO), taking less processing time without requiring advanced complex computational resources. Results have proved that proposed AI based technique for the early identification of flash floods and hurricanes have worked more accurate and performance-wise better than the ongoing techniques. The results include flood probabilities and prediction analysis using proposed algorithm.

Investigation of Flash Floods on Early Basis: A Factual Comprehensive Review

“…Remotely measured observations and other transducers-based data to the end users must be unified to give the research and development-based concept for watershed models to observe the torrents, tornados, dams, landslides and storm. High resolution based Geographic Information System with better frequency, high resolution of data, increased coverage access, data transmission for the microwave linkbased transducers and proper link of satellites must be there to investigate the flash floods properly [48], [68]. Weight matrices usually evaluate the architecture of artificial neural network.…”

“…Precipitation results were compared with gauge-adjusted radar data, considered as the ground truth given its high quality, resolution, and availability [82]. Feed forward propagation was combined with the particle swarm optimization for the development of the predictive model [68]. Researchers have also designed a predictive model in which fuzzy control system was optimized by the genetic algorithm [83].…”

Prior Recognition of Flash Floods: Concrete Optimal Neural Network Configuration Analysis for Multi-Resolution Sensing

“…Each of the sensing parameter was different from each other having different ranges and resolution. Therefore, data collection device was named as multi-modal sensing device or multi-resolution sensing gadget [30][31][32].…”

“…Historical data set which was collected from multi-resolution device and Pakistan meteorological department have been highlighted and explained [30] Table VIII displayed the collected data set. More than ten thousand numbers of instances were recorded.…”

A Comparison Review based on Classifiers and Regression Models for the Investigation of Flash Floods

“…The results of actual run time data using existing approach of MLP-PSO show probability of 95.15%. The proposed algorithm of ANN-PSO has performed the investigation of flash flood with 0.0047 error probability and enhanced accuracy [20].…”