IoT and ML |
[53], 2020 |
Floods prediction |
Convolution neural network |
Hadoop MapReduce |
Surat, India |
[55], 2019 |
Rainfall prediction |
ANN and Logistic regression |
LoraWan |
UEM Campus |
[56], 2016 |
Forecast flood risk |
Artificial Neural Networks |
ZigBee,WSN |
None |
UAV |
[69], 2019 |
Prediction |
Geofencing |
UAVs Base station, Flight controller |
Surat, India |
[70], 2017 |
Assessing areas |
Adhoc network as aerial mesh network |
Raspberry-pi with NOIR pi camera |
UEM Campus |
[71], 2019 |
Disaster assessment |
SWIFTERS |
DJI UAV, ROS library, Map server |
None |
[72], 2019 |
Disaster assessment |
Star algorithm, Tabu search, Gradient descent |
Multi-UAVs |
Jiuzhai valley earthquakes |
ML and UAV |
[20], 2019 |
Detecting flood areas |
SVM, K-means clustering and PCA |
Drones |
Aerial images |
Geodesics based |
[73], 2010 |
Better prediction |
Centre surrounded filters with gaussian weighted mean centers |
Air-borne LiDAR |
2010 Haiti earthquake |
[74], 2013 |
Better prediction |
GEOSS and CEOS approach |
Spatio-temporal infrastructure |
2008 earthquake in Sichuan, China and Namibia flood plot |
Satellite |
[68], 2002 |
Water and non- water features |
Landsat 7 Thematic mapper and DEM data |
None |
Floods in Pitt County, North Carolina |
Remote sensing |
[75], 2011 |
Develop flood hazard maps |
Supervised MCL classification |
RADARSAT remote sensing data, GIS data and ground data |
Maghna river basin |
ML and Remote sensing |
[76], 2012 |
Classification of land cover |
Random forest classifier |
Landsat-5 Thematic Mapper data |
Province of Granada |
Data mining |
[77], 2005 |
Tropical cyclone intensity |
Apriori-base |
None |
Atlantic basin |
Android based |
[78], 2017 |
Alert signals |
Partition based trajectory distance |
JSON file |
Haiti |
ML and Object sensing |
[79], 2011 |
Prediction of floods |
Random forest classifier |
None |
Momance River — Haiti and Wenchuan town — China |
[80], 2017 |
Classification of land cover |
Random forest classifier and SVM |
None |
Scopus databases |
ML |
[27], 2018 |
Sandstorm detection |
CART decision tree, Naïve Bayes and Logistic Regression |
None |
Riyadh, Dammam, and Jeddah |
[41], 2017 |
Flood and landslide detection |
Convolutional Neural Network |
None |
Japan and Thailand |
[34], 2014 |
Storm intensity |
Symbolic Aggregate Approximation (SAX) and Artificial Neural Network (ANN) |
Satellite-image data |
Typhoon and Tropical cyclones |
[81], 2016 |
Disaster recognition |
BB-SVM |
ERESS |
Kansai University |