01377nam a2200373 i 450099100139083970753620020507192621.0940902s1982 us ||| | eng 0486642402b10841027-39ule_instLE01311570ExLDip.to Matematicaeng519.2AMS 60GAMS 60HAMS 60J25AMS 60J60QA274.S5813Skorokhod, Anatolii Vladimirovich47189Studies in the theory of random processes /by A. V. Skorokhod ; transl. from the russian by Scripta Technica, IncNew York :Dover,1982viii, 199 p. ;22 cm.Bibliography: p. 190-197.Includes index.Reprint. Originally published: Reading, Mass. : Addison-Wesley Pub. Co., 1965. (Adiwes international series in mathematics ; 7021)Transl. from russianRandom processesStochastic processes.b1084102721-09-0628-06-02991001390839707536LE013 60G SKO11 (1982)12013000007137le013-E0.00-l- 02020.i1095103928-06-02Studies in the theory of random processes918955UNISALENTOle01301-01-94ma -engus 0104773nam 2201189z- 450 991059507010332120220916(CKB)5680000000080829(oapen)https://directory.doabooks.org/handle/20.500.12854/92046(oapen)doab92046(EXLCZ)99568000000008082920202209d2022 |y 0engurmn|---annantxtrdacontentcrdamediacrrdacarrierRemote Sensing of Natural HazardsBasel20221 online resource (314 p.)3-0365-4308-2 3-0365-4307-4 Each year, natural hazards such as earthquakes, cyclones, flooding, landslides, wildfires, avalanches, volcanic eruption, extreme temperatures, storm surges, drought, etc., result in widespread loss of life, livelihood, and critical infrastructure globally. With the unprecedented growth of the human population, largescale development activities, and changes to the natural environment, the frequency and intensity of extreme natural events and consequent impacts are expected to increase in the future.Technological interventions provide essential provisions for the prevention and mitigation of natural hazards. The data obtained through remote sensing systems with varied spatial, spectral, and temporal resolutions particularly provide prospects for furthering knowledge on spatiotemporal patterns and forecasting of natural hazards. The collection of data using earth observation systems has been valuable for alleviating the adverse effects of natural hazards, especially with their near real-time capabilities for tracking extreme natural events. Remote sensing systems from different platforms also serve as an important decision-support tool for devising response strategies, coordinating rescue operations, and making damage and loss estimations.With these in mind, this book seeks original contributions to the advanced applications of remote sensing and geographic information systems (GIS) techniques in understanding various dimensions of natural hazards through new theory, data products, and robust approaches.GeographybicsscResearch and information: generalbicsscABIaerial imageagricultureautomatic landslide detectionBangladeshBRTCARTclimate changeclimate migrantsconvolutional neural networksdamage assessmentdeep learningDhakadigital elevation modeldisaster impactdroughtearthquakeensemble modelsflash floodflood mappingfloodingforest ecosystemsgeohydrological modelgroundwaterice jamice stormInSARInSAR time seriesK-Nearest Neighborland subsidence and reboundland use and land coverlandslidelandslide deformationlandslide susceptibilitylandslideslogistic regressionmachine learning modelsmodified frequency ratioMODISmonitoring and predictionMulti-Layer Perceptronnaive Bayes treenatural hazardsNDVInight-time light dataNUAEOBIAordinal regressionPBAperi-urbanizationpost-disaster recoveryrandom forestRandom Forestrandom forestsrapid mappingremote sensingreservoir water levelSentinel-1sequential estimationsnowmeltsupervised classificationSupport Vector MachineThree Gorges Reservoir area (China)uncertaintyurban growth boundary demarcationvalidationVIIRSGeographyResearch and information: generalAhmed Bayesedt1332322Alam AkhtaredtAhmed BayesothAlam AkhtarothBOOK9910595070103321Remote Sensing of Natural Hazards3040829UNINA