Search results for " forecasting"

showing 10 items of 163 documents

Electricity load forecasting for Urban area using weather forecast information

2016

The global demand for energy is increasing daily with the expansion of energy infrastructure and the addition of new appliances. Efficient Energy Management System (EMS) is the need of the day. All residential and commercial buildings can achieve better energy efficiency and consumption with the use of EMS. Load forecasting is one of the methods to enable EMS to work efficiently. The accuracy of load forecast depends on many factors. The load forecast model must consider the weather forecast for the region in developing an accurate forecast. This paper develops Artificial Neural Network (ANN) and Bagged Regression Trees to generate and predicted load forecast in Urban area using Meteorologi…

geographyEngineeringgeography.geographical_feature_categoryArtificial neural networkOperations researchbusiness.industryEnergy management020209 energyWeather forecasting02 engineering and technologyUrban areacomputer.software_genreSmart gridManagement system0202 electrical engineering electronic engineering information engineeringElectricitybusinesscomputerEfficient energy use2016 IEEE International Conference on Power and Renewable Energy (ICPRE)
researchProduct

Urban drainage and sustainable cities: how to achieve flood resilient societies?

2012

This paper tries to describe the main developments of urban flood forecasting and modelling. Currently, several new technologies are available for flood monitoring, modelling and mitigation and several paradigms suggest the adoption of greener approaches to urban storm water management. These tools and new approaches can be easily adaptable to new developments where the entire urban drainage system can be suited to follow a more sustainable way to drain storm water. The challenge for the future is instead aimed to apply this new philosophy to existing urban areas where the application of new tools and technologies requires high costs and such approaches have to be prepared by constructing a…

geographygeography.geographical_feature_categoryFlood mythEmerging technologiesurban flooding storm water management urban drainage modelling flood mitigationFlood forecastingStormwaterCivil engineeringStorm water managementEnvironmental scienceFlood mitigationDrainageEnvironmental planningDrainage system (agriculture)
researchProduct

G-CLASS: geosynchronous radar for water cycle science – orbit selection and system design

2019

The mission geosynchronous – continental land atmosphere sensing system (G-CLASS) is designed to study thediurnal water cycle, using geosynchronous radar. Although the water cycle is vital to human society, processes on timescalesless than a day are very poorly observed from space. G-CLASS, using C-band geosynchronous radar, could transform this. Itsscience objectives address intense storms and high resolution weather prediction, and significant diurnal processes such assnow melt and soil moisture change, with societal impacts including agriculture, water resource management, flooding, andlandslides. Secondary objectives relate to ground motion observations for earthquake, volcano, and subs…

geosynchronous protected regionscience objectives010504 meteorology & atmospheric sciencesgeosynchronous satellite0211 other engineering and technologiesc-band geosynchronous radar02 engineering and technologycomputer.software_genre01 natural scienceslaw.inventionsubsidence monitoringRadar meteorologystandard small geosynchronous satellitelawground motion observationsRadarWater cycleweather forecastingagriculturelandslidesAtmospheric techniquesRadar remote sensing[SDE.IE]Environmental Sciences/Environmental EngineeringRadarmeteorologiaGeneral EngineeringGeosynchronous orbitintense stormsGeosynchronous SARHydrological techniquessocietal impactswater cycle sciencegeosynchronous orbitflexible imaging modessize 20.0 mhigh temporal resolution imaging:Enginyeria de la telecomunicació::Radiocomunicació i exploració electromagnètica::Radar [Àrees temàtiques de la UPC]Weather forecastingEnergy Engineering and Power Technologyatmospheric techniques[SDU.STU.ME]Sciences of the Universe [physics]/Earth Sciences/MeteorologyLatitudeWeather forecastinggeosynchronous radar; water cyclefloodingsoil moisture changewater resource managementcontinental land atmosphere sensing system[SDU.STU.HY]Sciences of the Universe [physics]/Earth Sciences/HydrologyMeteorological radar021101 geological & geomatics engineering0105 earth and related environmental sciencesRemote sensingStormhuman societyorbit selectionmission geosynchronousmeteorological radarsignificant diurnal processesvolcano13. Climate actionlcsh:TA1-2040SnowmeltearthquakeEnvironmental scienceSystems designsnow melthydrological techniquesdiurnal water cyclehigh resolution weather predictionesa earth explorerlcsh:Engineering (General). Civil engineering (General)computerSoftwareg-class system design
researchProduct

Coupled seismogenic geohazards in Alpine regions

2012

COupled seismogenic GEohazards in Alpine Regions (COGEAR) is an interdisciplinary natural hazard project investigating the hazard chain induced by earthquakes. It addresses tectonic processes and the related variability of seismicity in space and time, earthquake forecasting and short-term precursors, and strong ground motion as a result of source and complex path effects. We study non-linear wave propagation phenomena, liquefaction and triggering of landslides in soil and rock, as well as earthquake-induced snow avalanches. The Valais, and in particular parts of the Rhone, Visper, and Matter valleys have been selected as study areas. Tasks include detailed field investigations, development…

landslidesseismic ground motionLandslidenon-linear phenomenaearthquake precursorsOceanographyEarthquake precursorGeophysicearthquakeforecastingEarthquake forecastingSwitzerland
researchProduct

Potential of historical meteorological and hydrological data for the reconstruction of historical flood events – the example of the 1882 flood in sou…

2009

Abstract. This paper presents a hydrometeorological reconstruction of the flood triggering meteorological situation and the simulation of discharges of the flood event of December 1882 in the Neckar catchment in Baden-Württemberg (southwest Germany). The course of the 1882 flood event in the Neckar catchment in southwest Germany and the weather conditions which led to this flood were reconstructed by evaluating the information from various historical sources. From these historical data, daily input data sets were derived for run-off modeling. For the determination of the precipitation pattern at the end of December 1882, the sparse historical data were modified by using a similar modern day…

lcsh:GE1-350geographygeography.geographical_feature_categoryFlood mythlcsh:QE1-996.5Flood forecastinglcsh:Geography. Anthropology. RecreationDrainage basinlcsh:TD1-1066lcsh:GeologyHydrology (agriculture)lcsh:GClimatologyGeneral Earth and Planetary SciencesEnvironmental scienceHydrometeorologyPrecipitationlcsh:Environmental technology. Sanitary engineeringSurface runofflcsh:Environmental sciencesHistorical recordNatural Hazards and Earth System Sciences
researchProduct

Modelización de riesgos climáticos y sistemas de vigilancia y alerta en la Comunitat Valenciana

2013

El primer objetivo de esta Tesis está relacionado con el desarrollo e implementación de diferentes sistemas de vigilancia y alerta para el territorio de la Comunitat Valenciana: un sistema de predicción meteorológica en tiempo real basado en el modelo atmosférico de mesoescala Regional Atmospheric Modeling System (RAMS) y un sistema de previsión del Índice UV (UVI), basado en el modelo Santa Barbara DISORT Atmospheric Radiative Transfer (SBDART). Además, se propone una metodología que proporciona un entorno computacional adecuado para la administración y coordinación de los diferentes procesos implicados en ambos sistemas de vigilancia. La principal mejora de la predicción UVI es la utiliza…

modelización numéricaoperational forecastingclimate risk:MATEMÁTICAS::Ciencia de los ordenadores [UNESCO]:CIENCIAS DE LA TIERRA Y DEL ESPACIO::Meteorología [UNESCO]UNESCO::CIENCIAS DE LA TIERRA Y DEL ESPACIO::Meteorologíaprogramming languagesUNESCO::MATEMÁTICAS::Ciencia de los ordenadoresconvective parameterization schemesUV IndexSBDART modelparametrización convectivaUNESCO::CIENCIAS DE LA TIERRA Y DEL ESPACIO::Climatología:CIENCIAS DE LA TIERRA Y DEL ESPACIO::Ciencias de la atmósfera [UNESCO]monitorización de procesosradiación eritemáticameteorología mesoscalar:CIENCIAS DE LA TIERRA Y DEL ESPACIO::Climatología [UNESCO]erythemal radiationmesoscale modelingheavy rain eventsnumerical modelingnatural hazardssistemas de vigilancia y alertaRAMS modelprecipitaciones intensasriesgos climáticosflash floodUNESCO::CIENCIAS DE LA TIERRA Y DEL ESPACIO::Ciencias de la atmósfera
researchProduct

Suite of Statistical Models Forecasting Latvian GDP

2014

Abstract We develop a suite of statistical models to forecast Latvian GDP. We employ various univariate and multivariate econometric techniques to obtain short-term GDP projections and to assess the performance of the models. We also comprise the information contained in components of GDP and obtain short-term GDP projections from disaggregated perspective. We run out-of-sample forecasting procedures to evaluate GDP projections and to assess forecasting accuracy of all individual statistical models. We conclude that factor and bridge models are among the best individually performing models in the suite. Forecasting accuracy obtained using disaggregated models of factor and bridge models is …

out-of-sample forecastingMultivariate statisticsSuiteUnivariatereal-time estimationLatvianStatistical modellanguage.human_languageStatisticsforecast combinationlanguageEconomicsEconometricsGeneral Materials Sciencedisaggregated approachProcedia - Social and Behavioral Sciences
researchProduct

Economic policy uncertainty effects for forecasting future real economic activity

2018

Recently introduced measures for Economic Policy Uncertainty (EPU) included in the data from 1997 - 2016 have a role in forecasting out-of-sample values for the future real economic activity for both the euro area and the UK economies. The inclusion of EPU measures, either for the US, the UK or for overall European economies, improves the forecasting ability of models based on standard financial market information, especially for the period before the 2008 global crisis. However, during and after the crisis period, the slope of the yield curve and excess stock market returns improves the out-of-sample forecast performance the most compared to an AR-benchmark model. Hence, the EPU informatio…

rahoitusmarkkinatEconomics and EconometricsaikasarjatEconomic policyEconomic indicator0502 economics and businessEconomicsBusiness cyclefinancial markets050207 economicsuncertaintytalousindikaattoritta511050208 financeleading indicators05 social sciencesFinancial marketmacroeconomic forecastingtaloudelliset ennusteetepävarmuusMacroeconomic forecastingStock marketYield curvetime seriesReal economyEconomic Systems
researchProduct

Comment améliorer la prévision des ventes pour le marketing ? Les apports de la théorie du chaos

2013

La littérature en marketing constate un décalage entre les avancées réalisées par les chercheurs qui développent de nouvelles méthodes de prévision des ventes, et l'usage massif de méthodes traditionnelles reposant sur l'hypothèse de linéarité des processus analysés. Cette recherche expose la contribution potentielle de la théorie du chaos à l'amélioration de la prévision des ventes. Une illustration de ces apports est proposée avec une application à la prévision des ventes de consoles de jeux vidéo au Japon. Les résultats mettent en évidence la capacité de la méthode proposée à détecter la présence de chaos dans la série et montrent la possibilité de préciser l'horizon de prévisibilité des…

séries chronologiques Sales forecasting[SHS.STAT] Humanities and Social Sciences/Methods and statisticschaos theorythéorie du chaostime series[SHS.GESTION] Humanities and Social Sciences/Business administrationPrévision des ventes
researchProduct

Qualitative analysis of housing demand using Google trends data

2019

Big data analytics often refer to the breakdown of huge amounts of data into a more readable and useful format. This study utilises Google Trends big data as a proxy for an analysis of housing demand. We employ a qualitative method (fuzzy set/Qualitative Comparative Analysis, fsQCA), instead of a quantitative method, for our estimate and forecast. The empirical results show that fsQCA successfully forecasts seasonal time series, even though the dataset is small in size. Our findings fill the gap in the qualitative and time series forecasting literature, and the forecasting procedure herein also offers a good standard for industry.

time series modelshousing demandEconomics and Econometricsbusiness.industryComputer scienceSèries temporals AnàlisiBig datalcsh:Regional economics. Space in economicsData sciencelcsh:HD72-88lcsh:HT388Proxy (climate)lcsh:Economic growth development planningQualitative analysisTime series models; qualitative forecasting; housing demandbusinessqualitative forecastingEconomic Research-Ekonomska Istraživanja
researchProduct