Statistical Forecast of the 2001 Western Wildfire Season Using Principal Components Regression contributed by Anthony L. Westerling1, Daniel R. Cayan1,2, Alexander Gershunov1, Michael D. Dettinger2 and Timothy Brown3 1

First Page		Document Content
Date: 2009-09-24 14:04:49 Prediction Statistical forecasting Statistics Statistical inference Regression analysis Ecological succession Occupational safety and health Wildfire Forecasting Forecast skill FORECAST Linear regression		Statistical Forecast of the 2001 Western Wildfire Season Using Principal Components Regression contributed by Anthony L. Westerling1, Daniel R. Cayan1,2, Alexander Gershunov1, Michael D. Dettinger2 and Timothy Brown3 1 Add to Reading List Source URL: ulmo.ucmerced.edu Download Document from Source Website File Size: 163,82 KB Share Document on Facebook

	Trading Bitcoin and Online Time Series Prediction Muhammad J Amjad Operations Research Center DocID: 1xVYr - View Document
	Differentially Private, Bounded-Loss Prediction Markets Bo Waggoner UPenn→Microsoft with Rafael Frongillo DocID: 1xVMo - View Document
	LevPredict A fully collateralized decentralised Ethereum-based binary and multi-category prediction market model Leverj.io V0.3 April 26, 2018 Scope DocID: 1xVwv - View Document
	An important note for Faculty, student RAs, and Technical Staff (e.g., lab managers or programmers) RE: confidentiality and information exposure There will be prediction markets operating in April forecasting th DocID: 1xVwe - View Document
	Hierarchy-Based Link Prediction in Knowledge Graphs DocID: 1xVmk - View Document