The goal of the Collaborative is to leverage federal funds to strategically reduce emissions from the most polluting diesel sources in impacted communities. The Collaborative seeks to improve air quality and public healt

Source URL: www.westcoastcollaborative.org

• Petroleum products
• Air dispersion modeling
• Environment of California
• Atmosphere
• Environment
• Ultra-low-sulfur diesel
• Emission standard
• California Air Resources Board
• Carl Moyer Memorial Air Quality Standards Attainment Program
• Air pollution in California
• Atmospheric sciences
• Air pollution

The goal of the West Coast Collaborative is to leverage federal funds to strategically reduce emissions from the most polluting diesel sources in impacted communities. The Collaborative seeks to improve air quality and p

Source URL: www.westcoastcollaborative.org

• Air pollution
• Air dispersion modeling
• Petroleum products
• Diesel Emissions Reduction Act
• Diesel engines
• Black carbon
• United States emission standards
• Emission standard
• Ultra-low-sulfur diesel
• Environment
• Earth
• Atmosphere

User Needs Assessment Goal: To learn about users, their tasks and context in order to use this information in design. Steps: User identification:

Source URL: glcf.umd.edu

• Industrial engineering
• Systems psychology
• Technology
• Design
• Workflow
• Business
• User
• Needs analysis
• Actor modeling
• Human–computer interaction
• Usability
• Ergonomics

Overview of the Goal Evaluation Modeling System Methodology and Dat

Source URL: www.epa.gov

• Energy
• Ethanol fuel
• Carbon finance
• Greenhouse gas emissions by the United States
• Prospective Outlook on Long-term Energy Systems
• Energy Information Administration
• Energy in the United States
• Energy economics

Combustion Energy Frontier Research Center Chung K. Law (Princeton University) Overarching Goal The development of a validated, predictive, multi-scale combustion modeling capability to optimize the

Source URL: science.energy.gov

Goal, Structure and Outcome of the Riparian Modeling IFS – Technical Team Meetings April 29-30, 2014 GOAL: Similar to the November 2013 IFS-TT meeting, this Riparian IFS-TT meeting is intended to (1) provide a forum to

Source URL: www.susitna-watanahydro.org

• Hydrology
• Physical geography
• Hydraulic engineering
• Habitats
• Rivers
• Riparian zone
• Geomorphology
• Groundwater
• Water
• Earth
• Environment

Achieving Better Sensitivity, Smaller Size, Lower Cost, & Lower Power Use Objective Our goal is to develop the scientific expertise needed to allow modeling and simulation to become the driving force in improving

Source URL: www.nist.gov

• Measuring instruments
• Magnetometers
• Spintronics
• Magnet
• Tunnel magnetoresistance
• Electromagnetism
• Physics
• Magnetism

IFS-TT: Riverine Modeling Proof of Concept Meetings Goals, Structure, and Outcome April 15, 16 and 17, 2014 GOAL: This IFS-TT Proof of Concept (POC) meeting is a follow-up to the November 13-15, 2013 IFS-TT

Source URL: www.susitna-watanahydro.org

ReEDS Modeling of the President’s 2020 U.S. Renewable Electricity Generation Goal

Source URL: www.nrel.gov

• Battelle Memorial Institute
• Golden
• Colorado
• National Renewable Energy Laboratory
• United States Department of Energy National Laboratories
• Energy economics
• Renewable energy
• Solar power
• Photovoltaics
• Sustainable energy
• Energy
• Technology
• Low-carbon economy

4. Process Modeling 4. Process Modeling The goal for this chapter is to present the background and specific analysis techniques needed to construct a statistical model that describes a particular scientific or engineeri

Source URL: www.itl.nist.gov

• Regression model validation
• Linear regression
• Design of experiments
• Least squares
• Statistical model
• Data analysis
• Process modeling
• Polynomial and rational function modeling
• Response surface methodology
• Statistics
• Regression analysis
• Local regression