Noname manuscript No. (will be inserted by the editor) An Empirical Evaluation of a Walk-Relax-Round Heuristic for Mixed Integer Convex Programs Kuo-Ling Huang · Sanjay Mehrotra

Source URL: users.iems.northwestern.edu

Sample Exam Questions The following questions are examples of multiple-choice questions across the core competencies, similar to the questions in the BCPE exam. These sample questions are statistically validated. Answers

Source URL: www.bcpe.org

• Usability
• Humancomputer interaction
• Academia
• Engineering
• Ergonomics
• Design
• Technical communication
• Human factors and ergonomics
• Heuristic evaluation
• User interface design
• User-centered design
• Participatory design

I NIVALA, A.-M., SARJAKOSKI, L.T. and T. SARJAKOSKI, 2007. Usability Methods’Familiarity among Map Application Developers. International Journal of Human-Computer Studies, 65 (9): , Elsevier. © 2007, Elsevier

Source URL: lib.tkk.fi

• Usability
• Humancomputer interaction
• Design
• Technical communication
• Technology
• User interfaces
• Software testing
• Heuristic evaluation
• User interface design
• User-centered design
• Usability lab
• User experience design

Heuristic Evaluation Functions for General Game Playing

Source URL: ggp.stanford.edu

• Game artificial intelligence
• Abstract strategy games
• Gaming
• Game theory
• Leisure
• Individual sports
• Detection theory
• Minimax
• Game Description Language
• Computer chess
• Evaluation function
• Go

Conducting Evaluation Studies of Mobile Games with Preschoolers Laila Shoukry, Stefan G¨obel Multimedia Communication Labs - KOM TU Darmstadt, Germany {laila.shoukry, stefan.goebel}@kom.tu-darmstadt.de

Source URL: ceur-ws.org

• Usability
• Humancomputer interaction
• Software testing
• Design
• User interfaces
• Human communication
• Gameplay
• User experience
• Heuristic evaluation
• Think aloud protocol

III NIVALA, A.-M., SARJAKOSKI, L.T., JAKOBSSON, A. and E. KAASINEN, 2003. Usability Evaluation of Topographic Maps in Mobile Devices. Proc. of the 21st International Cartographic Conference, August 10-16, 2003, Durban,

Source URL: lib.tkk.fi

• Usability
• Software
• Humancomputer interaction
• Design
• Software testing
• User interfaces
• Topographic map
• User interface design
• Heuristic evaluation
• Cartography
• Map
• Here

What Works Best When? A Framework for Systematic Heuristic Evaluation Iain Dunning, Swati Gupta, John Silberholz Operations Research Center, Massachusetts Institute of Technology, Cambridge, MA 02139 , sw

Source URL: www.optimization-online.org

• Operations research
• Heuristics
• Mathematics
• Mathematical optimization
• Cognition
• Applied mathematics
• Search algorithms
• Hyper-heuristic
• Travelling salesman problem
• Genetic algorithm
• Algorithm
• Local search

Heuristic Test Planning: Context Model Designed by James Bach, http://www.satisfice.com Copyright (c) 2000, Satisfice, Inc. v1.2

Source URL: satisfice.com

• Software testing
• Statistics
• Test strategy
• Test plan
• Evaluation
• Statistical theory
• Test automation
• Software testing controversies
• Statistical hypothesis testing
• Test Management Approach

User-centered methods are insufficient for safety critical systems Harold Thimbleby Director, Future Interaction Technology Laboratory Swansea University, Wales, SA2 8PP

Source URL: cs.swan.ac.uk

• Humancomputer interaction
• Usability
• User interfaces
• Technical communication
• User experience
• Cognitive walkthrough
• User-centered design
• User interface
• Human factors and ergonomics
• Heuristic evaluation
• Finite-state machine
• Mode

Experimental evaluation of modern variable selection strategies in Constraint Satisfaction Problems Thanasis Balafoutis1 and Kostas Stergiou1 Department of Information & Communication Systems Engineering University of th

Source URL: ceur-ws.org

• Constraint programming
• Operations research
• Constraint satisfaction problem
• Local consistency
• Mathematical optimization
• Heuristic
• Integer programming
• Constraint satisfaction
• Search algorithm
• Local search
• Look-ahead
• Decomposition method