Homework 1: Galaxy Classification 1) List your criteria for classifying galaxies. Be as detailed as possible, for example instead of “shape” say “degree of ellipticity”. 2) Describe your classification scheme. I

Source URL: bahamut.sese.asu.edu

• Citizen science
• Galaxy Zoo
• Human-based computation
• Open science
• Dwarf elliptical galaxy
• Galaxy
• Extragalactic astronomy
• Hubble sequence
• Galaxy morphological classification

Homework 1: Galaxy Classification 1) List your criteria for classifying galaxies. Be as detailed as possible, for example instead of “shape” say “degree of ellipticity”. 2) Describe your classification scheme. I

Source URL: bahamut.sese.asu.edu

• Citizen science
• Galaxy Zoo
• Human-based computation
• Open science
• Dwarf elliptical galaxy
• Galaxy
• Extragalactic astronomy
• Hubble sequence
• Galaxy morphological classification

Web-Scale Workflow Editor: Schahram Dustdar • Quality Control in Crowdsourcing Systems

Source URL: www.infosys.tuwien.ac.at

• Human-based computation
• Crowdsourcing
• Social information processing
• Web services
• Amazon Mechanical Turk
• Workflow
• Internet
• Crowdsourcing software development

Avoiding the South Side and the Suburbs: The Geography of Mobile Crowdsourcing Markets Jacob Thebault-Spieker GroupLens Research University of Minnesota

Source URL: jacob.thebault-spieker.com

• Economy
• Human-based computation
• Crowdsourcing
• Business
• Education
• Sharing economy
• TaskRabbit
• Outsourcing
• Educational technology
• Citizen science

Transfer of Evolved Pattern-Based Heuristics in Games Erkin Bahc¸eci and Risto Miikkulainen Abstract— Learning is key to achieving human-level intelligence. Transferring knowledge that is learned on one task to anothe

Source URL: www.csse.uwa.edu.au

• Artificial neural networks
• Evolutionary algorithms
• Applied mathematics
• Artificial intelligence
• Machine learning
• Evolutionary computation
• Genetic algorithms
• Computational statistics
• Neuroevolution
• HyperNEAT
• Compositional pattern-producing network
• Pattern recognition

Chapter appearing in Flecker, J. (edSpace, place and global digital work. London: Palgrave-Macmillan. Algorithms That Divide and Unite: Delocalization, Identity, and Collective Action in ‘Microwork’ Vili Le

Source URL: vili.lehdonvirta.com

• Economy
• Human-based computation
• Crowdsourcing
• Social information processing
• Web services
• Business
• Computing
• Digital labor
• Amazon Mechanical Turk
• Microwork
• Outsourcing

CONFERENCE TOPICS OPEN DATA & TOOLS CITIZEN SCIENCE

Source URL: eoopenscience.esa.int

• European Space Agency
• Citizen science
• Crowdsourcing
• Human-based computation
• Science
• ESA Centre for Earth Observation
• Open science
• Academia
• Science and technology
• Knowledge

R in Databases Foundations and Trends Vol. 6, No–161 c 2015 A. Marcus and A. Parameswaran

Source URL: data-people.cs.illinois.edu

• Crowdsourcing
• Human-based computation
• Web 2.0
• CrowdFlower
• Algorithm
• Computing
• Economy
• Crowdsourcing software development
• Government crowdsourcing

Cite as: Lukyanenko, R. and Parsons JBeyond Task-Based Crowdsourcing Database Research. AAAI Conference on Human Computation & Crowdsourcing (AAAI HCOMP), San Diego, CA. Beyond Task-Based Crowdsourcing Database

Source URL: www.humancomputation.com

Lydia B. Chilton Research Statement I build hybrid human-computer systems that combine the strengths of human and machine intelligence to solve problems that neither one could solve independently. People have innate prob

Source URL: hmslydia.com

• Theoretical computer science
• Computer programming
• Software engineering
• Operations research
• Mathematics
• Crowdsourcing
• Algorithm
• Human-based computation
• Mathematical optimization
• Humancomputer interaction
• Problem solving
• Recursion