Difference between revisions of "SOCR Events SSC 2015"
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* '''Abstract''': Three of the main challenges in modern science education revolve around improving student motivation, engaging students via hands-on activities, and blending IT, conceptual learning and pedagogical techniques into the modern curriculum. SOCR provides web-based open-access to a suite of data, visualization, statistical, analytical, modeling tools (Java-Applets and HTML5-webapps), as well as learning materials and instructional resources. All SOCR resources (http://SOCR.umich.edu) are open-source, collaboratively developed, multilingual and embrace trans-disciplinary interactions via Cloud services. In this interactive hands-on presentation we will showcase examples of probability calculators, statistics analysis tools, data modeling, visualization, virtual games, simulations and experiments. Attendees are encouraged to bring their laptops (modern Java/JavaScript-enabled browsers and Internet connection are required) to explore and try out different tools during the presentation. | * '''Abstract''': Three of the main challenges in modern science education revolve around improving student motivation, engaging students via hands-on activities, and blending IT, conceptual learning and pedagogical techniques into the modern curriculum. SOCR provides web-based open-access to a suite of data, visualization, statistical, analytical, modeling tools (Java-Applets and HTML5-webapps), as well as learning materials and instructional resources. All SOCR resources (http://SOCR.umich.edu) are open-source, collaboratively developed, multilingual and embrace trans-disciplinary interactions via Cloud services. In this interactive hands-on presentation we will showcase examples of probability calculators, statistics analysis tools, data modeling, visualization, virtual games, simulations and experiments. Attendees are encouraged to bring their laptops (modern Java/JavaScript-enabled browsers and Internet connection are required) to explore and try out different tools during the presentation. | ||
* '''Slides''': [http://wiki.socr.umich.edu/images/d/dd/SSC_SOCR_Overview_2015.pdf PDF slidedeck]. | * '''Slides''': [http://wiki.socr.umich.edu/images/d/dd/SSC_SOCR_Overview_2015.pdf PDF slidedeck]. | ||
| + | * Hands-on Examples: | ||
| + | ** [[SOCR_EduMaterials_Activities_GeneralCentralLimitTheorem | Central Limit Theorem]] | ||
| + | ** [[SOCR_EduMaterials_Activities_LawOfLargeNumbers | Law od Large NUmbers Activity]] | ||
| + | ** [[SOCR_MotionCharts_CAOzoneData | Hands-on California Ozone Data Activity]] | ||
| + | ** [http://socr.ucla.edu/Applets.dir/SOCRCurveFitter.html Polynomial Model Fitting] | ||
| + | ** Stochastic estimation of transcendental numbers: [[SOCR_EduMaterials_Activities_Uniform_E_EstimateExperiment|Natural number ''e'']] and [[SOCR_EduMaterials_Activities_BuffonNeedleExperiment|<math>\pi</math>]] | ||
| + | ** Hands-on [[SOCR_EduMaterials_GamesActivitiesWavelets | Wavelet]] and [[SOCR_EduMaterials_GamesActivitiesFourier | Fourier]] representation and signal denoising | ||
==Advantages of the SOCR IT-Enhanced Blended Instruction Resources== | ==Advantages of the SOCR IT-Enhanced Blended Instruction Resources== | ||
Revision as of 14:34, 15 June 2015
Contents
SOCR News & Events: Statistics Online Computational Resource (SOCR) - An Infrastructure for Technology-enhanced Trans-disciplinary Education
Logistics
- Date/Time: Tuesday June 16, 15:30-16:00, 2E-I5 (Rowe 1011) (SSC Meeting June 14-17, 2015)
- Venue: Dalhousie University, Halifax, NS, Canada
- Room: Rowe 1011
- Conference: 2015 Meeting of the Statistical Society of Canada
- Session:
- eLearning in Statistics – Successes and Opportunities
- Organizer: Bethany White, University of Western Ontario
- Chair: Bruce Dunham (University of British Columbia)
- Equipment: Computer-projector and screen. No computer/laptop, blackboard or whiteboard in session room
- Abstract Submission
Presentation
- Title: Statistics Online Computational Resource (SOCR) - An Infrastructure for Technology-enhanced Trans-disciplinary Education.
- Format: This will be an interactive hands-on presentation. Attendees are strongly encouraged to bring their internet-connected laptops and try all the presented SOCR tools, materials and resources live during the presentation.
- Abstract: Three of the main challenges in modern science education revolve around improving student motivation, engaging students via hands-on activities, and blending IT, conceptual learning and pedagogical techniques into the modern curriculum. SOCR provides web-based open-access to a suite of data, visualization, statistical, analytical, modeling tools (Java-Applets and HTML5-webapps), as well as learning materials and instructional resources. All SOCR resources (http://SOCR.umich.edu) are open-source, collaboratively developed, multilingual and embrace trans-disciplinary interactions via Cloud services. In this interactive hands-on presentation we will showcase examples of probability calculators, statistics analysis tools, data modeling, visualization, virtual games, simulations and experiments. Attendees are encouraged to bring their laptops (modern Java/JavaScript-enabled browsers and Internet connection are required) to explore and try out different tools during the presentation.
- Slides: PDF slidedeck.
- Hands-on Examples:
- Central Limit Theorem
- Law od Large NUmbers Activity
- Hands-on California Ozone Data Activity
- Polynomial Model Fitting
- Stochastic estimation of transcendental numbers: Natural number e and \(\pi\)
- Hands-on Wavelet and Fourier representation and signal denoising
Advantages of the SOCR IT-Enhanced Blended Instruction Resources
The SOCR technology-enhanced blended instruction model to K-12 science-education has the following advantages:
- Multi-lingual support: All materials are auto-translated into 24 different languages;
- Trans-disciplinary: The SOCR learning materials, tools and activities are community-built and cover domain specific and trans-disciplinary topics (e.g., mathematics, statistics, biomedical, and computational);
- Open-access: All SOCR resources are always freely and openly accessible to all (students, teachers and the community) and can be customized for specific curricular needs;
- Blended Instructional Model: the SOCR learning resources blend information technology, open-datasets, scientific techniques and modern pedagogical concepts.
Main SOCR Servers
- University of Michigan: http://socr.umich.edu
- University of California, Los Angeles: http://socr.ucla.edu
Classes of SOCR Resources
- About SOCR: Learn more about the SOCR projects, team, publications, licenses and organization, and discover the broad spectrum of computational and instructional materials.
- Java Applets: A collection of Java applets demonstrating probability, statistics, mathematics and engineering concepts. These include probability calculators, statistics analysis tools, data modeling and visualization, virtual games, simulations and experiments.
- SOCR Books: SOCR Internet-based probability, statistics, applied methods and healthsciences books, including the Probability and Statistics EBook, the Scientific Methods for Health Sciences (SMHS) EBook and other textbooks referencing SOCR resources. The EBooks are community-built, open-access, multilingual, and blend information technology, scientific techniques, modern pedagogical concepts and data-driven demonstrations.
- Navigators: Graphical, keyword and hyperbolic navigators for traversing, discovery and exploration of the variety of SOCR resources.
- Webapps: A collection of portable modern HTML5 Webapps.
- SOCR Publications
Feedback
Please complete this brief (1-page) survey/inquiry form and provide your anonymous comments, ideas and critiques regarding the workshop organization and the presented SOCR materials. The organizers appreciate your time end effort to complete this survey and help us improve our education and training efforts.
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