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Displaying 1 - 12 of 12
Author: McColeman, Caitlyn, Author: Barnes, Jordan I. , Author: Chen, Lihan , Author: Meier, Kimberly M. , Author: Walshe, R. Calen , Author: Blair, Mark R.
Date created: 2014-01-31
A four category, 3 binary valued feature experiment with feedback contingent on not having reached a criterion point. 72 transfer trials post CP.Visit the lab web page for more information on lab projects, and for contact information.
Author: Chen, Lihan, Author: Meier, Kimberly M., Author: Blair, Mark R., Author: Watson, Marcus R., Author: Wood, Michael J.
Date created: 2010-01-01
A two category, 3 continuous valued feature experiment with rule vs information integration based manipulation.Visit the lab web page for more information on lab projects, and for contact information.
Author: Blair, Mark R., Author: Chen, Lihan, Author: Meier, Kimberly M., Author: Wood, Michael J., Author: Watson, Marcus R., Author: Wong, Ulric
Date created: 2009-01-01
A two category, 3 binary valued feature experiment with a speed vs. accuracy manipulation.Visit the lab web page for more information on lab projects, and for contact information.
Author: McColeman, Caitlyn, Author: Ancell, Aaron, Author: Blair, Mark R.
Date created: 2011-01-01
A four category, 3 binary valued feature experiment with 3 levels of feedback validity - 100%, 80%, 60%.Visit the lab web page for more information on lab projects, and for contact information.
Author: McColeman, Caitlyn, Author: Ancell, Aaron, Author: Blair, Mark R.
Date created: 2011-01-01
A four category, 3 continuous valued feature experiment with rule vs information integration based manipulation.Visit the lab web page for more information on lab projects, and for contact information.
Author: Chen, Lihan, Author: Meier, Kimberly M., Author: Blair, Mark R., Author: Watson, Marcus R., Author: Wood, Michael J.
Date created: 2009-06
Author: Barnes, Jordan, Author: Blair, Mark R., Author: Walshe, R. Calen , Author: Tupper, Paul F.
Date created: 2022-03-17
Author: Thompson, Joseph J., Author: McColeman, Caitlyn, Author: Blair, Mark R., Author: Henrey, Andrew J.
Date created: 2019-06-13
Author: Omirbekova, Aigerim (Ayoka), Author: Chen, Emily, Author: Kim, Jeongwon (Julia), Author: Nishi-Beckingham, Kira, Author: Puri, Sheetal, Author: Life Automation
Date created: 2021-04
Author: Omirbekova, Aigerim (Ayoka), Author: Chen, Emily, Author: Kim, Jeongwon (Julia), Author: Nishi-Beckingham, Kira, Author: Puri, Sheetal, Author: Life Automation
Date created: 2021-04
Author: Omirbekova, Aigerim (Ayoka), Author: Chen, Emily, Author: Kim, Jeongwon (Julia), Author: Nishi-Beckingham, Kira, Author: Puri, Sheetal, Author: Life Automation
Date created: 2021-04
Undergraduate Engineering students are required to complete a group-based, two-course capstone sequence: ENSC 405W and ENSC 440. These capstone projects ask groups to create an innovative product that can act as a solution to a real-life problem. Students are required to submit a number of assignments as part of ENSC 405W (proposal, design specifications, requirements specifications, and a proof of concept) before actually building and testing the product in ENSC 440.
Author: Omirbekova, Aigerim (Ayoka), Author: Chen, Emily, Author: Kim, Jeongwon (Julia), Author: Nishi-Beckingham, Kira, Author: Puri, Sheetal, Author: Life Automation
Date created: 2021-04