From bc6ca1fc5cb6c1709d425354165b41a0c5235b05 Mon Sep 17 00:00:00 2001 From: Charlotte Van Petegem Date: Thu, 1 Feb 2024 11:49:30 +0100 Subject: [PATCH] Newline management --- book.org | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/book.org b/book.org index 54e4a30..7d10c1b 100644 --- a/book.org +++ b/book.org @@ -562,9 +562,11 @@ If this is the case, we individually address these students to point them again Tests and exams, on the other hand, are taken on-campus under human surveillance and allow no communication with fellow students or other persons (and more recently, also no generative AI). Students can work on their personal computers and get exactly two hours to solve two programming assignments during a test, and three hours and thirty minutes to solve three programming assignments during an exam. + Tests and exams are "open book/open Internet", so any hard copy and digital resources can be consulted while solving test or exam assignments. Students are instructed that they can only be passive users of the Internet: all information available on the Internet at the start of a test or exam can be consulted, but no new information can be added. When taking over code fragments from the Internet, students have to add a proper citation as a comment in their submitted source code. + After each test and exam, we again use MOSS/Dolos to detect and inspect highly similar code snippets among submitted solutions and to find convincing evidence they result from exchange of code or other forms of interpersonal communication (Figure\nbsp{}[[fig:usefweplagiarism]]). If we catalogue cases as plagiarism beyond reasonable doubt, the examination board is informed to take further action\nbsp{}[cite:@maertensDolosLanguageagnosticPlagiarism2022]. @@ -1719,7 +1721,6 @@ We discuss the results in terms of accuracy, potential for early detection, and #+NAME: fig:passfailsgdresults [[./images/passfailsgdresults.png]] - #+CAPTION: Performance of logistic regression classifiers for pass/fail predictions in a longitudinal sequence of snapshots from courses A (all features and reduced set of features) and B, measured by balanced accuracy and F_1-score. #+CAPTION: Dots represent performance of a single prediction, with 12 predictions for each group of corresponding snapshots (columns). #+CAPTION: Solid line connects averages of the performances for each group of corresponding snapshots. @@ -2154,7 +2155,6 @@ These automated assessment systems provide feedback on correctness, and can prov In many educational practices, automated assessment is therefore supplemented with manual feedback, especially when grading evaluations or exams. This requires a large time investment from teachers. - Others have therefore tried to improve the process of giving feedback using AI. [cite/t:@vittoriniAIBasedSystemFormative2021] automated grading using natural language processing, and found that students who used this system during the semester were more likely to pass the course at the end of the semester. Others have used AI to enable students to conduct peer and self-evaluation\nbsp{}[cite:@leeSupportingStudentsGeneration2023].