Daniel D. Leeds

dblp:195/1823 · DBLP profile ↗
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11ranked-venue papers
3as first author
9since 2021 · last 2024
—ORCID · none

Domains — the database's venue-derived domains; a paper can count in several

Applied, interdisciplinary, general and emerging computing · 10 · 3 first-author · 9 since 2021Artificial intelligence and machine learning · 2 · 1 first-author · 1 since 2021Software engineering, systems software and programming languages · 1 · 1 since 2021Databases, data management, data science and information retrieval · 1
YearPublicationVenuePosition
2024 The Construction and Analysis of Course Grades Across Public Universities
Hyun Jeong, Gary Weiss 0001, Audrey Leung, Daniel D. Leeds
EDM4
2023 An Analysis of Grading Patterns in Undergraduate University Courses
abstract
University undergraduate course grades have several purposes: they provide feedback to the student and motivation to perform well; serve as admission criteria for entering a major; and are used as selection criteria for future employers and graduate programs. Accurate assignment of grades is therefore important and critical to ensure fairness. However, grades may also impact the student’s assessment of the instructor, which leads to a conflict of interest when such assessments are a component of employment, salary, or tenure decisions. This paper performs a detailed descriptive analysis of undergraduate grades collected over an eight year period from a major metropolitan university. Interesting grading patterns are identified and discussed, and the analysis suggests that grading policies vary substantially at the department, course, and instructor level. A connection is observed between course/department enrollment and average grades assigned. A particular focus of this study involves describing the grading behavior of instructors, with the goal of identifying instructors that assign grades that are statistically far above or below the norm. The analysis performed in this study can be applied to grade data from other universities using our publicly available Python-based analytics tool. The results of these analyses can be used to better understand existing grading policies, identify potential sources of grading inequities, and, when appropriate, take corrective action.
Gary Weiss 0001, Luisa A. L. Rosa, Hyun Jeong, Daniel D. Leeds
COMPSAC4
2022 Assessing Instructor Effectiveness Based on Future Student Performance
Gary Weiss 0001, Erik Brown, Michael Riad-Zaky, Ruby Iannone, Daniel D. Leeds
EDM5
2022 The Impact of Semester Gaps on Student Grades
Gary Weiss 0001, Joseph Denham, Daniel D. Leeds
EDM3
2022 Generalized Sequential Pattern Mining of Undergraduate Courses
Daniel D. Leeds, Cody Chen, Fiza Metla, James Guest, Gary Weiss 0001
EDM1
2021 Identifying local cognitive representations in the brain across age spans through voxel searchlights and representational similarity analysis
Laura G. Reno, Christian G. Habeck, Yaakov Stern, Daniel D. Leeds
CogSci4
2021 Identifying Hubs in Undergraduate Course Networks Based on Scaled Co-Enrollments
Gary Weiss 0001, Karla Dominguez, Daniel D. Leeds
EDM4
2021 Measuring the Academic Impact of Course Sequencing using Student Grade Data
Tess Gutenbrunner, Daniel D. Leeds, Spencer Ross, Michael Riad-Zaky, Gary Weiss 0001
EDM2
2021 Mining Course Groupings based on Academic Performance
Daniel D. Leeds, Gary Weiss 0001
EDM1
2020 A College Major Recommendation System
abstract
College students are required to select a major but are often provided with only a modest amount of support in making this important decision. A poor decision is detrimental to the student, since it may result in the student later switching to a different major with a delay in graduation—or even result in the student leaving the university. This also impacts the university since time to graduation and retention rate are used to evaluate the quality of a university. There is a general lack of research on recommender systems for college majors, with the most relevant systems focusing on course-level recommendations. This study describes and evaluates a recommender system for selecting an undergraduate major, utilizing nine years of historical student data from a large university. The system bases its recommendations on the courses that the student takes in the first few years of college, and how well they performed in these courses. The system is designed to recommend majors that the student is likely to be interested in and will perform well in. Recommendations are evaluated based on the likelihood that the student's actual major was in the top five recommended majors, and whether the student performed above average in that major. The recommendation system dramatically outperforms the baseline strategy of randomly selecting a major, and when the recommendation is followed the student is 12% more likely to perform above average in the major.
Samuel A. Stein, Gary Weiss 0001, Daniel D. Leeds
RecSys4
2016 Single-kernel models of single-voxel visual selectivities in convolution neural networks
Daniel D. Leeds, Ivan Iotzov
CogSci1