2007 |
14 | EE | Joe Bergin,
Michael J. Clancy,
Don Slater,
Michael Goldweber,
David B. Levine:
Day one of the objects-first first course: what to do.
SIGCSE 2007: 264-265 |
2006 |
13 | EE | David B. Levine,
Henry MacKay Walker:
XP practices applied to grading.
SIGCSE 2006: 173-177 |
2005 |
12 | EE | Nick Parlante,
David B. Levine,
Steven K. Andrianoff,
Aaron J. Gordon,
Alyce Brady,
Pamela A. Cutter,
Paul Kube,
Jefferson Ng,
Richard E. Pattis:
Nifty assignment.
SIGCSE 2005: 371-372 |
2004 |
11 | EE | Steven K. Andrianoff,
Dalton Hunkins,
David B. Levine:
Adding objects to the traditional ACM programming contest.
SIGCSE 2004: 105-109 |
2003 |
10 | EE | Steven K. Andrianoff,
David B. Levine,
Stephen D. Gewand,
Greta A. Heissenberger:
A testing-based framework for programming contests.
OOPSLA Workshop on Eclipse Technology eXchange 2003: 94-98 |
9 | EE | Dalton Hunkins,
David B. Levine:
The science of images: a cross-disciplinary introduction to the field of 3-D computer graphics.
SIGGRAPH Educators Program 2003 |
2002 |
8 | EE | Steven K. Andrianoff,
David B. Levine:
Role playing in an object-oriented world.
SIGCSE 2002: 121-125 |
7 | EE | Nick Parlante,
John K. Estell,
David Reed,
David B. Levine,
Daniel D. Garcia,
Julie Zelenski:
Nifty assignments.
SIGCSE 2002: 319-320 |
6 | EE | Dalton Hunkins,
David B. Levine:
Additional rich resources for computer graphics educators.
Computers & Graphics 26(4): 609-614 (2002) |
2001 |
5 | EE | Robert M. Harlan,
David B. Levine,
Shelley McClarigan:
The Khepera robot and the kRobot class: a platform for introducing robotics in the undergraduate curriculum.
SIGCSE 2001: 105-109 |
1993 |
4 | EE | David B. Levine:
Dealing with different levels of abstraction in a data structures course.
SIGCSE 1993: 261-264 |
3 | | Jon Louis Bentley,
Kenneth L. Clarkson,
David B. Levine:
Fast Linear Expected-Time Algorithms for Computing Maxima and Convex Hulls.
Algorithmica 9(2): 168-183 (1993) |
1990 |
2 | EE | Charles M. Shub,
Owen L. Astrachan,
David B. Levine,
Stuart Reges,
Henry MacKay Walker:
Faster, fairer, and more consistent grading, using techniques from the Advanced Placement reading (panel session).
SIGCSE 1990: 266 |
1 | | Jon Louis Bentley,
Kenneth L. Clarkson,
David B. Levine:
Fast Linear Expected-Time Algorithms for Computing Maxima and Convex Hulls.
SODA 1990: 179-187 |