Estimating Block Accessses when Attributes are Correlated. - Brad T. Vander Zanden; Howard M. Taylor; Dina Bitton (VLDB, 1986)

A general framework for computing block accesses. - Brad T. Vander Zanden; Howard M. Taylor; Dina Bitton (Inf. Syst., 1987)

Constraint grammars-a new model for specifying graphical applications. - Bradley T. Vander Zanden (CHI, 1989)

Creating graphical interactive application objects by demonstration. - Brad A. Myers; Brad T. Vander Zanden; Roger B. Dannenberg (UIST, 1989)

Attribute Grammars in Constraint-based Graphics Systems. - Lee Alton Barford; Brad T. Vander Zanden (Softw. Pract. Exp., 1989)

Incremental Constraint Satisfaction & its Application to Graphical Interface. - Bradley T. Vander Zanden (1989)

Automatic, look-and-feel independent dialog creation for graphical user interfaces. - Brad T. Vander Zanden; Brad A. Myers (CHI, 1990)

Garnet: Comprehensive Support for Graphical, Highly Interactive User Interfaces. - Brad A. Myers; Dario A. Giuse; Roger B. Dannenberg; Brad T. Vander Zanden; David S. Kosbie; Edward Pervin; Andrew Mickish; Philippe Marchal (Computer, 1990)

A Linear-Time Probabilistic Counting Algorithm for Database Applications. - Kyu-Young Whang; Brad T. Vander Zanden; Howard M. Taylor (ACM Trans. Database Syst., 1990)

The Lapidary graphical interface design tool. - Brad T. Vander Zanden; Brad A. Myers (CHI, 1991)

The importance of pointer variables in constraint models. - Bradley T. Vander Zanden; Brad A. Myers; Dario A. Giuse; Pedro A. Szekely (UIST, 1991)

Declarative Programming in a Prototype-Instance System: Object-Oriented Programming Without Writing Methods. - Brad A. Myers; Dario A. Giuse; Brad T. Vander Zanden (OOPSLA, 1992)

Lapidary: an interactive design tool (abstract). - Brad T. Vander Zanden (OOPSLA Addendum, 1992)

Environment for rapidly creating interactive design tools. - Brad A. Myers; Brad T. Vander Zanden (Vis. Comput., 1992)

The garnet user interface development environment. - Brad A. Myers; Dario A. Giuse; Andrew Mickish; Brad T. Vander Zanden; David S. Kosbie; Richard G. McDaniel; James A. Landay; Matthews Golderg; Rajan Pathasarathy (CHI Conference Companion, 1994)

Optimizing Toolkit-generated Graphical Interfaces. - Brad T. Vander Zanden (ACM Symposium on User Interface Software and Technology, 1994)

Integrating Pointer Variables into One-Way Constraint Models. - Brad T. Vander Zanden; Brad A. Myers; Dario A. Giuse; Pedro A. Szekely (ACM Trans. Comput. Hum. Interact., 1994)

Demonstrational and Constraint-Based Techniques for Pictorially Specifying Application Objects and Boundaries. - Brad T. Vander Zanden; Brad A. Myers (ACM Trans. Comput. Hum. Interact., 1995)

An Empirical Study of Constraint Usage in Graphical Applications. - Brad T. Vander Zanden; Scott A. Venckus (ACM Symposium on User Interface Software and Technology, 1996)

An Incremental Algorithm for Satisfying Hierarchies of Multiway Dataflow Constraints. - Brad T. Vander Zanden (ACM Trans. Program. Lang. Syst., 1996)

Parallelization of the Hoshen-Kopelman Algorithm Using a Finite State Machine. - Jeffrey M. Constantin; Michael W. Berry; Bradley T. Vander Zanden (Int. J. High Perform. Comput. Appl., 1997)

The Whiteboard Environment: An Electronic Sketchpad for Data Structure Design and Algorithm Description. - David R. Brown; Brad T. Vander Zanden (VL, 1998)

Reducing the Storage Requirements of Constraint Dataflow Graphs. - Brad T. Vander Zanden; Richard L. Halterman (ACM Symposium on User Interface Software and Technology, 1999)

New visualization and debugging technology for one-way dataflow constraints. - Bradley T. Vander Zanden (ACM SIGSOFT Softw. Eng. Notes, 2000)

Using model dataflow graphs to reduce the storage requirements of constraints. - Brad T. Vander Zanden; Richard L. Halterman (ACM Trans. Comput. Hum. Interact., 2001)

Lessons learned about one-way, dataflow constraints in the Garnet and Amulet graphical toolkits. - Bradley T. Vander Zanden; Richard L. Halterman; Brad A. Myers; Richard G. McDaniel; Robert C. Miller; Pedro A. Szekely; Dario A. Giuse; David S. Kosbie (ACM Trans. Program. Lang. Syst., 2001)

An explanation-based, visual debugger for one-way constraints. - Bradley T. Vander Zanden; David K. Baker; Jing Jin (UIST, 2004)

Lessons learned from programmers' experiences with one-way constraints. - Bradley T. Vander Zanden; Richard L. Halterman; Brad A. Myers; Robert C. Miller; Pedro A. Szekely; Dario A. Giuse; David S. Kosbie; Richard G. McDaniel (Softw. Pract. Exp., 2005)

Optimal Routing in Binomial Graph Networks. - Thara Angskun; George Bosilca; Bradley T. Vander Zanden; Jack J. Dongarra (PDCAT, 2007)

Two experiments using learning rate to evaluate an experimenter developed tool for splay trees. - Michael C. Orsega; Bradley T. Vander Zanden; Christopher H. Skinner (SIGCSE, 2011)

Minimum density RAID-6 codes. - James S. Plank; Adam L. Buchsbaum; Bradley T. Vander Zanden (ACM Trans. Storage, 2011)

Dexter as a PhD Advisor. - Brad T. Vander Zanden (Logic and Program Semantics, 2012)

Experiments with algorithm visualization tool development. - Michael C. Orsega; Bradley T. Vander Zanden; Christopher H. Skinner (SIGCSE, 2012)

Codeassessor: an interactive, web-based tool for introductory programming. - Brad T. Vander Zanden; David Anderson; Curtis Taylor; Will Davis; Michael W. Berry (J. Comput. Sci. Coll., 2012)

Improving automatic code assessment. - Bradley T. Vander Zanden; Michael W. Berry (J. Comput. Sci. Coll., 2013)

Reducing Power Consumption and Latency in Mobile Devices Using an Event Stream Model. - Stephen Marz; Bradley T. Vander Zanden (ACM Trans. Embed. Comput. Syst., 2016)

Visual Progression Analysis of Student Records Data. - Mohammad Raji; John Duggan; Blaise DeCotes; Jian Huang 007; Bradley T. Vander Zanden (CoRR, 2017)

Reducing Event Latency and Power Consumption in Mobile Devices by Using a Kernel-Level Display Server. - Stephen Marz; Bradley T. Vander Zanden; Wei Gao 006 (IEEE Trans. Mob. Comput., 2019)

Modeling and Visualizing Student Flow. - Mohammad Raji; John Duggan; Blaise DeCotes; Jian Huang 007; Bradley T. Vander Zanden (IEEE Trans. Big Data, 2021)