Database Support for Multisource Multiresolution Scientific Data. - Philip J. Rhodes; R. Daniel Bergeron; Ted M. Sparr (SOFSEM, 2002)

A data model for adaptive multi-resolution scientific data. - Philip J. Rhodes; R. Daniel Bergeron; Ted M. Sparr (Data Visualization: The State of the Art, 2003)

Uncertainty Visualization Methods in Isosurface Rendering. - Philip J. Rhodes; Robert S. Laramee; R. Daniel Bergeron; Ted M. Sparr (Eurographics (Short Presentations), 2003)

Iteration aware prefetching for scientific data. - R. Daniel Bergeron; Dan R. Lipsa; Philip J. Rhodes (ACM Southeast Regional Conference (1), 2005)

Iteration Aware Prefetching for Remote Data Access. - Philip J. Rhodes; Sridhar Ramakrishnan 001 (e-Science, 2005)

Iteration Aware Prefetching for Large Multidimensional Datasets. - Philip J. Rhodes; Xuan Tang; R. Daniel Bergeron; Ted M. Sparr (SSDBM, 2005)

Out-of-core visualization using iterator-aware multidimensional prefetching. - Philip J. Rhodes; Xuan Tang; R. Daniel Bergeron; Ted M. Sparr (Visualization and Data Analysis, 2005)

An Iteration Aware Multidimensional Data Distribution Prototype for Computing Clusters. - Baoqiang Yan; Philip J. Rhodes (CLUSTER, 2006)

Multidimensional Replica Selection in the Data Grid. - Sridhar Ramakrishnan 001; Philip J. Rhodes (HPDC, 2006)

Spatial prefetching for out-of-core visualization of multidimensional data. - Dan R. Lipsa; Philip J. Rhodes; R. Daniel Bergeron; Ted M. Sparr (Visualization and Data Analysis, 2007)

Toward automatic parallelization of spatial computation for computing clusters. - Baoqiang Yan; Philip J. Rhodes (HPDC, 2008)

I/O friendly data parallelization for spatial computation. - Baoqiang Yan; Philip J. Rhodes (Mardi Gras Conference, 2008)

Granite: an effective tool to explore the concepts of high-performance data intensive scientific computation in java. - Baoqiang Yan; Philip J. Rhodes (J. Comput. Sci. Coll., 2008)

Easel: A Java Based Top-Down Approach to 3D Graphics Education. - Philip J. Rhodes; Baoqiang Yan (Eurographics (Education Papers), 2009)

Optimizing memory access on GPUs using morton order indexing. - Anthony E. Nocentino; Philip J. Rhodes (ACM Southeast Regional Conference, 2010)

The Globus Toolkit R-tree for partial spatial replica selection. - Yun Tian 005; Philip J. Rhodes (GRID, 2010)

A Fast Location Service for Partial Spatial Replicas. - Yun Tian 005; Philip J. Rhodes (GRID, 2011)

IDEA - An API for Parallel Computing with Large Spatial Datasets. - Baoqiang Yan; Philip J. Rhodes (ICPP, 2011)

Partial replica selection for spatial datasets. - Yun Tian 005; Philip J. Rhodes (eScience, 2012)

Iteration aware prefetching for unstructured grids. - Oyindamola O. Akande; Philip J. Rhodes (IEEE BigData, 2013)

Multilevel partitioning of large unstructured grids. - Oyindamola O. Akande; Philip J. Rhodes (IEEE BigData, 2014)

Towards an efficient storage and retrieval mechanism for large unstructured grids. - Oyindamola O. Akande; Philip J. Rhodes (Future Gener. Comput. Syst., 2015)

Accelerating range queries for large-scale unstructured meshes. - Cuong M. Nguyen; Philip J. Rhodes (IEEE BigData, 2016)

A location service for partial spatial replicas implementing an R-tree in a relational database. - Yun Tian 005; Philip J. Rhodes (J. Parallel Distributed Comput., 2016)

TIPP: parallel Delaunay triangulation for large-scale datasets. - Cuong M. Nguyen; Philip J. Rhodes (SSDBM, 2018)

Delaunay triangulation of large-scale datasets using two-level parallelism. - Cuong M. Nguyen; Philip J. Rhodes (Parallel Comput., 2020)

Decentralized Storage for Scientific Data. - Shirish Patel; Philip J. Rhodes (IEEE BigData, 2021)