This is the new link and updated for the list of research papers that appear for the Microsoft Academic Search for Darrell Raymond Ulm.
The GitHub IO Page for a Data Parallel Compiler Optimizer by Darrell Raymond Ulm links to the GitHub Pages for a data-parallel compiler optimizer, written in C for Unix / Linux.
in the link above is a list of papers of Darrell Ulm, and others, authored while at Kent State University. The list has not changed much lately but it is a good document showing related works at the time.
Google Scholar Search for Darrell Ulm includes papers written and references to research papers written on parallel computation.
The search results are not completely accurate, but the Google Scholar Search is an interesting tool, even if there have not been updates for it for quite some time.
The Microsoft publications search appears to be better for looking up specific papers.
Not sure that PubZone has been updated in a while, and even so here are:
Early paper concerning a SIMD solution to a 2D cutting stock, operations research problem.
This lists 8 research papers currently in computer science authored or co-authored by Darrell Ulm.
Here are the Pubzone Listings for Research Papers, Darrell Ulm, and it does not look like PubZone has been updated overall in some time.
Pubzone is still an interesting resource to look up some research papers.
Here are partial abstracts concerning academic papers by Darrell Ulm at Microsoft Academic Search.
The updates to Microsoft Academic are an improvement, and it looks like they needed to modify link structure to implement the changes.
Now they show sources for each publication, for example:
This is a nice automatic organization of all the sources, and finding the actual paper is definitely easier now.
IEEE Xplore link to “Solving a 2D knapsack problem using a hybrid data-parallel/control style of computing.”
This is the IEEE Xplore entry for this paper from 1998.
The idea in the paper is the simulation of PRAM gives as idea of the computational power of the MSIMD ASC model.