Michael Karasick
Papers
2
Total Citations
8
H-Index
2
About
Michael Karasick is a pioneering researcher in the field of solid modeling and parallel computing, with a particular focus on leveraging massively parallel processors to solve complex geometric problems. His major contributions center on developing algorithms for solid modeling—a foundational technology for modern manufacturing, computer-aided design (CAD), robot simulators, finite element analysis, and integrated circuit process modeling. Karasick's work addresses the critical challenge of accuracy in these models, which is often constrained by computational limits. His most cited paper, "Solid Modeling On a Massively Parallel Processor" (1992, 6 citations), demonstrates how parallel architectures can enhance the precision and utility of solid models. A follow-up study, "Intersecting solids on a massively parallel processor" (1995, 2 citations), further explores these techniques. While his citation counts are modest, Karasick's research represents an early and innovative application of parallel processing to geometric computation, laying groundwork for more efficient and accurate modeling in engineering and manufacturing. His achievements highlight the intersection of high-performance computing and practical design challenges.
Research Focus
Key Achievements
Top Papers
- 1Solid Modeling On a Massively Parallel Processor6 citations · 1992
- 2Intersecting solids on a massively parallel processor2 citations · 1995