Company Profile People Partnerships Projects and Research "Technical Diversity is our Strength" Hyperdigm Research is a full service company of engineers, scientists, and analysts focusing on professional services, applied research and development in the high technology arena. Hyperdigm Research, LLC is an international company founded with the mission of creating and applying innovative technology. As we believe that "technical diversity is our strength", our foremost product is our people who are a collective of some of the best minds in various industries. We love working on challenging problems -ours or yours. And we have the track record to deliver. Let us invent something for you, manage/oversee your technology project, develop your technology strategy, optimize your use of technology, or deliver on your idea.  Specialties: eBusiness High Performance Computing and Networking Simulation, Modeling, and Computation Technology, Design, and Analysis Information Technology, Architecture, Analysis, and Mentoring eEducation Customers Apple Computer Cable and Wireless International smallbusiness.com DynCorp Information Systems US Department of Defense Group Interactive Cornerstone Schools of Washington, DC Trifolium  Publication Sampling: Artificial Intelligence Natural Language Processing of Physics Word Problems. Proceedings of the 34th Colloquium of Linguistics. Germersheim, Germany (1999). Electrical Engineering Image Manifolds. Proc. SPIE; Conference on Artificial Neural Network in Image Processing, San Jose, CA (1998). Geometric Invariance of Sampling. Proc. SPIE; Conference on Vision Geometry, San Diego, CA (1998). Object Oriented Enterprise Development An Implementation of Model Based Programming for Enterprise Development. J. Greenfield (Inline Software) Primary Author. Object Oriented Frameworks, Vol. 2. Wiley Press. Physics Phase-field Modeling of Eutectic Growth. Physical Review E, 61(6). 2000 Combinatorial Screening of Complex Block Copolymer Assembly with Self-Consistent Field Theory. Physical Review Letters, 83(21). 1999 Metastable structures of Cholesteric Liquid Crystals with Negative Diamagnetic Anisotropy in Magnetic Fields. Physical Review E, 85, 4360 (1997). Fingerprint Structures in Cholesteric Liquid Crystals. Physical Review E, 55, 4354 (1997). Monte Carlo Simulation of Unwinding of Cholesteric Twist in Liquid Crystalline DNA, Physical Review E, 49, 1450 (1994). eEducation and Distance Learning A Strategy for Interactive Distance Learning and Collaboration. 3rd International Workshop on Interactive Computer-aided Learning. Villach, Austria (2000)