Ronald N. Bracewell

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  • Mach, R N Bracewell, J A Roberts, J P Claassen, A F Fung, J J Holmes +5 others
  • 2000
Research Center for their interest, availability of measurements , and valuable discussions throughout the project. REFERENCES [l] S. h o m e y , " The application of numerical filtering to the solution ments, " J. Franklin Znst., vol. 279, Feb. 1965. of integral equations encountered in indirect sensing measure-[2] D. L. Phillips, " A technique for the(More)
DNA's double helix, the sunspot cycle and the sawtooth signals of electronics can be reduced mathematically to a series of undulating curves. This idea underlies a powerful analytical tool T o calcu1ate a transform, just listen. The ear automatically performs the calcu1ation, which the intellect can execute only after years of mathematical education. The(More)
Numerical computation of transforms is now widely practiced in science and industry and has been revolutionized by the development of fast transforms that make feasible computing projects that once could not be contemplated. The article discusses the significance of transforms in numerical work, defines the modern forms of several common transforms and(More)
1 We present a method to analytically compute the light distribution of triangles directly in frequency space. This allows for fast evaluation, shading and propagation of light from 3D mesh objects using angular spectrum methods. The algorithm complexity is only dependant on the hologram resolution and the polygon count of the 3D model. In contrast to other(More)
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