Welcome to the DVR home page and thanks for your interest!
THE MISSION
DVR is an independent, scientific research enterprise employing theoretical
analysis, mathematical and computer modeling, engineering design, focused
experiments, and existing technologies to solve problems of interest.
THE RESULT
Although the DVR mission is ongoing, to date it has resulted in two significant,
patent-pending breakthroughs. The first is a computational technique dubbed the
Mock Optic Discrete Electronic Transform (MODET).
This technique, suitable for discrete-component or integrated-circuit implementation,
is theoretically capable of performing a 1024-point discrete Fourier transform in
approximately two oscillator cycles. For a conservative 100 MHz operating frequency, this
equates to a complete 1024-point discrete Fourier transform every 20 nanoseconds--500 times
faster than any existing fourier transform processor. Patents for this technology have been
assigned to FSNC, LLC. All inquiries
should be directed there.
The second patent-pending breakthrough technology, identified as the
Engine Cycle Interdependence Frustration Method (ECIFM)
is a technique for improving the efficiency of reciprocating heat engines.
The theory on which the technology is based is unprecedented in its ability to predict observed heat
engine efficiencies reported in the scientific literature. This includes the correct prediction of
efficiencies of engines as disparate as reciprocating internal combustion engines (ICE),
Stirling engines, and Jet (or gas turbine, also known as Brayton-cycle) engines.
The model nearly exactly reproduces the as-yet-unresolved, 1959 discovery of a 17:1 compression ratio
efficiency peak in ICEs reported by Caris and Nelson
(C.F. Caris and E.E. Nelson, "A New Look at High Compression Engines", SAE
Technical Paper #590015). The discovery projects an approximate thirty percent increase
in ICE efficiency. Patents for this technology have been assigned to
FSNC, LLC. All inquiries
should be directed there.
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