Principals

AetherMachines employs doctoral level principals.

Dr. Michael D. Moore, Ph.D.

	Michael D Moore earned his BSEE from Union College, Schenectady, NY, in 1989. He received his MSEE from Union in 1992 with a thesis entitled 'Application of Approximate Lagrangians to Linear, Dissipative, Non-Reciprocal Circuits'.
	He earned his Ph.D. from Rensselear Polytechnic Institute, Troy, NY, in 2004 with concentrations in analog and digital circuits, controls, optimization, fuzzy logic, DSP, and a Doctoral thesis entitled 'Most Likely State Sequence Speech Reconstruction using a Generalized Hidden Semi Markov Model with Two Distinct Regeneration Times Applied to English Speech', research that resulted in U.S. patent 7,024,360.
	Dr. Moore's areas of specialty are analytic and numerical models, simulations, analog and digital circuit design, desktop and real time system software design, and research and development. He has worked for the International Paper Company, the DoD, and the General Electric Company where he received Six Sigma Green Belt certification. He is a licensed private pilot with over 425 flight hours and a complex (controllable pitch propeller and retractable landing gear) aircraft endorsement. His areas of personal interest are aviation, athletics, complex systems and dynamics, mathematics, modeling and simulation, and exterior ballistics.

Patents, Provisional Patents, and Patent Applications

Low Power Device for Providing Aircraft Communications (or Other Specialized Communications) to the General Public via Commercial Radio Bands and Receivers (2006)

Low Power Device for Providing Aircraft Communications (or Other Specialized Communications) to the General Public via Commercial Radio Bands and Receivers (2005 - Provisional Patent)

Diagnosing System for An X-Ray Source Assembly (2004)

Apparatus And Method For Suppressing Insignificant Variations In Measured Sample Composition Data, Including Data Measured From Dynamically Changing Samples Using X-Ray Analysis Techniques (2004)

X-Ray Source Assembly Having Enhanced Output Stability Using Tube Power Adjustments and Remote Calibration (2003, 2004)

System for Reconstructing Symbols in a Sequence (2003)

X-Ray Tube and Method and Apparatus for Analyzing Fluid Streams Using X-Rays (2002)

X-Ray Source Assembly Having Enhanced Output Stability, and Fluid Stream Analysis Applications Thereof (2002)

X-Ray Source Assembly Having Enhanced Output Stability (2002)

Reciprocal Simulation Module (2000)

FORTRAN Compiler Technology Gives Simulations Real Time Tuning, I/O Scaling, and Process Test Capability (1999)

Publications

Regeneration Time, Memory, and Entropy in Speech Reconstruction-Published on this Website, July 2004

Speech Reconstruction Using a Generalized HSMM (GHSMM)-Elsevier Science, Digital Signal Processing Journal, vol. 14, no. 1, January 2004, pp. 37-53

Statistical Speech Reconstruction at the Phoneme Level-IEEE ICASSP, vol. 1, Speech-P.10, May 7-11, 2001, pp. 657-660

Soft Real Time for Simulation Under Windows NT using Adjustable Euler Timestep and Six Sigma-(Accepted but Unpublished) IEEE Systems, Man, and Cybernetics, Oct. 7-10, 2001, Tucson, AZ

Applications of Approximate Lagrangians to Linear Dissipative Nonreciprocal Circuits (Part I)-IEEE Proceedings on Modeling and Simulation, vol. 23, Apr. 30-May 1, 1992, Pittsburgh, PA, pp. 2395-2408

Applications of Approximate Lagrangians to Linear Dissipative Nonreciprocal Circuits (Part II)-IEEE Proceedings on Modeling and Simulation, vol. 23, Apr. 30-May 1, 1992, Pittsburgh, PA, pp. 2409-2418

Applications of Approximate Lagrangians to Linear Dissipative Nonreciprocal Circuits (Part III)-IEEE Symposium on Systems, Man, and Cybernetics, vol. 1, Oct. 18-21, 1992, Chicago, IL, pp. 554-558