Active interferometric signal analysis in software

A method for actively analyzing a signal pattern representative of arrayed data to identify events of interest therein, the method comprising the steps of:

• inputting a signal pattern representative of arrayed data;
• generating resonance patterns based on interference between synthetic noise and the signal pattern;
• and
• detecting resonances within the resonance patterns associated with events of interest.

A system for analyzing a signal pattern to identify events of interest within the signal pattern comprising:

• an expressor function input unit;
• a preconditioner unit;
• an active interferometric coupler;
• and
• a resonant marker detector.

A system for analyzing an arrayed signal pattern generated by an arrayed platform device to identify events of interest within the signal pattern comprising:

• an expressor function input unit for inputting expressor functions;
• a preconditioner unit for preconditioning the arrayed signal pattern so as to convert the arrayed signal pattern to a spectral domain in which spectral harmonics parameterize events of interest to a pre-determined dynamical system;
• a coupler unit for convolving the preconditioned signal pattern and the expresser functions so as to interferometrically enhance portions of the preconditioned signal pattern associated with events of interest, if any, present within the preconditioned signal pattern;
• and
• a resonant marker detector for identifying occurrence of events of interest within the enhanced signal pattern.

A method for analyzing an arrayed signal pattern generated by an array device to identify events of interest within the signal pattern comprising the steps of:

• inputting expressor functions capable of extracting spectral invariants of events of interest associated with the array device;
• preconditioning the arrayed signal pattern so as to convert the arrayed signal pattern to a spectral domain;
• convolving the preconditioned signal pattern and the expressor functions so as to interferometrically enhance portions of the preconditioned signal pattern associated with events of interest, if any, present within the preconditioned signal pattern;
• and
• identifying events of interest within the enhanced signal pattern.

A system for analyzing a signal pattern to identify events of interest within the signal pattern comprising:

• an expressor function input unit;
• a preconditioner unit;
• an iterative interferometric coupler;
• and
• an adaptive controller operative to control the iterative interferometric coupler to perform convolution coupling and resonant marker detection using the input expresser functions.

A system for analyzing an arrayed signal pattern generated by an arrayed platform device to identify events of interest within the signal pattern comprising:

• an expressor function input unit for inputting expressor functions capable of extracting spectral invariants of events of interest associated with the array device;
• a preconditioner for preconditioning the arrayed signal pattern so as to convert the arrayed signal pattern to a spectral domain to a spectral domain in which spectral harmonics parameterize events of interest to a pre-determined dynamical system;
• an iterative interferometric coupler for convolving the preconditioned signal pattern and the expresser functions so as to interferometrically enhance portions of the preconditioned signal pattern associated with events of interest, if any, present within the preconditioned signal pattern;
• and
• an adaptive controller for controlling the coupler to iteratively and selectively convolve expressor functions to the preconditioned signal pattern until a predetermined degree of convergence is achieved so as to identifying events of interest within the enhanced signal pattern.

A method for analyzing an arrayed signal pattern generated by an arrayed platform device to identify events of interest within the signal pattern comprising the steps of:

• inputting expresser functions capable of extracting spectral invariants of events of interest associated with the array device;
• preconditioning the arrayed signal pattern so as to convert the arrayed signal pattern to a spectral domain;
• and
• iteratively and selectively convolving the preconditioned signal pattern and the expresser functions so as to interferometrically enhance portions of the preconditioned signal pattern associated with events of interest, if any, present within the preconditioned signal pattern until a predetermined degree of convergence is achieved so as to identifying events of interest within the enhanced signal pattern.

A system for analyzing an arrayed signal pattern generated by an arrayed platform device to identify events of interest within the signal pattern comprising:

• means for inputting expresser functions capable of extracting spectral invariants of events of interest associated with the array device;
• means for preconditioning the arrayed signal pattern so as to convert the arrayed signal pattern to a spectral domain;
• and
• means for iteratively and selectively convolving the preconditioned signal pattern and the expresser functions so as to interferometrically enhance portions of the preconditioned signal pattern associated with events of interest, if any, present within the preconditioned signal pattern until a predetermined degree of convergence is achieved so as to identifying events of interest within the enhanced signal pattern.

A computer code product for actively analyzing a signal pattern representative of arrayed data to identify events of interest therein, comprising:

• computer code that inputs a signal pattern representative of arrayed data;
• computer code that generates resonance patterns based on interference between synthetic noise and the signal pattern;
• and
• computer code that detects resonances within the resonance patterns associated with events of interest.

A computer code product for analyzing an arrayed signal pattern generated by an arrayed platform device to identify events of interest within the signal pattern, comprising:

• computer code that preconditions the arrayed signal pattern based on input expresser functions so as to convert the arrayed signal pattern to a spectral domain in which spectral harmonics parameterize events of interest to a predetermined dynamical system;
• computer code that convolves the preconditioned signal pattern and the expressor functions so as to interferometrically enhance portions of the preconditioned signal pattern associated with events of interest, if any, present within the preconditioned signal pattern;
• and
• computer code that identifies the occurrence of events of interest within the enhanced signal pattern.