QAI SPECTRE™ MODULE SYNTHESIS

This very simple example demonstrates how undifferentiated QAI SPECTRE™ analog circuits self-design using QAI quantum wave diffusion. QAI quantum wave diffusion is patent pending self-organizing algorithm. Here it used with the circuit synthesis system to recognize a verbal audio command taken from the 1970 Colossus science fiction movie. The structure formed demonstrates Poincaré recurrence self-organization. The new synthesized circuits are exported to SPICE models for importation into current electronic design automation systems for circuit refinement, layout and fab.

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Any dynamical system defined by an ordinary differential equation determines a unique flow mapping phase space on itself. The system is said to be volume-preserving if the volume of a set in phase space is invariant under the flow.

More specifically for instance, all Hamiltonian systems are volume-preserving because of Liouville's theorem. The theorem is then: If a flow preserves volume and has only bounded orbits, then for each open set there exist orbits that intersect the set infinitely often. In the QAI SPECTRE™ automated analog circuit non deterministic super Turing machine synthesis system these orbits define behavioral analog semiconductor III-V EHF adaptive circuits.

The resulting self-organized circuit multi-chip module solution is automatically synthesized to a SPICE model integrated circuit description. SPICE ("Simulation Program with Integrated Circuit Emphasis") is a general-purpose, open-source analog electronic circuit simulator and circuit specification language. It is a program used in both integrated circuit and board-level design to check the integrity of circuit designs and to predict circuit behavior. There are many free/commercial SPICE simulators available.

The QAI SPECTRE™ SPICE model output is imported into current analog electronic design automation (EDA) systems for III-V circuit refinement, layout, simulation and fabrication. Compatible EDA systems include Keysight ADS, NI AWR MWO, Cadence Virtuoso and many other platforms. QAI SPECTRE™ SPICE models simulate using many SPICE systems.

QAI SPECTRE™ Automated Design Process. This involves defining QAI SPECTRE™analog circuits using the QAI SPECTRE™ circuit language, which is automatically translated by the design, simulation and synthesis environment into active circuits. The I/O pads are then configured with either simulated or real data sources to stimulate the configured analog circuit descriptions. The circuits interact and self-program using a novel quantum signaling algorithm to create the optimal circuit solution. The circuits are next synthesized into SPICE models for importation into EDA tools.

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