초록 ▼

A methodology and an algorithm for programming a quantum logic algorithm is described. In one embodiment, an algorithm for generating a quantum gate is described. The quantum gate describes the evolution of the quantum computing algorithm and is used to implement a desired quantum algorithm. In one

A methodology and an algorithm for programming a quantum logic algorithm is described. In one embodiment, an algorithm for generating a quantum gate is described. The quantum gate describes the evolution of the quantum computing algorithm and is used to implement a desired quantum algorithm. In one embodiment, the quantum gate is used in a quantum search algorithm to search a number of local solution spaces to find a global solution to be used in a control system to control a plant. In one embodiment, the quantum search algorithm is an iterative algorithm and an entropy-based basis for stopping the iterations is described. In one embodiment, the quantum search algorithm is used to improve a genetic optimizer in the control system.

대표청구항 ▼

A methodology and an algorithm for programming a quantum logic algorithm is described. In one embodiment, an algorithm for generating a quantum gate is described. The quantum gate describes the evolution of the quantum computing algorithm and is used to implement a desired quantum algorithm. In one

A methodology and an algorithm for programming a quantum logic algorithm is described. In one embodiment, an algorithm for generating a quantum gate is described. The quantum gate describes the evolution of the quantum computing algorithm and is used to implement a desired quantum algorithm. In one embodiment, the quantum gate is used in a quantum search algorithm to search a number of local solution spaces to find a global solution to be used in a control system to control a plant. In one embodiment, the quantum search algorithm is an iterative algorithm and an entropy-based basis for stopping the iterations is described. In one embodiment, the quantum search algorithm is used to improve a genetic optimizer in the control system. plications: application Ser. No. 08/996,858, entitled "Liquid Gauging Using Sensor Fusion and Data Fusion"; application Ser. No. 08/996,747, entitled "Improved Ultrasonic Liquid Gauging System"; application Ser. No. 08/997,444, entitled "Probe Placement Using Genetic Algorithm Analysis", now U.S. Pat. No. 6,006,604; application Ser. No. 08/997,137, entitled "Blackboard Centric Layered Software Architecture For An Embedded Airborne Fuel Gauging System"; application Ser. No. 08/997,271; entitled "Universal Sensor Interface System and Method"; all of which applications filed on Dec. 23, 1997 and owned in common by the assignee of the instant application, the entire disclosures of which being fully incorporated herein by reference. ol device, acquiring the type name corresponding to the generated control signal from said correlation table. 21. The information furnishing apparatus for coping with an emergency during driving an automotive vehicle as defined in claim 16, wherein at least a portion of the service purveyors information stored in said service information storage unit is the CM information aired by data broadcast. 22. An information furnishing apparatus provided on an automotive vehicle carrying a data broadcast receiver, for coping with an emergency during driving said automotive vehicle, comprising: (a) extraction means for extracting, from the information received by said data broadcast receiver, the service purveyors information including at least contents information having at least names of the service purveyors, type nam