Conversational user interface that mimics the organization of memories in a human brain
First Claim
1. A non-transitory computer readable medium useful in association with a computer which includes a processor and a memory, the computer readable medium including computer instructions which are configured to cause the computer to implement a conversational user interface by performing a method comprising the steps of:
- a) receiving utterance data representing a linguistic message from a person;
b) searching among artificial linguistic memories for a matching one of the artificial linguistic memories;
c) determining whether the matching artificial linguistic memory matches the utterance data by at least a predetermined degree of similarity;
d) upon a condition in which the matching artificial linguistic memory matches the utterance data by at least the predetermined degree of similarity, presenting a responsive message to the person, wherein the responsive message is associated with the matching artificial linguistic memory;
e) upon a condition in which the matching artificial linguistic memory match the utterance data by less than the predetermined degree of similarity, initiating symbiotic learning so as to acquire a new linguistic memory that matches the utterance by at least the predetermined degree of similarity, wherein initiating symbiotic learning comprises sending a request to a human mindwriter for symbiotic teaching, and wherein the request includes packaged subject dialog sent to the mindwriter as part of an e-mail message;
f) and, receiving remedial modifications from the mindwriter, and wherein the remedial modifications are effected within an artificial linguistic cortex.
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Accused Products
Abstract
A conversational user interface (CUI) is implemented in a computer by mimicking the organization and retrieval of linguistic memories of human conversation. To mimic the organization of linguistic memories in a human brain, the artificial memories are stored as sequences of patterns, are stored in invariant form, are organized hierarchically, and are recalled auto-associatively. To mimic the recall of linguistic memories in a human brain, the same algorithm performs the recall of the various memories. Each artificial memory is a pairing of the invariant representation and an associated responsive message. When a received utterance is determined to match the invariant representation of a memory, the memory is evoked and the associated responsive message is presented to the person.
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Citations
4 Claims
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1. A non-transitory computer readable medium useful in association with a computer which includes a processor and a memory, the computer readable medium including computer instructions which are configured to cause the computer to implement a conversational user interface by performing a method comprising the steps of:
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a) receiving utterance data representing a linguistic message from a person; b) searching among artificial linguistic memories for a matching one of the artificial linguistic memories; c) determining whether the matching artificial linguistic memory matches the utterance data by at least a predetermined degree of similarity; d) upon a condition in which the matching artificial linguistic memory matches the utterance data by at least the predetermined degree of similarity, presenting a responsive message to the person, wherein the responsive message is associated with the matching artificial linguistic memory; e) upon a condition in which the matching artificial linguistic memory match the utterance data by less than the predetermined degree of similarity, initiating symbiotic learning so as to acquire a new linguistic memory that matches the utterance by at least the predetermined degree of similarity, wherein initiating symbiotic learning comprises sending a request to a human mindwriter for symbiotic teaching, and wherein the request includes packaged subject dialog sent to the mindwriter as part of an e-mail message; f) and, receiving remedial modifications from the mindwriter, and wherein the remedial modifications are effected within an artificial linguistic cortex. - View Dependent Claims (2, 3, 4)
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Specification