Architecture for a computer system used for processing knowledge
First Claim
1. An architecture for a computer system used for processing knowledge, said architecture comprises:
- a. a processor;
b. a memory connected to said processor; and
c. a plurality of modules for performing functions for processing knowledge, each function relates to a particular inquiry and involves specific subprocesses, wherein each module is a programmable system of a certain processing power and contains hardware, firmware and software, each module accepts inputs and generate outputs in the processing of said subprocesses, and the plurality of modules include;
i. a knowledge module for storing knowledge in at least one knowledge bank containing data organized in a knowledge hierarchy, and for processing said subprocesses using knowledge functions, wherein said knowledge hierarchy provides links between said data thereby forming a knowledge network, and wherein said knowledge functions are implemented by object oriented tools for establishing relationships between the data in the at least one knowledge bank and for generating the outputs from the established relationships, said knowledge functions being selected from the group consisting of logical, inductive, associative, inferential, and deductive reasoning type functions, and combinations thereof;
ii. a communication module for communicating between said knowledge module and other modules processing said subprocesses, and for organizing said inputs and said outputs of said subprocesses, and for controlling and guiding each subprocess to a specific knowledge bank by organizing said subprocesses according to said data and said knowledge hierarchy of said knowledge module;
iii. an administrative module for performing housekeeping functions involving resource allocation, real-time multitasking and scheduling of said subprocesses, and for providing hardware to said knowledge module to execute the subprocesses; and
iv. a switching module for selecting and switching between said knowledge bank and said administrative module according to said communication module.
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Abstract
The present invention is a knowledge machine method and apparatus for processing information and evolving knowledge. The apparatus includes at least one processor; a knowledge machine including a main memory operatively connected to the processor(s), and a plurality of knowledge machine hardware modules at least indirectly connected to the main memory. The modules include a communication module, a switching module, an administrative module and at least one knowledge base module. There is also hardware, firmware and software in the knowledge machine hardware modules to enable the modules to perform at least the following functions: for the communication module, to control all functional processes of the other modules, the main memory and the processor(s); for the switching module, to select and switch between selected information; for the administrative module, to perform housekeeping functions, including multitasking control with resource allocation, real-time multitasking and scheduling of tasks; for the knowledge base module(s), to operate knowledge processing functions and to store knowledge data banks. In some preferred embodiments, the knowledge processing functions of the knowledge base module may be logical, inductive, associative, inferential and deductive reasoning type functions.
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Citations
20 Claims
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1. An architecture for a computer system used for processing knowledge, said architecture comprises:
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a. a processor; b. a memory connected to said processor; and c. a plurality of modules for performing functions for processing knowledge, each function relates to a particular inquiry and involves specific subprocesses, wherein each module is a programmable system of a certain processing power and contains hardware, firmware and software, each module accepts inputs and generate outputs in the processing of said subprocesses, and the plurality of modules include; i. a knowledge module for storing knowledge in at least one knowledge bank containing data organized in a knowledge hierarchy, and for processing said subprocesses using knowledge functions, wherein said knowledge hierarchy provides links between said data thereby forming a knowledge network, and wherein said knowledge functions are implemented by object oriented tools for establishing relationships between the data in the at least one knowledge bank and for generating the outputs from the established relationships, said knowledge functions being selected from the group consisting of logical, inductive, associative, inferential, and deductive reasoning type functions, and combinations thereof; ii. a communication module for communicating between said knowledge module and other modules processing said subprocesses, and for organizing said inputs and said outputs of said subprocesses, and for controlling and guiding each subprocess to a specific knowledge bank by organizing said subprocesses according to said data and said knowledge hierarchy of said knowledge module; iii. an administrative module for performing housekeeping functions involving resource allocation, real-time multitasking and scheduling of said subprocesses, and for providing hardware to said knowledge module to execute the subprocesses; and iv. a switching module for selecting and switching between said knowledge bank and said administrative module according to said communication module. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20)
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Specification