Device and method for analogical reasoning

Claim 2

An analogical reasoning device, comprising: memory means for storing a group of knowledge data described in non-logic symbols, which is divided into more than one domain according to a division standard, judgment means for comparing the knowledge data of one domain with the knowledge data of at least one other domain stored in said memory means and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, and analogical reasoning means for performing an analogical reasoning by replacing said pat of said non-logic symbols of said at least one other domain with a part of said one domain.

Claim 3

An analogical reasoning device, comprising: memory means for storing a group of knowledge data described in non-logic symbols, division means for dividing the group of knowledge data stored in said memory means into a plurality of domains according to a division standard, judgment means for comparing the knowledge data of one domain with the knowledge data of at least one other domain stored in said memory means and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, and analogical reasoning means for performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain for the domains judged similar by said judgment means.

Claim 4

An analogical reasoning device, comprising: memory means for storing a group of knowledge data described in non-logic symbols, division means for dividing the group of knowledge data stored in said memory means into a plurality of domains according to a division standard, judgment means for comparing the knowledge data of one domain with the knowledge data of at least one other domain stored in said memory means and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, and analogical reasoning means for performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain for the domains judged similar by said judgment means.

Claim 5

The analogy reasoning device of claim 2, wherein said division means comprises: list input means for inputting a list of non-logic symbols allowed to be used for the knowledge data in the plurality of domains as the division standard, detecting means for detecting non-logic symbols not contained in said list from said knowledge data, judgment means for judging whether the non-logic symbols detected by said detecting means are symbols having characteristics of existing domains, and domain division means for dividing the knowledge data into a first data group containing non-logic symbols with characteristics of said existing domains and a second data group containing non-logic symbols without characteristics of said existing domains and treating said first and second data groups as belonging to different domains.

Claim 6

An analogical reasoning device, comprising: memory means for storing a group of knowledge data described in non-logic symbols, division standard storage means for storing first and second sets of division standard data for dividing the knowledge data group stored in said memory means into a plurality of domains, first division means for dividing the knowledge data group stored in said memory means into a plurality of domains containing the knowledge data according to the first set of division standard data stored in said division standard storage means, judgment means for comparing the knowledge data in one domain with the knowledge data of other domains stored in said memory means and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said other domains, analogical reasoning means for performing analogical reasoning by replacing said part of said non-logic symbols of said other domains with a part of said one domain for the domains judged similar by said judgment means, and second division means for dividing the knowledge data group stored in said memory means into a plurality of domains according to the second set of division standard data stored in said division standard storage means when any knowledge is not obtained from analogy performed by said analogical reasoning means.

Claim 7

An analogical reasoning device, comprising: memory means for storing a group of knowledge data described in non-logic symbols, division standard storage means for storing first and second sets of division standard data for dividing the knowledge data group stored in said memory means into a plurality of domains, first division means for dividing the knowledge data group stored in said memory means into a plurality of domains containing the knowledge data according to the first set of division standard data stored in said division standard storage means, judgment means for comparing the knowledge data in one domain with the knowledge data of other domains stored in said memory means and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said other domains, analogical reasoning means for performing analogical reasoning by replacing said part of said non-logic symbols of said other domains with a part of said one domain for the domains judged similar by said judgment means, and second division means for dividing the knowledge data group stored in said memory means into a plurality of domains according to the second set of division standard data stored in said division standard storage means when any knowledge is not obtained from analogy performed by said analogical reasoning means.

Claim 8

The analogy reasoning device of claim 4, wherein each of said first and second division means comprises: list input means for inputting a list of non-logic symbols allowed to be used for knowledge data in a plurality of domains as the respective division standard of said first and second division means, detecting means for detecting non-logic symbols not contained in said list from said knowledge data, judgment means for judging whether the non-logic symbols detected by said detecting means are symbols having characteristics of existing domains, and domain division means for dividing the knowledge data into a first data group containing non-logic symbols with characteristics of said existing domains and a second data group containing non-logic symbols without characteristic of said existing domains and treating said first and second data groups as belonging to different domains.

Claim 9

An analogical reasoning method of making analogies for a group of knowledge data described in non-logic symbols stored in a memory means which is divided into a plurality of domains according to a division standard, comprising the steps of: comparing the knowledge data in one domain with the knowledge data in at least one other domain stored in said memory means and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, and performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain.

Claim 10

An analogical reasoning method of making analogies for a group of knowledge data described in non-logic symbols stored in a memory means which is divided into a plurality of domains according to a division standard, comprising the steps of: comparing the knowledge data in one domain with the knowledge data in at least one other domain stored in said memory means and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, and performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain.

Claim 11

An analogy reasoning method of making analogies by using a group of knowledge data described in non-logic symbols stored in a memory comprising the steps of: dividing said knowledge data group into a plurality of domains according to a division standard, comparing the knowledge data in one of said domains with the knowledge data in at least one other of said domains and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, and performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain for the domains judged similar by said judgment step.

Claim 12

An analogy reasoning method of making analogies by using a group of knowledge data described in non-logic symbols stored in a memory comprising the steps of: dividing said knowledge data group into a plurality of domains according to a division standard, comparing the knowledge data in one of said domains with the knowledge data in at least one other of said domains and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, and performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain for the domains judged similar by said judgment step.

Claim 13

The analogy reasoning method of claim 7, wherein said division step comprises the steps of: inputting a list of non-logic symbols allowed to be used for knowledge data in a plurality of domains as the division standard, detecting non-logic symbols of said knowledge data not contained in said list, judging whether the non-logic symbols detected by said detecting step are non-logic symbols having characteristics of existing domains, and dividing the knowledge data into a first data group containing non-logic symbols with characteristics of said existing domains and a second data group containing non-logic symbols without characteristics of said existing domains and treating the first and second data groups as belonging to different domains.

Claim 14

An analogy reasoning method of making analogies by using a knowledge data group described in non-logic symbols stored in a memory, comprising the steps of: a first dividing step for dividing said knowledge data group stored in the memory into a plurality of domains according to a division standard, comparing the knowledge data in one of said domains with the knowledge data in at least one other of said domains and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain for the domains judged similar by said judgment step, and a second dividing step for dividing the knowledge data group into a plurality of different domains according to the other division standard when new knowledge is not obtained by performing the analogical reasoning step.

Claim 15

An analogy reasoning method of making analogies by using a knowledge data group described in non-logic symbols stored in a memory, comprising the steps of: a first dividing step for dividing said knowledge data group stored in the memory into a plurality of domains according to a division standard, comparing the knowledge data in one of said domains with the knowledge data in at least one other of said domains and determining similar domains containing knowledge data which can be made identical by replacing a part of said non-logic symbols of said at least one other domain, performing analogical reasoning by replacing said part of said non-logic symbols of said at least one other domain with a part of said one domain for the domains judged similar by said judgment step, and a second dividing step for dividing the knowledge data group into a plurality of different domains according to the other division standard when new knowledge is not obtained by performing the analogical reasoning step.

Claim 16

The analogy reasoning method of claim 9, wherein each of said first and second division steps comprises the steps of: inputting a list of non-logic symbol allowed to be used for knowledge data in a plurality of domains as the respective division standard, detecting non-logic symbols not contained in said list from said knowledge data, judging whether the non-logic symbols detected by said detecting step are symbols showing characteristics of existing domains, and dividing the knowledge data into a first data group containing non-logic symbols with characteristics of said existing domains and a second data group containing non-logic symbols without characteristic of said existing domains and treating said first and second data groups as belonging to different domains.