Concordance

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other,9-2-T78-1028,bq	<term> theory </term> is expressed in a <term>	content-independent formalism	</term> . Unlike <term> logic </term> , the <term>	#11942 Like logic, the theory is expressed in acontent-independent formalism.
other,5-4-T78-1028,bq	The <term> theory </term> consists of a <term>	dimensionalized space	</term> of different <term> inference types	#11969 The theory consists of adimensionalized space of different inference types and their certainty conditions, including a variety of meta-inference types where the inference depends on the person's knowledge about his own knowledge.
other,4-1-T78-1028,bq	</term> is used . The paper outlines a <term>	computational theory	</term> of <term> human plausible reasoning	#11916 The paper outlines acomputational theory of human plausible reasoning constructed from analysis of people's answers to everyday questions.
other,9-4-T78-1028,bq	dimensionalized space </term> of different <term>	inference types	</term> and their <term> certainty conditions	#11973 The theory consists of a dimensionalized space of differentinference types and their certainty conditions, including a variety of meta-inference types where the inference depends on the person's knowledge about his own knowledge.
other,15-5-T78-1028,bq	analyzed in terms of the different <term>	inference types	</term> . The paper also discusses how <term>	#12015 The protocols from people's answers to questions are analyzed in terms of the differentinference types.
other,15-6-T78-1028,bq	multiple ways to support the different <term>	inference types	</term> , and how the information found in	#12033 The paper also discusses how memory is structured in multiple ways to support the differentinference types, and how the information found in memory determines which inference types are triggered.
other,5-6-T78-1028,bq	</term> . The paper also discusses how <term>	memory	</term> is structured in multiple ways to	#12023 The paper also discusses howmemory is structured in multiple ways to support the different inference types, and how the information found in memory determines which inference types are triggered.
other,24-6-T78-1028,bq	, and how the information found in <term>	memory	</term> determines which <term> inference types	#12042 The paper also discusses how memory is structured in multiple ways to support the different inference types, and how the information found inmemory determines which inference types are triggered.
other,10-3-T78-1028,bq	specifies how different information in <term>	memory	</term> affects the certainty of the conclusions	#11955 Unlike logic, the theory specifies how different information inmemory affects the certainty of the conclusions drawn.
other,1-2-T78-1028,bq	answers to everyday questions . Like <term>	logic	</term> , the <term> theory </term> is expressed	#11934 Likelogic, the theory is expressed in a content-independent formalism.
other,7-1-T78-1028,bq	<term> computational theory </term> of <term>	human plausible reasoning	</term> constructed from analysis of people	#11919 The paper outlines a computational theory ofhuman plausible reasoning constructed from analysis of people's answers to everyday questions.
other,20-4-T78-1028,bq	conditions </term> , including a variety of <term>	meta-inference types	</term> where the <term> inference </term> depends	#11984 The theory consists of a dimensionalized space of different inference types and their certainty conditions, including a variety ofmeta-inference types where the inference depends on the person's knowledge about his own knowledge.
other,4-2-T78-1028,bq	questions . Like <term> logic </term> , the <term>	theory	</term> is expressed in a <term> content-independent	#11937 Like logic, thetheory is expressed in a content-independent formalism.
other,4-3-T78-1028,bq	</term> . Unlike <term> logic </term> , the <term>	theory	</term> specifies how different information	#11949 Unlike logic, thetheory specifies how different information in memory affects the certainty of the conclusions drawn.
other,1-4-T78-1028,bq	certainty of the conclusions drawn . The <term>	theory	</term> consists of a <term> dimensionalized	#11965 Thetheory consists of a dimensionalized space of different inference types and their certainty conditions, including a variety of meta-inference types where the inference depends on the person's knowledge about his own knowledge.
other,24-4-T78-1028,bq	meta-inference types </term> where the <term>	inference	</term> depends on the person 's knowledge	#11988 The theory consists of a dimensionalized space of different inference types and their certainty conditions, including a variety of meta-inference types where theinference depends on the person's knowledge about his own knowledge.
other,13-4-T78-1028,bq	<term> inference types </term> and their <term>	certainty conditions	</term> , including a variety of <term> meta-inference	#11977 The theory consists of a dimensionalized space of different inference types and theircertainty conditions, including a variety of meta-inference types where the inference depends on the person's knowledge about his own knowledge.
other,1-3-T78-1028,bq	content-independent formalism </term> . Unlike <term>	logic	</term> , the <term> theory </term> specifies	#11946 Unlikelogic, the theory specifies how different information in memory affects the certainty of the conclusions drawn.
other,27-6-T78-1028,bq	<term> memory </term> determines which <term>	inference types	</term> are triggered . Two styles of performing	#12045 The paper also discusses how memory is structured in multiple ways to support the different inference types, and how the information found in memory determines whichinference types are triggered.


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