From the integrated view of cognitive and noetic sciences, a set of meta- dimensions and their com- binations, covering almost all of general linkage and modifiers of SNOMED, has been presented. Some examples for reas...From the integrated view of cognitive and noetic sciences, a set of meta- dimensions and their com- binations, covering almost all of general linkage and modifiers of SNOMED, has been presented. Some examples for reasoning and operating for this set have been illustrated. Therefore the article has proved theoretically that it is possible to significantly increase the abilities of reasoning or operating and being- understood by computer in data mining of EMR, etc for a terminology system including relation (or linkage) or restriction (or modifier) items such as SNOMED. It is believed also the realizations of these tasks expected by this article are not difficult in technologic aspects for the modern software and data base technologies and the good IT engineers.展开更多
This article discussed the basic three components of an information unit(IU), ie the Carrier(C), Feature(F) and Value(V), and presented and several different types of feature, including the static, relation and proces...This article discussed the basic three components of an information unit(IU), ie the Carrier(C), Feature(F) and Value(V), and presented and several different types of feature, including the static, relation and process features(SF ,RF and PF respectively). It also discussed about the knowledge for statistical group(KP) and for individual(KI) and the transformation mechanisms between them. Then both the philosophy and application attributes of ontology have been explored and two new concepts, ie ontology of existence(EO) and ontology of application(OA) were created. The paper gave an integrated sketch of the whole medical knowledge engineering cause, which is thought to be composed of three areas: conceptual, experimental and compass-beakon ontoloies (CO, EO, CBO, respectively). And based on those considerations BMKI achieved its fundamental formula.展开更多
This paper presented the profile of Intrinsic Medical Informatics(IMI), which consists of Medical Cognition Informatics(MCI) and Organism Informatics(OI). MCI and OI are taken as two cornerstones of the Theory of BioM...This paper presented the profile of Intrinsic Medical Informatics(IMI), which consists of Medical Cognition Informatics(MCI) and Organism Informatics(OI). MCI and OI are taken as two cornerstones of the Theory of BioMedical Knowledge Integration(BMKI). Additionally, so called Meta-dimension architecture of SNOMED is discussed in order to venture its context computing.展开更多
This paper pointed out, in the cognitive or semantic processes, the data of EHR reflect their physical nature, which makes mathematics and informatics of less computing capability. Based on this argument a new concept...This paper pointed out, in the cognitive or semantic processes, the data of EHR reflect their physical nature, which makes mathematics and informatics of less computing capability. Based on this argument a new concept cognitive segment (CS), which is considered with having both physical and formalized quality, was introduced. Centered on CS, the paper presented a series of new basic concepts and their definitions, a set of symbols and expressions, and afterwards explored the types, quasi-formalized expressions, mapping nature, methodology for operations, two distinguished differences, commonsensible background analyses, cognitive dimension regression, supervising function of CSs.展开更多
文摘From the integrated view of cognitive and noetic sciences, a set of meta- dimensions and their com- binations, covering almost all of general linkage and modifiers of SNOMED, has been presented. Some examples for reasoning and operating for this set have been illustrated. Therefore the article has proved theoretically that it is possible to significantly increase the abilities of reasoning or operating and being- understood by computer in data mining of EMR, etc for a terminology system including relation (or linkage) or restriction (or modifier) items such as SNOMED. It is believed also the realizations of these tasks expected by this article are not difficult in technologic aspects for the modern software and data base technologies and the good IT engineers.
文摘This article discussed the basic three components of an information unit(IU), ie the Carrier(C), Feature(F) and Value(V), and presented and several different types of feature, including the static, relation and process features(SF ,RF and PF respectively). It also discussed about the knowledge for statistical group(KP) and for individual(KI) and the transformation mechanisms between them. Then both the philosophy and application attributes of ontology have been explored and two new concepts, ie ontology of existence(EO) and ontology of application(OA) were created. The paper gave an integrated sketch of the whole medical knowledge engineering cause, which is thought to be composed of three areas: conceptual, experimental and compass-beakon ontoloies (CO, EO, CBO, respectively). And based on those considerations BMKI achieved its fundamental formula.
文摘This paper presented the profile of Intrinsic Medical Informatics(IMI), which consists of Medical Cognition Informatics(MCI) and Organism Informatics(OI). MCI and OI are taken as two cornerstones of the Theory of BioMedical Knowledge Integration(BMKI). Additionally, so called Meta-dimension architecture of SNOMED is discussed in order to venture its context computing.
文摘This paper pointed out, in the cognitive or semantic processes, the data of EHR reflect their physical nature, which makes mathematics and informatics of less computing capability. Based on this argument a new concept cognitive segment (CS), which is considered with having both physical and formalized quality, was introduced. Centered on CS, the paper presented a series of new basic concepts and their definitions, a set of symbols and expressions, and afterwards explored the types, quasi-formalized expressions, mapping nature, methodology for operations, two distinguished differences, commonsensible background analyses, cognitive dimension regression, supervising function of CSs.
