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  • 哪位好心人幫我翻譯一下英文謝謝,不要用機器翻譯可以嗎

    哪位好心人幫我翻譯一下英文謝謝,不要用機器翻譯可以嗎
    Finding all patents relevant to a particular invention in
    the vast amount of documents available in the many existing
    patent databases is a difficult task. Moreover, missing just a single relevant patent, and thus violating intellectual
    property (IP) rights of others, can be very expensive for
    a company when introducing a new product on the market
    that uses an already patented technology. Thus, professional
    patent searchers are forced to read (or at least skim
    through) all retrieved documents, because the relevant one
    could be at the bottom of the search result list. This clearly
    contrasts Web users posing ad-hoc queries to Web search
    engines who hardly ever look further than at the ten topranked
    results. Patent classification systems such as the
    International Patent Classification (IPC) maintained by the
    World Intellectual Property (WIPO) are important structural
    instruments for organizing patents into taxonomies of
    technology domains. These taxonomies allow searchers to
    constrain search queries to particular technological fields in
    order to reduce the amount of documents to be read.
    However, these classification schemes have been built by
    experts for experts. A more general taxonomy would make
    it easier for non-expert users of patent information systems
    to access and navigate through the information space. Such
    non-experts might not be familiar with the definitions of the
    section, classes and subclasses, groups and subgroups contained
    in the IPC, but usually are familiar with the subject
    matter of the invention or an idea itself, i.e. the scientific
    background. To this end, we have created such a taxonomy,
    the Wikipedia Science Ontology (WikiSCION), based
    on the Wikipedia Science Portal, which is a well-maintained
    starting point for a top-down discovery of Science as topic of
    interest and its many subtopics. The Wikipedia can be seen
    as a source of knowledge crafted, shaped and maintained
    by a large community agreeing on a language that is supposed
    to be easier to comprehend by non-experts. We have
    developed a method for automatically assigning patent documents
    to the classes of this taxonomy, and thus enriching
    the patents with additional meta-information.
    長了點,不過對我很重要
    英語人氣:546 ℃時間:2020-04-09 13:01:25
    優(yōu)質(zhì)解答
    Finding all patents relevant to a particular invention in
    the vast amount of documents available in the many existing
    patent databases is a difficult task.Moreover,missing just a single relevant patent,and thus violating intellectual
    property (IP) rights of others,can be very expensive for
    a company when introducing a new product on the market
    that uses an already patented technology.Thus,professional
    patent searchers are forced to read (or at least skim
    through) all retrieved documents,because the relevant one
    could be at the bottom of the search result list.This clearly
    contrasts Web users posing ad-hoc queries to Web search
    engines who hardly ever look further than at the ten topranked
    results.Patent classification systems such as the
    International Patent Classification (IPC) maintained by the
    World Intellectual Property (WIPO) are important structural
    instruments for organizing patents into taxonomies of
    technology domains.These taxonomies allow searchers to
    constrain search queries to particular technological fields in
    order to reduce the amount of documents to be read.
    However,these classification schemes have been built by
    experts for experts.A more general taxonomy would make
    it easier for non-expert users of patent information systems
    to access and navigate through the information space.Such
    non-experts might not be familiar with the definitions of the
    section,classes and subclasses,groups and subgroups contained
    in the IPC,but usually are familiar with the subject
    matter of the invention or an idea itself,i.e.the scientific
    background.To this end,we have created such a taxonomy,
    the Wikipedia Science Ontology (WikiSCION),based
    on the Wikipedia Science Portal,which is a well-maintained
    starting point for a top-down discovery of Science as topic of
    interest and its many subtopics.The Wikipedia can be seen
    as a source of knowledge crafted,shaped and maintained
    by a large community agreeing on a language that is supposed
    to be easier to comprehend by non-experts.We have
    developed a method for automatically assigning patent documents
    to the classes of this taxonomy,and thus enriching
    the patents with additional meta-information.
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