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    • 11. 发明授权
    • Dictionary management apparatus and a dictionary server
    • 字典管理装置和字典服务器
    • US06282508B1
    • 2001-08-28
    • US09035767
    • 1998-03-06
    • Kazuhiro KimuraHideki HirakawaAkira Kumano
    • Kazuhiro KimuraHideki HirakawaAkira Kumano
    • G06F1721
    • G06F17/2735G06F17/2863
    • The dictionary management apparatus of the present invention updates each dictionary included in a plurality of language processing system. A request section requests download of dictionary data for a dictionary server according to a user's request or a predetermined condition. The dictionary server stores the dictionary data to be supplied to the language processing system. An update section updates the dictionary of the plurality of language processing system according to the dictionary data downloaded from the dictionary server. A collection section collects a user dictionary data updated in the dictionary of at least one language processing system. An upload section sends the user dictionary data collected by the collection section to the dictionary server as upload data.
    • 本发明的字典管理装置更新包括在多个语言处理系统中的每个字典。 请求部分请求根据用户的请求或预定条件下载字典服务器的字典数据。 字典服务器存储要提供给语言处理系统的字典数据。 更新部根据从字典服务器下载的字典数据来更新多个语言处理系统的字典。 收集部分收集在至少一个语言处理系统的字典中更新的用户字典数据。 上传部分将收集部分收集的用户字典数据作为上传数据发送到字典服务器。
    • 13. 发明授权
    • Synchronization regeneration circuit
    • 同步再生电路
    • US5809094A
    • 1998-09-15
    • US654858
    • 1996-05-29
    • Takahiko MasumotoKazuhiro KimuraHiroshi Kaneko
    • Takahiko MasumotoKazuhiro KimuraHiroshi Kaneko
    • H04H40/18H04J3/06H04L7/00
    • H04J3/0608H04H40/18H04H2201/13
    • An offset circuit (2) detects an offset word serving as a synchronization pattern. By being triggered by the detection, main and subordinate synchronization detection circuits (5 and 6) detect the periodicity of the offset word only during a predetermined backward guard period. Both synchronization detection circuits (5 and 6) detect offset words at different timings. Therefore, if one synchronization detection circuit (5 or 6) fails in detection of synchronization, it is possible to use a detection result of the other synchronization detection circuit (5 or 6). Moreover, received data during the backward guard period is stored in a data memory (11). Therefore, it is possible to use the stored data as received data after detection of synchronization. Even after establishment of synchronization, the synchronization detection circuit (5 or 6) continuously detects the periodicity of an offset word at a timing different from an established timing. Therefore, when established synchronization is incorrect, it can immediately be corrected.
    • 偏移电路(2)检测作为同步模式的偏移字。 通过检测触发,主要和从属同步检测电路(5和6)仅在预定的后退保护周期期间检测偏移字的周期。 两个同步检测电路(5和6)在不同的定时检测偏移字。 因此,如果一个同步检测电路(5或6)在同步检测中失败,则可以使用另一个同步检测电路(5或6)的检测结果。 此外,在后向保护期间的接收数据存储在数据存储器(11)中。 因此,可以在检测到同步之后将所存储的数据用作接收数据。 即使在同步建立之后,同步检测电路(5或6)在与建立的定时不同的定时连续检测偏移字的周期。 因此,当建立同步不正确时,可以立即进行更正。
    • 16. 发明授权
    • Inference system
    • 推理系统
    • US4704695A
    • 1987-11-03
    • US733721
    • 1985-05-14
    • Kazuhiro KimuraKatsuyo Ishida
    • Kazuhiro KimuraKatsuyo Ishida
    • G06F9/44G06N5/02G06F15/18G06K9/66
    • G06N5/022
    • In an inference system in accordance with the present invention, an attributive information is supplemented to a knowledge unit for the purpose of smooth execution of inference, and a knowledge base is constructed with this pair as the building unit. In connection with this, functions that are in response to the purpose, such as selection or rejection of a knowledge unit and alteration in the order of search, are added to the inference organ, based on the attributive information. Employed as an attributive information is, for example, the information on the frequency of use of each knowledge unit. The inference organ renews the information on the frequency of use for every use of each knowledge unit. In addition, a housing space is allocated to each knowledge unit based on the information on the frequency of use. This means, for example, that a knowledge unit with higher frequency of use is housed in an area of the inference organ such as core memory that may be accessed with ease.
    • 在根据本发明的推理系统中,为了顺利执行推理,将属性信息补充到知识单元,并且以该对构建知识库作为构建单元。 与此相关的是,根据属性信息将推理机构的功能应用于响应于目的的功能,例如知识单元的选择或拒绝以及搜索顺序的改变。 作为属性信息使用的是例如关于每个知识单元的使用频率的信息。 推理器更新每个知识单位使用频率的信息。 此外,基于使用频率的信息,向每个知识单元分配住房空间。 这意味着例如,具有更高使用频率的知识单元被容纳在推理机构的区域中,例如可以容易地访问的核心存储器。