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    • 51. 发明申请
    • Apparatus, method and computer program product for optimum translation based on semantic relation between words
    • 基于词之间语义关系的最佳翻译的装置,方法和计算机程序产品
    • US20070100601A1
    • 2007-05-03
    • US11446961
    • 2006-06-06
    • Kazuhiro Kimura
    • Kazuhiro Kimura
    • G06F17/28
    • G06F17/2872G06F17/2755G06F17/279Y10S707/99948
    • A machine translation apparatus includes a identification information detection unit that detects information identifiable to a designated object; a receiving unit that receives a source language sentence; a word dividing unit that divides the source language sentence into a plurality of first word by morphological analysis; a deixis detection unit that detects, from the divided word, a deixis indicating the object directly; a correspondence setting unit that sets the identification information of the designated object and the deixis in correspondence with each other; a semantic class determining unit that determines the semantic class indicating a semantic attribute of the designated objectbased on the identification information of the designated object corresponding to the deixis; and a translation unit that translates the source language sentence where the deixis is attached the attribute having the semantic class of the designated object.
    • 机器翻译装置包括:识别信息检测单元,其检测可指定对象的信息; 接收源语言句的接收单元; 通过形态分析将源语言句分为多个第一个词的单词分割单元; 一个指示检测单元,用于从划分的字检测指示对象的指示符; 对应设置单元,其将指定对象的识别信息和指示符相对应地设置; 语义类确定单元,其基于与所述指示对象相对应的所述指定对象的识别信息,来确定指示所述指定对象的语义属性的所述语义类; 以及翻译单元,其翻译与所指定对象的语义类别相关联的属性的源语言句子。
    • 53. 发明授权
    • Synchronous circuit for FM multiple broadcast receiver
    • FM多播接收机同步电路
    • US06363063B1
    • 2002-03-26
    • US09047824
    • 1998-03-25
    • Kazuhiro KimuraShigeaki HayashibeTakahiko MasumotoYutaka HirakosoHiroshi Kaneko
    • Kazuhiro KimuraShigeaki HayashibeTakahiko MasumotoYutaka HirakosoHiroshi Kaneko
    • H04B700
    • H03J1/0066H04H20/22H04H60/37H04H2201/13
    • A receiver receives FM multiplex broadcast data of both RDS and DARC systems by using one front end. A BIC detection circuit (101) detects a block identification code (BIC) included in received data. A coincidence/non-coincidence detection circuit (104) judges whether or not a BIC detection timing is correct and emits a coincidence/non-coincidence pulse. A forward protection circuit (106) counts a frequency of outputs of non-coincidence pulses and retains an established synchronous condition until the counted value exceeds a predetermined value. Then, a forward protection control circuit (108) inhibits the forward protection circuit from performing a count operation while a search is performed for selecting a station. Also, a rearward protection circuit (105) counts a frequency of outputs of coincidence pulses and establishes a synchronous condition when the counted value reaches a predetermined value. Further, a rearward protection control circuit (800) inhibits the rearward protection circuit from performing a count operation while a search is performed.
    • 接收机通过使用一个前端接收RDS和DARC系统的FM多路复用广播数据。 BIC检测电路(101)检测包含在接收数据中的块识别码(BIC)。 一致/不符合检测电路(104)判断BIC检测定时是否正确并且发出一致/非重合脉冲。 正向保护电路(106)对不一致脉冲的输出频率进行计数,并保持建立的同步状态,直到计数值超过预定值。 然后,当进行用于选择站的搜索时,前向保护控制电路(108)禁止前向保护电路执行计数操作。 此外,后方保护电路(105)对一致脉冲的输出频率进行计数,并且当计数值达到预定值时建立同步状态。 此外,在执行搜索时,后向保护控制电路(800)禁止后向保护电路执行计数操作。
    • 54. 发明授权
    • RDS signal detection device
    • RDS信号检测装置
    • US06256359B1
    • 2001-07-03
    • US08840988
    • 1997-04-21
    • Takahiko MasumotoKazuhiro KimuraHiroshi Kaneko
    • Takahiko MasumotoKazuhiro KimuraHiroshi Kaneko
    • H04L512
    • H04L27/2332H04H20/22H04H60/44H04H2201/13H04L2027/0028H04L2027/0048
    • Received signals are digitized by a comparator, and sampled by regenerated clock signals synchronized to a carrier. Biphase symbol data are demodulated based on the sampling data. A biphase decoder circuit performs subtraction of the biphase symbol data to be paired. The subtraction result is compared with threshold values by data judgment circuitry which then judges inversion of the biphase signals to be paired. An RDS-ID detector circuit detects inversion of RDS signals by detection of either continuity or a ratio of signals received for a certain length period. Alternatively, RDS signals are detected by stability of output from the pair judgment circuit to detect a combination of biphase symbols.
    • 接收信号由比较器数字化,并通过与载波同步的再生时钟信号采样。 基于采样数据对双相符号数据进行解调。 双相解码器电路执行要配对的双相符号数据的减法。 通过数据判断电路将减法结果与阈值进行比较,然后数据判断电路判断双相信号的配对倒置。 RDS-ID检测器电路通过检测在一定长度周期内接收的信号的连续性或比率来检测RDS信号的反转。 或者,通过对对判断电路的输出的稳定性来检测RDS信号,以检测双相符号的组合。