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    • 1. 发明授权
    • Time series signal recognition with signal variation proof learning
    • 时间序列信号识别与信号变异学习
    • US06178399B1
    • 2001-01-23
    • US08427272
    • 1995-04-24
    • Yoichi TakebayashiHiroshi KanazawaHiroyuki Chimoto
    • Yoichi TakebayashiHiroshi KanazawaHiroyuki Chimoto
    • G10L1500
    • G10L15/20G10L15/063G10L21/0216G10L2015/0631G10L2015/0638G10L2015/088
    • Time series signals are recognized by extracting a multiplicity of candidate feature vectors characterizing an individual time series signal without fixing a boundary for the individual time series signal, and calculating similarity values for each of the multiplicity of candidate feature vectors and the reference patterns stored in the recognition dictionary, from which one reference pattern for which the similarity value is greater than a prescribed threshold value is selected as a recognition result. New reference patterns to be stored in the recognition dictionary are learned by artificially synthesizing signal patterns with variations for learning; extracting feature vectors for learning from the recognition results and the similarity values obtained by the recognizing step from the signal patterns with variations for learning; and obtaining new reference patterns from the feature vectors for learning extracted by the extracting step.
    • 通过提取表征各个时间序列信号的多个候选特征向量而不固定各个时间序列信号的边界来识别时间序列信号,并且计算多个候选特征向量中存储的各个参考模式的相似度值 识别字典,其中相似度值大于规定阈值的一个参考图案被选择作为识别结果。 通过人工合成具有用于学习的变化的信号模式来学习要存储在识别词典中的新参考模式; 从用于学习的变化的信号模式中,从识别结果提取用于学习的特征向量和由识别步骤获得的相似度值; 并从用于通过提取步骤提取的用于学习的特征向量获得新的参考模式。
    • 3. 发明授权
    • Image processing apparatus and method of controlling the same
    • 图像处理装置及其控制方法
    • US5550961A
    • 1996-08-27
    • US202133
    • 1994-02-25
    • Hiroyuki Chimoto
    • Hiroyuki Chimoto
    • G06T15/00G06F15/00
    • G06T15/04
    • Texture mapping is performed on polygons at the same speed as a polygon drafting process without a texture cache, thereby reducing complexity without an increase in cost. An image memory is constituted in a double-buffer structure, and an address line, a data line and a memory control line are individually connected to each buffer. One of the two buffers is used for texture data, and the other for a drawing result. The texture data is one-dimensional, and the size thereof is less than a maximum value of a column address. The other buffer is an imaginary double buffer with two buffers, one of the buffers being used for reading out image data from a SAM port, the other being used for writing image data produced from polygons. Read/write switching is effected in a vertical flyback period. In the read-out buffer, just after row-directional read-out, the associated row is cleared by the flash write function of a multiport DRAM in a horizontal flyback period, and the next read-out address is output. In synchronism with this, texture data is refreshed.
    • 纹理映射以与没有纹理高速缓存的多边形绘制过程相同的速度在多边形上执行,从而降低复杂性而不增加成本。 图像存储器以双缓冲器结构构成,地址线,数据线和存储器控制线分别连接到每个缓冲器。 两个缓冲区之一用于纹理数据,另一个用于绘制结果。 纹理数据是一维的,其大小小于列地址的最大值。 另一个缓冲区是具有两个缓冲区的虚拟双缓冲区,其中一个缓冲区用于从SAM端口读出图像数据,另一个用于写入从多边形生成的图像数据。 读/写切换在垂直反激期内实现。 在读出缓冲器中,就在行方向读出之后,在水平回扫周期中,通过多端口DRAM的闪存写入功能清除相关行,并输出下一个读出地址。 与此同步,纹理数据被刷新。
    • 4. 发明授权
    • Apparatus and method of displaying electronic preview guide
    • 显示电子预览指南的装置和方法
    • US06532590B1
    • 2003-03-11
    • US09301160
    • 1999-04-28
    • Hiroyuki Chimoto
    • Hiroyuki Chimoto
    • G06F300
    • H04N5/44543H04N21/4263H04N21/4314H04N21/4316H04N21/4821
    • An electronic preview guide (EPG) display apparatus for use in a broadcast receiver, for selectively presenting viewers a broadcast schedule. The broadcast schedule is presented in a grid pattern with one or more rows each showing a TV channel number or a TV station name and an array of slots containing preview guide messages of its broadcast schedule extending in the direction of time axis, using a preview guide data broadcast by each broadcast station and a present time. The apparatus includes a display controller for making an EPG slot at the present time or a viewer-designated time wider than other slots within the EPG screen.
    • 一种用于广播接收机的电子预览指南(EPG)显示装置,用于选择性地向观看者呈现广播时间表。 广播时间表以具有一个或多个行的网格图案呈现,每行显示TV频道号或电视台名称,以及包含其在时间轴方向上延伸的广播节目的预览指南消息的时隙阵列,使用预览指南 每个广播台广播的数据和当前时间。 该装置包括用于在当前时间制作EPG插槽的显示控制器或比EPG屏幕内的其它插槽更宽的观众指定时间。
    • 5. 发明授权
    • Multimedia television receiver and method of booting the same
    • 多媒体电视接收机及其引导方法
    • US5838383A
    • 1998-11-17
    • US522486
    • 1995-08-31
    • Hiroyuki ChimotoSeijiro YasukiShigeru Tashiro
    • Hiroyuki ChimotoSeijiro YasukiShigeru Tashiro
    • H04L27/00H04N5/00H04N5/44H04N5/455H04N7/00H04N7/10H04N7/173H04N7/14
    • H04N7/17318H04L27/00H04N21/4113H04N21/4432H04N21/4622H04N5/4401H04N5/455H04N7/007H04N7/10
    • An NTSC tuner, an ISDB tuner, a CATV tuner, and a CATV modulator are connected to an analog switch box. Demodulation sections, an A/D, clock-reproducing section, and a modulation section are connected between the analog switch box a bus. MPEG2 video decoder sections, an MPEG2 audio decoder sections, an NTSC/EDTV horizontal decoder section, an EDTV vertical decoder section, an MPEG2 video encoder section, and an MPEG2 audio encoder section are connected between the bus and a bus. An audio amplifier, a graphics controller, and A/D conversion sections are connected the bus. The switch box and the buses are connected to a bus controller, which is connected to a CPU, a memory, and a remote-control I/F. These modules are selectively used to receive and process digital broadcasting signals, digital CATV signals or NTSC broadcasting signals. Even while the CPU is performing bootstrap processing immediately after the power switch of the television receiver is turned on, a DMA device is initialized, causing a monitor to display an image being received, no matter whether an operating system has been activated or not.
    • NTSC调谐器,ISDB调谐器,CATV调谐器和CATV调制器连接到模拟开关盒。 解调部分,A / D,时钟再现部分和调制部分连接在模拟开关盒的总线之间。 MPEG2视频解码器部分,MPEG2音频解码器部分,NTSC / EDTV水平解码器部分,EDTV垂直解码器部分,MPEG2视频编码器部分和MPEG2音频编码器部分连接在总线和总线之间。 音频放大器,图形控制器和A / D转换部分连接总线。 开关盒和总线连接到总线控制器,该总线控制器连接到CPU,存储器和远程控制I / F。 这些模块有选择地用于接收和处理数字广播信号,数字CATV信号或NTSC广播信号。 即使CPU在电视接收机的电源切换开启之后立即执行自举处理,也不管操作系统是否被激活,DMA设备被初始化,使得监视器显示正在接收的图像。
    • 6. 发明授权
    • Method and apparatus for time series signal recognition with signal
variation proof learning
    • 用信号变异校正学习的时间序列信号识别方法和装置
    • US5761639A
    • 1998-06-02
    • US295170
    • 1994-08-24
    • Yoich TakebayashiHiroshi KanazawaHiroyuki Chimoto
    • Yoich TakebayashiHiroshi KanazawaHiroyuki Chimoto
    • G10L15/00G10L15/06G10L15/20G10L5/06
    • G10L15/063G10L15/20G10L2015/0631G10L2015/0638G10L2015/088G10L21/0216
    • A time series signal recognition capable of obtaining a high recognition rate even for the speech data with low S/N ratio in noisy environments. The time series signals are recognized by extracting a plurality of candidate feature vectors characterizing an individual time series signal, without fixing a boundary for the individual time series signal. Similarity values are calculated for each of the plurality of candidate feature vectors and the reference patterns stored in the recognition dictionary, from which one reference pattern for which the similarity value is greater than a prescribed threshold value is selected as a recognition result. New reference patterns to be stored in the recognition dictionary are learned by acquiring actual background noise of the apparatus, and mixing prescribed noiseless signal patterns with the acquired background noise to form signal patterns for learning. The signal patterns for learning are recognized by extracting features vectors for learning from the signal patterns for learning, and the new reference patterns are obtained from the extracted feature vectors for learning. The learning process is iterated at different noise levels, so as to optimize the determination of the word boundary. The background noise may be constantly acquired, and learning can be carried out using the noise data acquired immediately before the speech data is input.
    • 即使在嘈杂环境中具有低S / N比的语音数据,也能够获得高识别率的时间序列信号识别。 通过提取表征各个时间序列信号的多个候选特征向量,而不固定各个时间序列信号的边界来识别时间序列信号。 对于存储在识别词典中的多个候选特征向量和参考图案中的每一个计算相似度值,从中选择相似度值大于规定阈值的一个参考图案作为识别结果。 通过获取装置的实际背景噪声,并将规定的无噪声信号模式与所获取的背景噪声混合,形成要存储在识别字典中的新参考模式,以形成用于学习的信号模式。 用于学习的信号模式通过从用于学习的信号模式中提取用于学习的特征向量来识别,并且从所提取的用于学习的特征向量获得新的参考模式。 学习过程在不同的噪声级别迭代,以优化单词边界的确定。 可以不断地获取背景噪声,并且可以使用在语音数据输入之前立即获取的噪声数据来进行学习。