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    • 7. 发明公开
    • SIGNAL DECODING APPARATUS AND METHOD THEREOF
    • SIGNALDECODIERUNGSEINRICHTUNG不足之地
    • EP3096316A1
    • 2016-11-23
    • EP16177436.9
    • 2005-05-31
    • SONY CORPORATION
    • Suzuki, Shiro
    • G10L19/02G10L19/032
    • G10L19/032
    • In a signal encoding apparatus (1) a frequency normalization unit (11) normalizes each spectrum of spectral signals by using respectively normalization factors and supplies a normalization factor index per spectrum to a quantization accuracy determining unit (13). The quantization accuracy determining unit (13) adds a weighting factor using auditory properties to the normalization factor index per spectrum of range conversion spectral signals which are subjected to normalization as well as range conversion, and the quantization accuracy is determined according to the result of addition. Then, a quantization unit (14) performs quantization with the quantization accuracy corresponding to a quantization accuracy index supplied from the quantization accuracy determining unit (13), while the encoding/code string generating unit (15) encodes the weighting factor supplied from the quantization accuracy determining unit (13), together with the normalization factor index and the quantized spectral signal.
    • 在信号编码装置(1)中,频率归一化单元(11)通过分别使用归一化因子来对频谱信号的每个频谱进行归一化,并将每个频谱的归一化因子索引提供给量化精度确定单元(13)。 量化精度确定单元(13)将使用听觉特性的加权因子加到归一化因子指数,每个频谱变换频谱信号进行归一化和范围转换,并且根据加法结果确定量化精度 。 然后,量化单元(14)以与从量化精度确定单元(13)提供的量化精度指标对应的量化精度进行量化,而编码/代码串生成单元(15)对从量化精度确定单元(13)提供的加权因子 精度确定单元(13)以及归一化因子索引和量化频谱信号。
    • 8. 发明公开
    • Playback apparatus and display method.
    • Wiedergabevorrichtung und Anzeigeverfahren
    • EP2144242A1
    • 2010-01-13
    • EP09251757.2
    • 2009-07-08
    • Sony Corporation
    • Suzuki, ShiroKemmochi, Chisato
    • G11B27/10G11B27/28G11B27/34G11B20/10G10H1/00G10L21/02
    • G11B27/105G10H2220/005G10H2220/351G10H2240/081G10H2240/131G10L25/48G11B20/10037G11B20/10527G11B27/28G11B27/34G11B2020/10564
    • A playback apparatus is able to present song categories to the user that are suited to the current environmental noise. An audio pickup picks up noise data of the surrounding environment. A noise analyzer analyzes the noise data, and then extracts characteristic quantities expressing the characteristics of the noise data. A noise categorizer categorizes the noise data on the basis of the extracted noise data characteristic quantities. A content category database stores content data recorded onto a recording medium in association with categories based on characteristic quantities of the content data. A content category selector cross-references the noise data categorization result with the content category database, and on the basis thereof, selects a plurality of content data categories from among the categorized content data recorded onto the recording medium. A display unit then displays the selected plurality of content data categories.
    • 播放装置能够向适合于当前环境噪声的用户呈现歌曲类别。 音频拾取器拾取周围环境的噪声数据。 噪声分析仪分析噪声数据,然后提取表示噪声数据特征的特征量。 噪声分类器根据所提取的噪声数据特征量对噪声数据进行分类。 内容类别数据库基于内容数据的特征量将与记录介质相关联的内容数据存储在记录介质上。 内容类别选择器与内容类别数据库交叉参考噪声数据分类结果,并且基于此,从记录在记录介质上的分类内容数据中选择多个内容数据类别。 然后,显示单元显示所选择的多个内容数据类别。