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    • 1. 发明申请
    • METHOD FOR MANUFACTURING A SEMICONDUCTOR PACKAGE
    • 制造半导体封装的方法
    • US20100211386A1
    • 2010-08-19
    • US12767271
    • 2010-04-26
    • Eung-Don LeeDo-Young Kim
    • Eung-Don LeeDo-Young Kim
    • G10L19/12
    • G10L19/032G10L2019/0013
    • The present research can decrease the amount of computation and enhance speech quality by using a global pulse replacement method in a fixed codebook search. The fixed codebook search method in a speech encoder based upon global pulse replacement, includes the steps of: (a) computing absolute values of the pulse-position likelihood-estimator vectors; (b) temporarily obtaining a codebook vector; (c) computing a mathematical equation by replacing a pulse; (d) determining whether a value computed based upon the mathematical equation is increased after pulse replacement; (e) obtaining a new codebook vector by replacing the pulse; and (f) maintaining a previous codebook vector.
    • 本研究可以通过在固定码本搜索中使用全局脉冲替换方法来减少计算量并提高语音质量。 基于全局脉冲替换的语音编码器中的固定码本搜索方法包括以下步骤:(a)计算脉冲位置似然估计器矢量的绝对值; (b)暂时获得码本矢量; (c)通过替换脉冲来计算数学方程; (d)确定在脉冲置换之后基于数学方程计算的值是否增加; (e)通过替换脉冲获得新的码本矢量; 和(f)保持先前的码本向量。
    • 2. 发明授权
    • Method for searching fixed codebook based upon global pulse replacement
    • 基于全局脉冲替换检索固定码本的方法
    • US07739108B2
    • 2010-06-15
    • US10740310
    • 2003-12-17
    • Eung-Don LeeDo-Young Kim
    • Eung-Don LeeDo-Young Kim
    • G10L19/00G10L19/12H04L12/66
    • G10L19/032G10L2019/0013
    • The present research can decrease the amount of computation and enhance speech quality by using a global pulse replacement method in a fixed codebook search. The fixed codebook search method in a speech encoder based upon global pulse replacement, includes the steps of: (a) computing absolute values of the pulse-position likelihood-estimator vectors; (b) temporarily obtaining a codebook vector; (c) computing a mathematical equation by replacing a pulse; (d) determining whether a value computed based upon the mathematical equation is increased after pulse replacement; (e) obtaining a new codebook vector by replacing the pulse; and (f) maintaining a previous codebook vector.
    • 本研究可以通过在固定码本搜索中使用全局脉冲替换方法来减少计算量并提高语音质量。 基于全局脉冲替换的语音编码器中的固定码本搜索方法包括以下步骤:(a)计算脉冲位置似然估计器矢量的绝对值; (b)暂时获得码本矢量; (c)通过替换脉冲来计算数学方程; (d)确定在脉冲置换之后基于数学方程计算的值是否增加; (e)通过替换脉冲获得新的码本矢量; 和(f)保持先前的码本向量。
    • 3. 发明申请
    • Pitch conversion method for reducing complexity of transcoder
    • 用于降低代码转换器复杂度的间距转换方法
    • US20060095255A1
    • 2006-05-04
    • US11261348
    • 2005-10-27
    • Eung-Don LeeJong-Mo SungDo-Young Kim
    • Eung-Don LeeJong-Mo SungDo-Young Kim
    • G10L11/04
    • G10L21/003G10L19/173
    • The present invention provides a pitch conversion method for reducing complexity of a transcoder for optimizing a speech quality and a complexity using characteristics of encoder in a transmitter and decoder in a receiver. The pitch conversion method for reducing complexity of the transcoder includes: classifying plural frames transmitted from a transmitter into frame units, each having a predetermined number of frame; recognizing a transmitting pitch included in the frame units; deciding a pitch estimation range based on the transmitting pitch; estimating at least one candidate pitch in the pitch estimation range by using a open-loop pitch search operation; and searching a final pitch around the estimated candidate pitch by using a closed-loop pitch search operation.
    • 本发明提供了一种音调转换方法,用于降低代码转换器的复杂度,以便使用接收机中的发射机和解码器中的编码器的特性优化语音质量和复杂度。 用于降低代码转换器的复杂度的音调转换方法包括:将从发送器发送的多个帧分为帧单位,每个帧具有预定数量的帧; 识别包括在所述帧单元中的发送音调; 基于发送间距决定音调估计范围; 通过使用开环音调搜索操作来估计音调估计范围中的至少一个候选音调; 并且通过使用闭环音调搜索操作来搜索所估计的候选音调周围的最后音调。
    • 4. 发明授权
    • Method for searching fixed codebook based upon global pulse replacement
    • 基于全局脉冲替换检索固定码本的方法
    • US08185385B2
    • 2012-05-22
    • US12767271
    • 2010-04-26
    • Eung-Don LeeDo-Young Kim
    • Eung-Don LeeDo-Young Kim
    • G01L19/00G01L19/12H04L12/66
    • G10L19/032G10L2019/0013
    • The present research can decrease the amount of computation and enhance speech quality by using a global pulse replacement method in a fixed codebook search. The fixed codebook search method in a speech encoder based upon global pulse replacement, includes the steps of: (a) computing absolute values of the pulse-position likelihood-estimator vectors; (b) temporarily obtaining a codebook vector; (c) computing a mathematical equation by replacing a pulse; (d) determining whether a value computed based upon the mathematical equation is increased after pulse replacement; (e) obtaining a new codebook vector by replacing the pulse; and (f) maintaining a previous codebook vector.
    • 本研究可以通过在固定码本搜索中使用全局脉冲替换方法来减少计算量并提高语音质量。 基于全局脉冲替换的语音编码器中的固定码本搜索方法包括以下步骤:(a)计算脉冲位置似然估计器矢量的绝对值; (b)暂时获得码本矢量; (c)通过替换脉冲来计算数学方程; (d)确定在脉冲置换之后基于数学方程计算的值是否增加; (e)通过替换脉冲获得新的码本矢量; 和(f)保持先前的码本向量。
    • 7. 发明授权
    • Reading method of non-volatile memory device
    • 非易失性存储器件的读取方法
    • US09159436B2
    • 2015-10-13
    • US13620466
    • 2012-09-14
    • Do-Young Kim
    • Do-Young Kim
    • G11C16/26G11C16/24G11C16/34
    • G11C16/26G11C16/24G11C16/3418
    • A non-volatile memory device includes a first selection transistor, a second selection transistor, and a plurality of memory cells serially coupled between the first selection transistor and the second selection transistor. A reading method of the non-volatile memory device includes applying a read voltage to a gate of a selected memory cell; applying a first pass voltage to a gate of a memory cell adjacent to the selected memory cell, and applying a second pass voltage to gates of the other memory cells, wherein the selected memory cell is in one program state among first to Tth program states in a direction that threshold voltage is increased, where T is a natural number greater than 2, and the first pass voltage is decreased as the selected memory cell goes toward the Tth program state.
    • 非易失性存储器件包括第一选择晶体管,第二选择晶体管和串联耦合在第一选择晶体管和第二选择晶体管之间的多个存储单元。 非易失性存储器件的读取方法包括将读取电压施加到所选存储单元的栅极; 对与所选择的存储单元相邻的存储单元的栅极施加第一通过电压,以及向其它存储单元的栅极施加第二通过电压,其中所选择的存储单元在第一至第T程序状态中处于一个程序状态 阈值电压增加的方向,其中T是大于2的自然数,并且随着所选择的存储器单元朝向第T编程状态,第一通过电压减小。