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    • 43. 发明授权
    • Global metadata embedding and decoding
    • 全球元数据嵌入和解码
    • US08156153B2
    • 2012-04-10
    • US12180484
    • 2008-07-25
    • Jian WangZhouchen LinYue LiChunhui ZhangYingnong DangJiang WuQiang Wang
    • Jian WangZhouchen LinYue LiChunhui ZhangYingnong DangJiang WuQiang Wang
    • G06F7/00G06F17/00G06K9/00
    • G06F17/242G06F3/0321G06F3/03545
    • Global metadata, such as a document identifier, which may be a globally unique identifier, is embedded into an embedded interactive code document by combining a first m-array and a plurality of copies of the first m-array to generate a combined m-array with encoded global metadata such that respective start positions (xd, yd)i of the plurality of copies of the first m-array in the combined m-array are each shifted, by respective amounts that are based on respective portions of the global metadata, relative to a start position of the first m-array in the combined m-array. Global metadata may be decoded from the combined m-array by determining the respective amounts by which the plurality of copies of the first m-array are shifted, relative to the first m-array, in the combined m-array and by combining the respective amounts to produce a decoded value of the global metadata.
    • 通过组合第一m阵列和第一m阵列的多个副本来将全局元数据(诸如可以是全球唯一标识符的文档标识符)嵌入到嵌入式交互式代码文档中以生成组合的m阵列 具有编码的全局元数据,使得组合的m阵列中的第一m阵列的多个副本中的各个开始位置(xd,yd)i分别被移动,基于全局元数据的相应部分的相应量, 相对于组合的m阵列中的第一m阵列的开始位置。 可以通过确定在组合的m阵列中第一m阵列的多个副本相对于第一m阵列移位的相应量,并通过组合相应的数组来组合全局元数据 相当于产生全局元数据的解码值。
    • 45. 发明申请
    • GLOBAL METADATA EMBEDDING AND DECODING
    • 全球元数据嵌入和解码
    • US20090119573A1
    • 2009-05-07
    • US12180484
    • 2008-07-25
    • Jian WangZhouchen LinYue LiChunhui ZhangYingnong DangJiang WuQiang Wang
    • Jian WangZhouchen LinYue LiChunhui ZhangYingnong DangJiang WuQiang Wang
    • G06F17/00
    • G06F17/242G06F3/0321G06F3/03545
    • In accordance with embodiments of the invention, global metadata, such as a document identifier, which may be a globally unique identifier, is embedded into an embedded interactive code document by combining a first m-array and a plurality of copies of the first m-array to generate a combined m-array with encoded global metadata such that respective start positions (xd,yd)i of the plurality of copies of the first m-array in the combined m-array are each shifted, by respective amounts that are based on respective portions of the global metadata, relative to a start position of the first m-array in the combined m-array. Global metadata may be decoded from the combined m-array by determining the respective amounts by which the plurality of copies of the first m-array are shifted, relative to the first m-array, in the combined m-array and by combining the respective amounts to produce a decoded value of the global metadata.
    • 根据本发明的实施例,通过组合第一m阵列和第一m-阵列的多个副本,将嵌入式交互式代码文档中的全局元数据(诸如可以是全局唯一标识符的文档标识符)嵌入到嵌入式交互式代码文档中, 阵列以生成具有编码的全局元数据的组合m阵列,使得组合的m阵列中的第一m阵列的多个副本中的相应起始位置(xd,yd)i各自偏移基于 在全局元数据的相应部分上相对于组合的m阵列中的第一m阵列的开始位置。 可以通过确定在组合的m阵列中第一m阵列的多个副本相对于第一m阵列移位的相应量,并通过组合相应的数组来组合全局元数据 相当于产生全局元数据的解码值。
    • 46. 发明授权
    • Apparatus for neuromuscular measurement and control
    • 用于神经肌肉测量和控制的装置
    • US07489965B2
    • 2009-02-10
    • US10957930
    • 2004-10-04
    • Ying SunJiang WuLeon P. CollisRobert B. Hill
    • Ying SunJiang WuLeon P. CollisRobert B. Hill
    • A61N1/00
    • A61N1/32A61B5/05A61B5/4041A61B5/4047
    • A dynamically configurable clamping device for applying a desired electrical current to a tissue membrane includes an input lead electrically connected to the tissue membrane to provide a sensed signal indicative of voltage across the membrane. An input circuit includes an analog-to-digital converter, and is responsive to the sensed signal and provides a digitized signal indicative of the sensed signal. A digital signal processor executes selected program instructions to operate in a selected one of (i) a voltage clamp mode, (ii) a current clamp mode or (iii) a dynamic clamp mode based upon the state of a mode selection signal indicative of the selected operating mode. The digital signal processor provides a digital current command signal indicative of the current to be applied to the tissue membrane. An output circuit receives the digital current command signal, and generates a current signal indicative thereof. An output lead receives and applies the current signal to the tissue membrane. Digital feedback control is advantageous over the traditional systems by providing programmability, capability for dynamic changes of clamping modes, hardware simplification, and integration of multi-channel clamping systems. The digital signal processor in the feedback loop provides programmability in the control algorithm.
    • 用于向组织膜施加期望的电流的动态配置的钳位装置包括电连接到组织膜的输入引线,以提供指示穿过膜的电压的感测信号。 输入电路包括模数转换器,并响应于所感测的信号,并提供指示感测信号的数字化信号。 数字信号处理器执行所选择的程序指令以在(i)电压钳位模式,(ii)电流钳位模式或(iii)动态钳位模式中选择的一个中基于表示模式选择信号的状态 选择操作模式。 数字信号处理器提供指示要施加到组织膜的电流的数字电流命令信号。 输出电路接收数字电流指令信号,并产生指示其的电流信号。 输出引线接收并施加电流信号到组织膜。 数字反馈控制通过提供可编程性,对钳位模式的动态变化,硬件简化和多通道钳位系统的集成的能力,对传统系统是有利的。 反馈环路中的数字信号处理器在控制算法中提供可编程性。
    • 47. 发明授权
    • Global metadata embedding and decoding
    • 全球元数据嵌入和解码
    • US07421439B2
    • 2008-09-02
    • US11112672
    • 2005-04-22
    • Jian WangZhouchen LinYue LiChunhui ZhangYingnong DangJiang WuQiang Wang
    • Jian WangZhouchen LinYue LiChunhui ZhangYingnong DangJiang WuQiang Wang
    • G06F7/00G06F17/00G06K9/00
    • G06F17/242G06F3/0321G06F3/03545
    • Global metadata, such as a document identifier, which may be a globally unique identifier, is embedded into an embedded interactive code document by combining a first m-array and a plurality of copies of the first m-array to generate a combined m-array with encoded global metadata such that respective start positions (xd,yd)i of the plurality of copies of the first m-array in the combined m-array are each shifted, by respective amounts that are based on respective portions of the global metadata, relative to a start position of the first m-array in the combined m-array. Global metadata may be decoded from the combined m-array by determining the respective amounts by which the plurality of copies of the first m-array are shifted, relative to the first m-array, in the combined m-array and by combining the respective amounts to produce a decoded value of the global metadata.
    • 通过组合第一m阵列和第一m阵列的多个副本来将全局元数据(诸如可以是全球唯一标识符的文档标识符)嵌入到嵌入式交互式代码文档中以生成组合的m阵列 具有编码的全局元数据,使得第一m阵列的多个拷贝的相应开始位置(x,d,i,..., 组合的m阵列相对于组合的m阵列中的第一m阵列的开始位置而被移位,相应于基于全局元数据的相应部分的量。 可以通过确定在组合的m阵列中第一m阵列的多个副本相对于第一m阵列移位的相应量,并通过组合相应的数组来组合全局元数据 相当于产生全局元数据的解码值。
    • 48. 发明授权
    • Method and apparatus for increasing accuracy for locating cellular mobile station in urban area
    • 提高市区蜂窝移动台定位精度的方法和装置
    • US07151940B2
    • 2006-12-19
    • US10673219
    • 2003-09-30
    • Xinxi DiaoGang LiWeiming DuanJiang Wu
    • Xinxi DiaoGang LiWeiming DuanJiang Wu
    • H04Q7/20
    • H04W64/00G01S5/02G01S5/0215G01S5/12
    • The invention provides a method and apparatus for increasing the accuracy for locating a cellular mobile station in an urban area. The method is performed as follows: at first, if there is a request for location, the approximate position of a mobile station is determined by sector information, the time of arrival, and a time difference of arrival; then, the transmission of a locating pilot frequency for an adjacent assistant locating apparatus is initiated, and in the case of the transmission of the assistant locating pilot frequency, the time difference of arrival is measured once again; at the end of the measurement of the mobile station, the locating transmission of the assistant locating apparatus is closed; the assistant locating apparatus is requested to report the result of NLOS identification; with the measurement of the assistant locating pilot frequency by the mobile station and the result of NLOS identification, the position of the mobile station is estimated to acquire a more accurate position of the mobile station.
    • 本发明提供了一种用于提高在城市地区定位蜂窝移动站的准确性的方法和装置。 该方法的执行如下:首先,如果存在位置请求,则移动站的大致位置由扇区信息,到达时间和到达时间确定; 然后,启动相邻辅助定位装置的定位导频的发送,在辅助定位导频的发送的情况下,再次测量到达时间差; 在移动台的测量结束时,辅助定位装置的定位传输被关闭; 要求助理定位装置报告NLOS识别的结果; 通过移动台对辅助定位导频的测量和NLOS识别的结果,估计移动台的位置获取移动台的更准确的位置。