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    • 1. 发明申请
    • Market Research Analysis Method
    • 市场研究分析方法
    • US20080010108A1
    • 2008-01-10
    • US11753838
    • 2007-05-25
    • Ken RobertsCarissa WongElaine WongAlan Simpson
    • Ken RobertsCarissa WongElaine WongAlan Simpson
    • G06F17/30
    • G06Q30/02G06Q10/06375G06Q30/0202
    • A method is provided of predicting changes in market share, in the form of Preference Shares, in a market associated with proposed performance changes. The initial step is to provide a set of market research data suitable for CVA, including current market share data. The next step is to perform a CVA analysis through regression analysis in order to determine WWP parameters, so that for the market as a whole, a set of coefficients determining relative importance of each value driver to WWP, and for each market participant, a set of performance scores for each value driver, and an overall WWP value. The method continues by postulating a changed value in the performance score for one or more value drivers for a selected market participant. The postulated changed value is used to determine a predicted WWP value through relative impacts of the components associated with the WWP model. Finally, a postulated market value as a function of the calculated WWP value is calculated, so as to derive a postulated change in market share associated with postulated change.
    • 提供了一种在与拟议绩效变化相关的市场中以优先股形式预测市场份额变化的方法。 最初的一步是提供一套适合CVA的市场研究数据,包括目前的市场份额数据。 下一步是通过回归分析来执行CVA分析,以便确定WWP参数,使得对于整个市场而言,确定每个价值驱动者对WWP的相对重要性的系数集合以及针对每个市场参与者的集合 每个价值司机的绩效分数以及整体WWP值。 该方法通过在所选市场参与者的一个或多个价值驱动因素的表现得分中假设改变的值来继续。 假定的变化值用于通过与WWP模型相关的组件的相对影响来确定预测的WWP值。 最后,计算一个假设的市值作为计算出的WWP值,以便得出与假设变化相关的市场份额的假设变化。
    • 2. 发明授权
    • Measurement of emotional response to sensory stimuli
    • 对感觉刺激的情绪反应的测量
    • US08939903B2
    • 2015-01-27
    • US13162820
    • 2011-06-17
    • Kenneth George RobertsElaine Wong
    • Kenneth George RobertsElaine Wong
    • G06F19/00A61B5/16G06N3/00A61B5/00
    • A61B5/165A61B5/744G06F19/00G06N3/004G06N3/006G16H10/20G16H50/70
    • A method of measuring emotional response of at least one subject to a specific sensory stimulus comprises establishing (202) a plurality of basic emotions for measurement, including one or more positive affect emotions and one or more negative affect emotions. The subject is presented (302) with the specific sensory stimulus, and for each basic emotion is further presented (306) with a computer-generated display comprising interactive animated visual images representative of a metaphorical concept corresponding with the basic emotion. Input is then received (308) from the subject, who is enabled to adapt the animated visual images to accord with an emotional response to the sensory stimulus. The received input is converted to a corresponding quantitative emotional response value for each basic emotion. The quantitative emotional response value may be a difference value derived from a change in emotional state of the subject and based upon an initial calibration of emotional state performed prior to presenting the subject with the sensory stimulus. A visual presentation (1000) is generated, which comprises representations (1004, 1012, 1014) of the quantitative emotional response values for each of the plurality of basic emotions, whereby the relative emotional response of the subject in respect of each basic emotion is visually distinguishable.
    • 测量至少一个受试者对特定感觉刺激的情绪反应的方法包括建立(202)多个用于测量的基本情绪,包括一个或多个积极影响情绪和一个或多个负面影响情绪。 呈现具有特定感觉刺激的主题(302),并且针对每个基本情绪进一步呈现(306),计算机生成的显示器包括代表与基本情感相对应的隐喻概念的交互式动画视觉图像。 然后从被摄体接收(308)输入,其能够使动画视觉图像适应于对感觉刺激的情绪反应。 接收到的输入被转换为每个基本情绪的相应的定量情绪响应值。 定量情绪反应值可以是从受试者的情绪状态的变化导出的差异值,并且是基于在用感觉刺激呈现受试者之前执行的情绪状态的初始校准。 生成视觉呈现(1000),其包括对于多个基本情绪中的每一个的定量情绪响应值的表示(1004,1012,1014),由此对每个基本情绪的对象的相对情绪反应是视觉上的 可区分
    • 3. 发明申请
    • MEASUREMENT OF EMOTIONAL RESPONSE TO SENSORY STIMULI
    • 对感觉刺激的情绪反应的测量
    • US20120035428A1
    • 2012-02-09
    • US13162820
    • 2011-06-17
    • Kenneth George RobertsElaine Wong
    • Kenneth George RobertsElaine Wong
    • A61B5/00
    • A61B5/165A61B5/744G06F19/00G06N3/004G06N3/006G16H10/20G16H50/70
    • A method of measuring emotional response of at least one subject to a specific sensory stimulus comprises establishing (202) a plurality of basic emotions for measurement, including one or more positive affect emotions and one or more negative affect emotions. The subject is presented (302) with the specific sensory stimulus, and for each basic emotion is further presented (306) with a computer-generated display comprising interactive animated visual images representative of a metaphorical concept corresponding with the basic emotion. Input is then received (308) from the subject, who is enabled to adapt the animated visual images to accord with an emotional response to the sensory stimulus. The received input is converted to a corresponding quantitative emotional response value for each basic emotion. The quantitative emotional response value may be a difference value derived from a change in emotional state of the subject and based upon an initial calibration of emotional state performed prior to presenting the subject with the sensory stimulus. A visual presentation (1000) is generated, which comprises representations (1004, 1012, 1014) of the quantitative emotional response values for each of the plurality of basic emotions, whereby the relative emotional response of the subject in respect of each basic emotion is visually distinguishable.
    • 测量至少一个受试者对特定感觉刺激的情绪反应的方法包括建立(202)多个用于测量的基本情绪,包括一个或多个积极影响情绪和一个或多个负面影响情绪。 呈现具有特定感觉刺激的主题(302),并且针对每个基本情绪进一步呈现(306),计算机生成的显示器包括代表与基本情感相对应的隐喻概念的交互式动画视觉图像。 然后从被摄体接收(308)输入,其能够使动画视觉图像适应于对感觉刺激的情绪反应。 接收到的输入被转换为每个基本情绪的相应的定量情绪响应值。 定量情绪反应值可以是从受试者的情绪状态的变化导出的差异值,并且是基于在用感觉刺激呈现受试者之前执行的情绪状态的初始校准。 生成视觉呈现(1000),其包括对于多个基本情绪中的每一个的定量情绪响应值的表示(1004,1012,1014),由此对每个基本情绪的对象的相对情绪反应是视觉上的 可区分
    • 6. 发明申请
    • Optical csma/cd technique
    • 光学csma / cd技术
    • US20050078958A1
    • 2005-04-14
    • US10486527
    • 2002-07-30
    • Chang-Joon ChaeRodney TuckerElaine Wong
    • Chang-Joon ChaeRodney TuckerElaine Wong
    • H04J14/02H04L12/413H04L12/44H04B10/24
    • H04J14/0287H04J14/0227H04J14/0241H04J14/0282H04L12/413H04L12/44
    • An optical network (10) comprising a plurality of optical network units (12), an optical line terminal unit, and a first optical combiner unit (20), wherein the optical network units (12) are optically connected to the first optical combiner unit (20) via respective optical connections in a manner such that optical transmissions from the optical network units (12) are combined onto one optical line connection to the optical line terminal unit, a redirection unit (24) for redirecting a portion of a transmission signal on the optical line connection towards the first combiner unit (20) each optical network unit (12) comprising an optical transmitter unit (14) for transmitting an optical signal to the optical line terminal unit, and a CSMA/CD unit (16) arranged, in use, to tap off at least a portion of the redirected portion of the transmission signal from the optical connection between the optical network unit (12) and the first combiner unit (20), wherein the CSMA/CD unit (16) is further arranged to control the transmitter unit (14) based on the tapped off portion of the redirected portion of the transmission signal.
    • 一种光网络(10),包括多个光网络单元(12),光线路终端单元和第一光合并单元(20),其中所述光网络单元(12)光学连接到所述第一光组合器单元 (20),以使得来自光网络单元(12)的光传输被组合到与光线路终端单元的一个光线路连接上的方式,重定向单元(24),用于重定向传输信号的一部分 在朝向第一组合器单元(20)的光线路连接上,每个光网络单元(12)包括用于将光信号发送到光线路终端单元的光发射单元(14)和布置在光路上的CSMA / CD单元 在使用中,从光网络单元(12)和第一组合器单元(20)之间的光学连接中抽出传输信号的重定向部分的至少一部分,其中CSMA / CD单元(16)是 毛皮 r被布置成基于传输信号的重定向部分的分接部分来控制发射机单元(14)。