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    • 41. 发明授权
    • System and method for analyzing automatic speech recognition performance data
    • 用于分析自动语音识别性能数据的系统和方法
    • US08625773B2
    • 2014-01-07
    • US12106753
    • 2008-04-21
    • Scott H. MillsJohn M. Martin
    • Scott H. MillsJohn M. Martin
    • H04M3/00G10L11/00
    • G10L15/01
    • In a disclosed method for interpreting automatic speech recognition (ASR) performance data, a data processing system may receive user input that selects a log file to be processed. The log file may contain log records produced by an ASR system as a result of verbal interaction between an individual and the ASR system. In response to receiving the user input, the data processing system may automatically interpret data in the log records and generate interpretation results. The interpretation results may include a duration for a system prompt communicated to the individual by the ASR system, a user response to the system prompt, and a duration for the user response. The user response may include a textual representation of a verbal response from the individual, obtained through ASR. The interpretation results may also include an overall duration for the telephone call.
    • 在公开的用于解释自动语音识别(ASR)性能数据的方法中,数据处理系统可以接收选择要处理的日志文件的用户输入。 日志文件可能包含ASR系统产生的日志记录,这是由个人与ASR系统之间的口头交互造成的。 响应于接收到用户输入,数据处理系统可以自动解释日志记录中的数据并产生解释结果。 解释结果可以包括由ASR系统传达给个人的系统提示的持续时间,用户对系统提示的响应以及用户响应的持续时间。 用户响应可以包括通过ASR获得的来自个体的口头响应的文本表示。 解释结果还可以包括电话的整体持续时间。
    • 42. 发明申请
    • SYSTEM AND METHOD FOR ANALYZING AUTOMATIC SPEECH RECOGNITION PERFORMANCE DATA
    • 用于分析自动语音识别性能数据的系统和方法
    • US20080228489A1
    • 2008-09-18
    • US12106753
    • 2008-04-21
    • Scott H. MillsJohn M. Martin
    • Scott H. MillsJohn M. Martin
    • G10L11/00
    • G10L15/01
    • In a disclosed method for interpreting automatic speech recognition (ASR) performance data, a data processing system may receive user input that selects a log file to be processed. The log file may contain log records produced by an ASR system as a result of verbal interaction between an individual and the ASR system. In response to receiving the user input, the data processing system may automatically interpret data in the log records and generate interpretation results. The interpretation results may include a duration for a system prompt communicated to the individual by the ASR system, a user response to the system prompt, and a duration for the user response. The user response may include a textual representation of a verbal response from the individual, obtained through ASR. The interpretation results may also include an overall duration for the telephone call.
    • 在公开的用于解释自动语音识别(ASR)性能数据的方法中,数据处理系统可以接收选择要处理的日志文件的用户输入。 日志文件可能包含ASR系统产生的日志记录,这是由个人与ASR系统之间的口头交互造成的。 响应于接收到用户输入,数据处理系统可以自动解释日志记录中的数据并产生解释结果。 解释结果可以包括由ASR系统传达给个人的系统提示的持续时间,用户对系统提示的响应以及用户响应的持续时间。 用户响应可以包括通过ASR获得的来自个体的口头响应的文本表示。 解释结果还可以包括电话的整体持续时间。
    • 43. 发明授权
    • System and method for analyzing automatic speech recognition performance data
    • 用于分析自动语音识别性能数据的系统和方法
    • US07383170B2
    • 2008-06-03
    • US10683648
    • 2003-10-10
    • Scott H. MillsJohn M. Martin
    • Scott H. MillsJohn M. Martin
    • G06F17/28G10L11/00
    • G10L15/01
    • In a disclosed method for interpreting automatic speech recognition (ASR) performance data, a data processing system may receive user input that selects a log file to be processed. The log file may contain log records produced by an ASR system as a result of verbal interaction between an individual and the ASR system. In response to receiving the user input, the data processing system may automatically interpret data in the log records and generate interpretation results. The interpretation results may include a duration for a system prompt communicated to the individual by the ASR system, a user response to the system prompt, and a duration for the user response. The user response may include a textual representation of a verbal response from the individual, obtained through ASR. The interpretation results may also include an overall duration for the telephone call.
    • 在公开的用于解释自动语音识别(ASR)性能数据的方法中,数据处理系统可以接收选择要处理的日志文件的用户输入。 日志文件可能包含ASR系统产生的日志记录,这是由个人与ASR系统之间的口头交互造成的。 响应于接收到用户输入,数据处理系统可以自动解释日志记录中的数据并产生解释结果。 解释结果可以包括由ASR系统传达给个人的系统提示的持续时间,用户对系统提示的响应以及用户响应的持续时间。 用户响应可以包括通过ASR获得的来自个体的口头响应的文本表示。 解释结果还可以包括电话的整体持续时间。
    • 45. 发明授权
    • Method and system for an automated departure strategy
    • 自动离职策略的方法和系统
    • US06714631B1
    • 2004-03-30
    • US10285112
    • 2002-10-31
    • John M. MartinHisao M. Chang
    • John M. MartinHisao M. Chang
    • H04M164
    • H04M3/4931G10L15/22G10L2015/225H04M3/4933Y10S707/99933Y10S707/99945
    • A method and system for an automated departure strategy from an automated system includes a track engine and an error engine. The track engine allows for the tracking and storing of one or more utterances spoken by a caller in response to one or more prompts. In addition, the track engine classifies each of the utterances with a confidence level. The error engine determines when one of the utterances initiates an error condition and transfers the caller to an operator on the occurrence of the error condition. In addition to transferring the caller to the operator, the error engine plays to the operator an error utterance, causing the error condition, and a preceding utterance, preceding the error utterance. Furthermore, the error engine populates an operator screen with information provided by the caller in the utterances for utterances classified with a high level of confidence.
    • 用于自动化系统的自动离职策略的方法和系统包括轨道引擎和错误引擎。 轨道引擎允许响应于一个或多个提示来跟踪和存储呼叫者所说出的一个或多个话语。 另外,轨道引擎用置信水平对每个话语进行分类。 错误引擎确定何时其中一个话语发起错误状况,并在发生错误条件时将呼叫者传送给操作员。 除了将调用者传送给操作员之外,错误引擎还会在操作员的错误发音之前向操作者发出错误发音,导致错误状态和前面的发音。 此外,错误引擎使用由高度置信度分类的话语的话语中的呼叫者提供的信息填充操作员屏幕。
    • 47. 发明授权
    • Automatic wafer boat loading
    • 自动晶圆舟装载
    • US5888048A
    • 1999-03-30
    • US96331
    • 1998-06-12
    • John M. MartinArthur W. Harrison
    • John M. MartinArthur W. Harrison
    • H01L21/677B65G25/04
    • H01L21/67781Y10S414/138Y10S414/14
    • A system for automatic loading of wafer boats onto a cantilever paddle for insertion of the wafer boats into a furnace tube includes an end effector carriage moving on a track and supporting an end effector having spaced, parallel pads to engage opposed outer side portions of a wafer boat. The end effector receives a wafer boat from a robotic arm of an elevator. The robotic arm moves transversely relative to the track to position the wafer boat over the track on which the paddle carriage moves. The end effector carriage moves the end effector pads under the wafer boat, lifts it from a pair of elevator tines, moves the wafer boat over a desired part of the paddle, and lowers the wafer boat onto the paddle. The end effector carriage then returns the end effector to an initial location. The elevator and end effector main the wafer boat at a slight tilt as it is shifted from a wafer boat queue to the cantilever paddle so as to prevent rattling of wafers held in slots of the wafer boat due to vibration of the system.
    • 用于将晶片舟自动加载到悬臂桨上用于将晶片舟插入炉管中的系统包括在轨道上移动的末端执行器支架,并支撑具有间隔开的平行焊盘的端部执行器,以接合晶片的相对的外侧部分 船。 末端执行器从电梯的机器人臂接收晶片舟。 机器人臂相对于轨道横向移动,以将晶片舟定位在桨架上移动的轨道上。 端部执行器托架将末端执行器垫片移动到晶片舟皿下方,从一对升降机吊杆将其移动,使晶片舟皿移动到桨叶的所需部分上,并将晶片舟皿降低到桨叶上。 末端执行器支架然后将末端执行器返回到初始位置。 电梯和末端执行器在晶片舟从晶片舟队移动到悬臂桨叶时以稍微的倾斜为主,以防止由于系统的振动而保持在晶片舟的槽中的晶片的晃动。
    • 48. 发明授权
    • Means for reducing the criminal usefulness of hand weapons
    • 减少手武器犯罪用途的手段
    • US5192818A
    • 1993-03-09
    • US553555
    • 1990-07-18
    • John M. Martin
    • John M. Martin
    • F41A17/06
    • F41A17/06
    • An apparatus that limits the amount of time that a hand weapon can be discharged during use, an apparatus that limits the area of usefulness of a hand weapon, an apparatus for preventing the discharging of a hand weapon based on the weapon having been in an attitude that is good for concealed carrying, a method and an apparatus for preventing the discharging of a hand weapon that has had a part not necessary for the discharging of the weapon removed to increase concealability, an apparatus that transmits an identifying signal from a hand weapon under various conditions, a means necessary for the firing of a hand weapon that provides a detectable magnetic field in the vicinity of the hand weapon, an apparatus for preventing the discharging of a hand weapon based on a magnetic field that can be created in a location where the weapon is likely to be used for criminal purposes and an apparatus for preventing the discharging of a hand weapon based on a radio field that can be created in a location where the weapon is likely to be used for criminal purposes.
    • 限制使用手武器的时间量的装置,限制手武器有用面积的装置,用于防止基于已经处于姿态的武器释放手武器的装置 有利于隐藏的携带,方法和装置,用于防止手部武器的排出,该手武器除去了排除武器的部分以增加隐藏性,一种从手持武器传送识别信号的装置 各种条件,用于在手武器附近提供可检测的磁场的手武器的射击所需的手段,一种用于根据可以产生的位置上产生的磁场来防止手武器的放电的装置, 该武器很可能被用于犯罪目的,另外还有一种装置,用于根据可以在al中产生的无线电场来防止手武器的放电 武器可能用于犯罪目的的情况。
    • 49. 发明授权
    • Means for reducing the criminal usefulness of dischargeable hand weapons
    • 减少出售武器的犯罪用途的手段
    • US5068989A
    • 1991-12-03
    • US551299
    • 1990-07-12
    • John M. Martin
    • John M. Martin
    • F41A17/06
    • F41A17/06
    • Methods and apparatuses for reducing the criminal usefulness of a dischargeable hand weapon wherein the weapon is temporarily or permanently linked to a relatively heavy, bulky or long object by either a cord, cable, or signal, wherein the weapon may be prevented from discharging immediately after or a certain amount of time after it becomes unlinked from the object and wherein the object must be moved with the weapon when the weapon is taken to a relatively distant location for discharging, thereby effectively reducing the portability and concealability of the weapon for distant locations where it is more likely to be used for a crime.
    • 用于降低可释放手武器的犯罪用途的方法和装置,其中武器通过绳索,电缆或信号暂时或永久地连接到相对较重,笨重或长的物体,其中武器可以在 或者在与物体脱离之后的一定量的时间,并且当武器被带到相对较远的位置进行排放时,物体必须与武器一起移动,从而有效地减少武器在远处的可移动性和可隐藏性, 它更有可能用于犯罪。
    • 50. 发明申请
    • METHOD AND SYSTEM FOR AN AUTOMATED DEPARTURE STRATEGY
    • 自动离开策略的方法与系统
    • US20090034694A1
    • 2009-02-05
    • US12249227
    • 2008-10-10
    • John M. MartinHisao M. Chang
    • John M. MartinHisao M. Chang
    • H04M1/64
    • H04M3/4931G10L15/22G10L2015/225H04M3/4933Y10S707/99933Y10S707/99945
    • A method and system for an automated departure strategy from an automated system includes a track engine and an error engine. The track engine allows for the tracking and storing of one or more utterances spoken by a caller in response to one or more prompts. In addition, the track engine classifies each of the utterances with a confidence level. The error engine determines when one of the utterances initiates an error condition and transfers the caller to an operator on the occurrence of the error condition. In addition to transferring the caller to the operator, the error engine plays to the operator an error utterance, causing the error condition, and a preceding utterance, preceding the error utterance. Furthermore, the error engine populates an operator screen with information provided by the caller in the utterances for utterances classified with a high level of confidence.
    • 用于自动化系统的自动离职策略的方法和系统包括轨道引擎和错误引擎。 轨道引擎允许响应于一个或多个提示来跟踪和存储呼叫者所说出的一个或多个话语。 另外,轨道引擎用置信水平对每个话语进行分类。 错误引擎确定何时其中一个话语发起错误状况,并在发生错误条件时将呼叫者传送给操作员。 除了将调用者传送给操作员之外,错误引擎还会在操作员的错误发音之前向操作者发出错误发音,导致错误状态和前面的发音。 此外,错误引擎使用由高度置信度分类的话语的话语中的呼叫者提供的信息填充操作员屏幕。