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    • 3. 发明公开
    • An apparatus and a method for more realistic shooting video games on computers or similar devices using visible or invisible light
    • 装置和方法的机器更逼真的视频射击游戏,或使用可见或不可见的光类似的事情
    • EP1435258A2
    • 2004-07-07
    • EP03029252.8
    • 2003-12-18
    • Wang, Xiaoling
    • Wang, Xiaoling
    • A63F13/04
    • A63F13/837A63F9/0291A63F13/04A63F13/213A63F13/235A63F13/426A63F2300/1087A63F2300/8076
    • An apparatus, system, and a method for providing more realistic shooting input for shooting video games on computers or similar devices is provided. The apparatus may be comprised of a mock shooting device, such as a gun, having one or two lighting devices containing a plurality of light sources. The lighting devices may use visible or invisible lights. The apparatus may also include a screen device for displaying visual target objects of a video shooting game, at which a game player can shoot at with the mock shooting device, a video camera that captures video images of the mock shooting devices, and a computing device that computes the hit position of the mock shooting device on the screen device based on the captured video images. The determined hit position can then be fed to the video shooting game software run by the computing device which can determine if a visual target object is actually hit or not, and reacts accordingly. The mock shooting device may further be comprised of a wireless sender or a wired communication line to send command signals from the mock shooting device to the computing device. The system and method can be extended to a plurality of game players using mock shooting devices with differently colored or uniquely spatially arranged lighting devices so that a plurality of hit positions may be determined.
    • 的设备,系统,以及用于拍摄计算机或类似设备上的视频游戏提供更现实的拍摄输入的方法被提供。 该装置可以是由一个模拟的拍摄装置中,颜色的:诸如枪,具有包含光源的多个一个或两个照明装置。 该照明设备可以使用可见光或不可见光。 因此,该设备可以包括屏幕设备用于显示视频的射击游戏,在该游戏玩家可以在与模拟拍摄装置拍摄的视觉目标对象,视频摄像机那样捕获模拟拍摄设备的视频图像,和计算装置 做计算模拟拍摄设备的基础上拍摄的视频图像在屏幕设备上的命中位置。 然后,确定开采命中位置可以被输送到视频拍摄游戏软件由可以确定性地矿,如果视觉targetObject时竟然打与否,并响应相应的计算设备上运行。 模拟拍摄设备可以进一步包括一个无线发射机或有线通信线路来发送从模拟拍摄设备向计算设备的命令信号。 该系统和方法可以扩展至使用模拟拍摄设备用不同颜色或独特的空间布置照明设备的游戏玩家多元化所以没有命中位置的多元化可能是确定性的开采。
    • 5. 发明申请
    • eMBMS CONTROL PLANE SYNCHRONIZATION
    • eMBMS控制平面同步
    • WO2014007692A1
    • 2014-01-09
    • PCT/SE2012/050766
    • 2012-07-03
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)WANG, XiaolingNORDSTRAND, Ingrid
    • WANG, XiaolingNORDSTRAND, Ingrid
    • H04W76/00
    • H04W76/002H04W72/005H04W76/40H04W84/04
    • The embodiments herein relates to a method in an eNB (401) for handling MBSFN area configuration information. The eNB (401) receives (501, 801), from a MME (410), a MBMS session start request. Based on the received request, the eNB (401) computes a first time for a start of the MBMS session. The first time is a first MCC, update time. The eNB periodically sends (504, 804), from the first time, the configuration information to a user equipment (405). The eNB (401) stops (507, 807) the sending of the configuration information to the user equipment (405) when the MBMS session is a last MBMS session. The eNB (401) sends (508, 808) updated configuration information to the user equipment (405) when the MBMS session is not the last MBMS session. The updated configuration information is updated MBSFN area configuration information.
    • 这里的实施例涉及用于处理MBSFN区域配置信息的eNB(401)中的方法。 eNB(401)从MME(410)接收(501,801)MBMS会话开始请求。 基于接收到的请求,eNB(401)首先计算MBMS会话的开始时间。 第一次是第一个MCC,更新时间。 eNB从第一次周期性地将配置信息(504,804)发送到用户设备(405)。 当MBMS会话是最后的MBMS会话时,eNB(401)停止(507,807)向用户设备(405)发送配置信息。 当MBMS会话不是最后的MBMS会话时,eNB(401)向用户设备(405)发送(508,808)更新的配置信息。 更新的配置信息更新为MBSFN区域配置信息。
    • 7. 发明申请
    • THE SELECTION METHODS OF SELF-POLLINATION AND NORMAL CROSS POLLINATION IN POPULATION, VARIETY OF CROPS
    • 自我污染的选择方法和人口变化的普遍交叉污染
    • WO2005102032A8
    • 2006-08-10
    • PCT/CN2004000657
    • 2004-06-18
    • AGRICULTURAL SCIENCES THE RICEUNIV YANGTZELI XIAOFANGLIU YANZHUOXIAO XINLUO WENYONGCHEN JIANWEIMAO XINGXUEWANG XIAOLINGXING DANYINGZHOU GUIYUAN
    • LI XIAOFANGLIU YANZHUOXIAO XINLUO WENYONGCHEN JIANWEIMAO XINGXUEWANG XIAOLINGXING DANYINGZHOU GUIYUAN
    • A01H1/00A01H1/02A01H1/04
    • A01H1/04
    • The invention relates to the field of crops selection and breeding, particularly relates to the selection methods of self-pollination and normal cross-pollination in population, variety of crops. The selection method includes crossing male parents with female parents to obtain rice populations, wherein the female parents are individual plants which obtained from intercross parents which have different target characters, to produce F1, which is then intercrossed to produce individual plants of separated population, or are separated plants, which is obtained from the inbreeding of individual plant. The male parents are selected from pure line or variety or heterozygous progenies. The method includes five stages of cross, stable self-bred, determination, classification and population improvement. The population and variety have the characteristics of consistency, stability, specificity, farmers' reserving seeds properly, Company's exploiting pedigree seed in a large scale, and also have the characters of highly adaptability, disease resistance and high yielding. The breeding process reduces the dependence on exports' experience, and also adapts for selection for farmers.
    • 本发明涉及作物选择和育种领域,特别涉及种群,作物种类中自花授粉和正常异花授粉的选择方法。 选择方法包括将男性父母与女性父母交叉以获得水稻种群,其中女性父母是从具有不同目标特征的交叉亲本获得的单株植物,以产生F1,然后进行杂交以产生分离种群的单株植物,或 是从单株植物近亲获得的分离植物。 男性父母选自纯系或品种或杂合子代。 该方法包括交叉,稳定自我繁殖,测定,分类和种群改良的五个阶段。 人口和品种具有一致性,稳定性,特异性,农民适当保留种子的特点,公司大规模开发种子种子,具有适应性强,抗病性高,产量高的特点。 繁殖过程减少了对出口经验的依赖,也适应了农民的选择。
    • 9. 发明申请
    • BIOSENSOR METHOD AND SYSTEM BASED ON FEATURE VECTOR EXTRACTION
    • 基于特征向量提取的生物传感器方法和系统
    • WO2008048231A2
    • 2008-04-24
    • PCT/US2006/032772
    • 2006-08-18
    • UT-BATTELLE, LLCGREENBAUM, EliasRODRIGUEZ, Miguel, Jr.QI, HairongWANG, Xiaoling
    • GREENBAUM, EliasRODRIGUEZ, Miguel, Jr.QI, HairongWANG, Xiaoling
    • G01N33/50
    • C12Q1/025
    • A method of biosensor-based detection of toxins includes the steps of providing at least one time-dependent control signal generated by a biosensor in a gas or liquid medium, and obtaining a time-dependent biosensor signal from the biosensor in the gas or liquid medium to be monitored or analyzed for the presence of one or more toxins selected from chemical, biological or radiological agents. The time-dependent biosensor signal is processed to obtain a plurality of feature vectors using at least one of amplitude statistics and a time- frequency analysis. At least one parameter relating to toxicity of the gas or liquid medium is then determined from the feature vectors based on reference to the control signal. A water or air quality sensor system 10 includes photosynthetic organisms as a biosensor in an air or water medium to be monitored or analyzed for the presence of one or more toxins, a detector 12 proximate to the biosensor for measuring a time-dependent biosensor signal from said biosensor, and a processor 30 for analyzing the time-dependent biosensor signal to obtain a plurality of feature vectors using amplitude statistics or time-frequency analysis, wherein the processor determines at least one parameter relating to toxicity of the medium from the feature vectors.
    • 基于生物传感器的毒素检测方法包括以下步骤:在气体或液体介质中提供由生物传感器产生的至少一个时间依赖性控制信号,并从时间依赖性生物传感器信号获得来自 气体或液体介质中的生物传感器将被监测或分析选自化学,生物或放射性试剂的一种或多种毒素的存在。 使用幅度统计和时间 - 频率分析中的至少一个处理时间相关生物传感器信号以获得多个特征向量。 然后基于参考控制信号从特征向量确定至少一个与气体或液体介质的毒性有关的参数。 水或空气质量传感器系统10包括作为生物传感器的光合生物体,其在待监测或分析一种或多种毒素的存在的空气或水介质中;靠近生物传感器的检测器12,用于测量来自生物传感器的时间依赖性生物传感器信号 所述生物传感器和处理器30,用于使用幅度统计或时间 - 频率分析来分析时间相关生物传感器信号以获得多个特征向量,其中处理器根据特征向量确定与介质的毒性有关的至少一个参数。
    • 10. 发明申请
    • BIOSENSOR METHOD AND SYSTEM BASED ON FEATURE VECTOR EXTRACTION
    • 基于特征向量提取的生物传感器方法和系统
    • WO2008048231A3
    • 2008-07-24
    • PCT/US2006032772
    • 2006-08-18
    • UT BATTELLE LLCGREENBAUM ELIASRODRIGUEZ MIGUEL JRQI HAIRONGWANG XIAOLING
    • GREENBAUM ELIASRODRIGUEZ MIGUEL JRQI HAIRONGWANG XIAOLING
    • G06K9/00C12Q1/02
    • C12Q1/025
    • A method of biosensor-based detection of toxins includes the steps of providing at least one time-dependent control signal generated by a biosensor in a gas or liquid medium, and obtaining a time-dependent biosensor signal from the biosensor in the gas or liquid medium to be monitored or analyzed for the presence of one or more toxins selected from chemical, biological or radiological agents. The time-dependent biosensor signal is processed to obtain a plurality of feature vectors using at least one of amplitude statistics and a time- frequency analysis. At least one parameter relating to toxicity of the gas or liquid medium is then determined from the feature vectors based on reference to the control signal. A water or air quality sensor system 10 includes photosynthetic organisms as a biosensor in an air or water medium to be monitored or analyzed for the presence of one or more toxins, a detector 12 proximate to the biosensor for measuring a time-dependent biosensor signal from said biosensor, and a processor 30 for analyzing the time-dependent biosensor signal to obtain a plurality of feature vectors using amplitude statistics or time-frequency analysis, wherein the processor determines at least one parameter relating to toxicity of the medium from the feature vectors.
    • 一种基于生物传感器的毒素检测方法包括以下步骤:在气体或液体介质中提供由生物传感器产生的至少一个时间依赖的控制信号,并从气体或液体介质中的生物传感器获得与时间相关的生物传感器信号 被监测或分析一种或多种选自化学,生物或放射剂的毒素的存在。 处理时间依赖的生物传感器信号以使用幅度统计和时间 - 频率分析中的至少一个来获得多个特征向量。 然后,基于对控制信号的参考,从特征向量确定与气体或液体介质的毒性有关的至少一个参数。 水或空气质量传感器系统10包括光合生物作为待监测或分析的空气或水介质中的生物传感器,用于存在一种或多种毒素;邻近生物传感器的检测器12,用于测量时间依赖性生物传感器信号 所述生物传感器,以及处理器30,其用于使用幅度统计或时间 - 频率分析来分析所述时间依赖性生物传感器信号以获得多个特征向量,其中所述处理器从所述特征向量确定与所述介质的毒性有关的至少一个参数。