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    • 1. 发明申请
    • USE OF PEER MAINTAINED FILE TO IMPROVE BEACON POSITION TRACKING UTILIZING SPATIAL PROBABILITIES
    • 使用对等维护文件来提高利用空间概率的信标位置跟踪
    • US20080000961A1
    • 2008-01-03
    • US11427939
    • 2006-06-30
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • G06F7/00
    • G01S5/0294G01S5/0027G01S5/0045
    • A method for improving position beacon tracking using spatial probabilities is provided. A beacon identity recognition device receives a central probability file from a remote data processing system to form a local probability file. The device receives a current position beacon identity. The device compares current position beacon identity to a previous beacon identity stored in the local probability file to form a comparison. The device determines if the current position beacon identity is valid based on the comparison. The device transmits a valid position beacon identity to the remote data processing system. The device updates the local probability file and then combines a weighted version of the local probability file with a new copy of the probability file from the remote data processing system to form a combined probability file. The combined probability file is then sent to the remote data processing system and replaces the existing probability file.
    • 提供了一种使用空间概率改进位置信标跟踪的方法。 信标身份识别装置从远程数据处理系统接收中央概率文件以形成本地概率文件。 设备接收当前位置信标标识。 该设备将当前位置信标标识与存储在本地概率文件中的先前信标标识进行比较以形成比较。 该设备基于比较来确定当前位置信标标识是否有效。 设备向远程数据处理系统发送有效的位置信标标识。 设备更新局部概率文件,然后将局部概率文件的加权版本与来自远程数据处理系统的概率文件的新副本组合以形成组合概率文件。 然后将组合概率文件发送到远程数据处理系统,并替换现有的概率文件。
    • 2. 发明授权
    • Using cameras to monitor actual inventory
    • 使用相机监控实际库存
    • US08091782B2
    • 2012-01-10
    • US11937095
    • 2007-11-08
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • G06F19/00G06Q30/00G06Q90/00
    • G06Q10/087
    • System and method for monitoring inventory. Inventory items are positioned between a camera and a surface having an optically identifiable and distinct characteristic. The camera obtains an image of the inventory items present, any exposed portion of the surface, or both. The amount of the exposed surface is used to determine an amount of the inventory items that are present or missing. Furthermore, the optically identifiable characteristic may be a uniform characteristic, such as color or texture, or a set of discrete elements, such as stickers, barcodes, structural features of the shelf, a pattern of lines or shapes, or combinations thereof. Optionally, the optically identifiable characteristic is unique to the location of the shelf associated with the inventory items. Inventory or non-inventory items incorrectly positioned over the exposed surface may be excluded from the amount of the expected inventory item being determined if the item does not match the visual attributes of the expected inventory item. The camera may be fixed or movable and preferably provides digital images to a computer system having a computer readable medium with program products for analyzing the image and providing inventory reports.
    • 监控库存的系统和方法。 库存物品位于相机和具有可识别和不同特征的表面之间。 相机获得存在的库存物品,表面的任何暴露部分或两者的图像。 暴露表面的数量用于确定存在或缺失的库存项目的数量。 此外,可光学识别的特征可以是均匀的特征,例如颜色或纹理,或一组离散元件,例如贴纸,条形码,搁板的结构特征,线或图案的图案,或其组合。 可选地,光学可识别的特征对于与库存物品相关联的货架的位置是唯一的。 如果项目与预期库存项目的视觉属性不匹配,那么可能会将不正确地定位在暴露表面上的库存或非库存项目排除在确定的预期库存项目的金额之内。 相机可以是固定的或可移动的,并且优选地将数字图像提供给具有计算机可读介质的计算机系统,该计算机可读介质具有用于分析图像并提供库存报告的程序产品。
    • 3. 发明申请
    • Using Cameras to Monitor Actual Inventory
    • 使用相机监控实际库存
    • US20090121017A1
    • 2009-05-14
    • US11937095
    • 2007-11-08
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • G06F19/00
    • G06Q10/087
    • System and method for monitoring inventory. Inventory items are positioned between a camera and a surface having an optically identifiable and distinct characteristic. The camera obtains an image of the inventory items present, any exposed portion of the surface, or both. The amount of the exposed surface is used to determine an amount of the inventory items that are present or missing. Furthermore, the optically identifiable characteristic may be a uniform characteristic, such as color or texture, or a set of discrete elements, such as stickers, barcodes, structural features of the shelf, a pattern of lines or shapes, or combinations thereof. Optionally, the optically identifiable characteristic is unique to the location of the shelf associated with the inventory items. Inventory or non-inventory items incorrectly positioned over the exposed surface may be excluded from the amount of the expected inventory item being determined if the item does not match the visual attributes of the expected inventory item. The camera may be fixed or movable and preferably provides digital images to a computer system having a computer readable medium with program products for analyzing the image and providing inventory reports.
    • 监控库存的系统和方法 库存物品位于相机和具有可识别和不同特征的表面之间。 相机获得存在的库存物品,表面的任何暴露部分或两者的图像。 暴露表面的数量用于确定存在或缺失的库存项目的数量。 此外,可光学识别的特征可以是均匀的特征,例如颜色或纹理,或一组离散元件,例如贴纸,条形码,搁板的结构特征,线或图案的图案,或其组合。 可选地,光学可识别的特征对于与库存物品相关联的货架的位置是唯一的。 如果项目与预期库存项目的视觉属性不匹配,那么可能会将不正确地定位在暴露表面上的库存或非库存项目排除在确定的预期库存项目的金额之内。 相机可以是固定的或可移动的,并且优选地将数字图像提供给具有计算机可读介质的计算机系统,该计算机可读介质具有用于分析图像并提供库存报告的程序产品。
    • 4. 发明授权
    • Use of peer maintained file to improve beacon position tracking utilizing spatial probabilities
    • 利用对等维护文件,利用空间概率改进信标位置跟踪
    • US08393532B2
    • 2013-03-12
    • US11427939
    • 2006-06-30
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • Robert Thomas CatoThomas Guthrie Zimmerman
    • G06F17/00G06F7/00G06F7/08G06K19/06H04Q5/22G08B1/08
    • G01S5/0294G01S5/0027G01S5/0045
    • A method for improving position beacon tracking using spatial probabilities is provided. A beacon identity recognition device receives a central probability file from a remote data processing system to form a local probability file. The device receives a current position beacon identity. The device compares current position beacon identity to a previous beacon identity stored in the local probability file to form a comparison. The device determines if the current position beacon identity is valid based on the comparison. The device transmits a valid position beacon identity to the remote data processing system. The device updates the local probability file and then combines a weighted version of the local probability file with a new copy of the probability file from the remote data processing system to form a combined probability file. The combined probability file is then sent to the remote data processing system and replaces the existing probability file.
    • 提供了一种使用空间概率改进位置信标跟踪的方法。 信标身份识别装置从远程数据处理系统接收中央概率文件以形成本地概率文件。 设备接收当前位置信标标识。 该设备将当前位置信标标识与存储在本地概率文件中的先前信标标识进行比较以形成比较。 该设备基于比较来确定当前位置信标标识是否有效。 设备向远程数据处理系统发送有效的位置信标标识。 设备更新局部概率文件,然后将局部概率文件的加权版本与来自远程数据处理系统的概率文件的新副本组合以形成组合概率文件。 然后将组合概率文件发送到远程数据处理系统,并替换现有的概率文件。
    • 6. 发明授权
    • Accelerometer module for use with a touch sensitive device
    • 加速度计模块,用于触敏设备
    • US08635910B2
    • 2014-01-28
    • US13356215
    • 2012-01-23
    • Robert Thomas Cato
    • Robert Thomas Cato
    • G01P15/02
    • G01P5/18A63F2300/105G01P5/08G06F3/0346G06F3/039G06F3/0416
    • An accelerometer module for use with a touch sensor on a device, a method of detecting acceleration using a touch sensor, and a computer program product for receiving the touch sensor data and producing output representative of acceleration. The accelerometer module provides a device with a touch sensor, such as a mobile phone, with the ability to sense acceleration, orientation, or both. The accelerometer module may sense acceleration along a single axis or multiple axis. Sensing acceleration along three axis may be useful for producing a handheld game controller or for providing input to many other applications. The accelerometer module applies a force against a deformable member to change the contact area between the deformable member and the touch sensor, wherein the contact area is a function of the amount of applied acceleration.
    • 一种与设备上的触摸传感器一起使用的加速度计模块,使用触摸传感器检测加速度的方法,以及用于接收触摸传感器数据并产生代表加速度的输出的计算机程序产品。 加速度计模块提供具有触摸传感器(例如移动电话)的设备,具有感测加速度,方向或两者的能力。 加速度计模块可以感测沿着单个轴或多个轴的加速度。 三轴感应加速度可能对生产手持式游戏控制器或向许多其他应用提供输入是有用的。 加速度计模块向可变形构件施加力以改变可变形构件和触摸传感器之间的接触面积,其中接触面积是所施加的加速度的函数。
    • 7. 发明授权
    • Agent provided by USB device for executing USB device dependent program in USB host
    • 由USB设备提供的代理,用于在USB主机中执行与USB设备相关的程序
    • US06813669B1
    • 2004-11-02
    • US09512200
    • 2000-02-24
    • Robert Thomas CatoPhuc Ky DoEugene Michael Maximilien
    • Robert Thomas CatoPhuc Ky DoEugene Michael Maximilien
    • G06F1300
    • G06F9/4415G06F9/4413G06F13/4081
    • When a universal serial bus (USB) device is plugged in, the USB device enumerates as a “mass storage device” (or any device capable of input) even though the device is not actually a “mass storage device.” A USB device agent would be included in a storage device on the USB device in the form of an executable file. After the device enumerates the first time as a “mass storage device,” the user selects the “mass storage device” and executes the appropriate executable file containing the agent. The agent would then install itself on the host hard file and thereafter it could function with any other compatible USB device. The agent could then command compatible devices to re-enumerate as what they actually are. The agent could also enable enhanced host/device interactions and enhanced device functionality and diagnostics.
    • 当插入通用串行总线(USB)设备时,即使设备实际上不是“大容量存储设备”,USB设备也将列举为“大容量存储设备”(或任何能够输入的设备)。 USB设备代理将以可执行文件的形式被包含在USB设备上的存储设备中。 设备第一次枚举“大容量存储设备”后,用户选择“大容量存储设备”,并执行包含该代理的适当的可执行文件。 然后代理程序将自己安装在主机硬盘上,之后它可以与任何其他兼容的USB设备一起使用。 然后,代理可以命令兼容设备重新枚举它们实际上是什么。 代理还可以实现增强的主机/设备交互和增强的设备功能和诊断。
    • 9. 发明授权
    • Distributed back up of data on a network
    • 分布式备份网络上的数据
    • US06728751B1
    • 2004-04-27
    • US09527004
    • 2000-03-16
    • Robert Thomas CatoEugene Michael Maximilien
    • Robert Thomas CatoEugene Michael Maximilien
    • G06F1516
    • G06F11/1464H04L67/1095H04L69/329
    • Within a network of computers, a system administrator function controls the backing up of data of client machines to selected other client machines within the network by removing control of and access to portions of the hard files within those machines to the local user. The freed up storage space within the client's local hard files is then used for backup purposes to backup data from other machines within the network. Agents in the server and client machines perform this task making it possible to distribute the backup workload across the network. There are three modes of backup: source initiated, target initiated, and server communal backup (CB) agent initiated. All are coordinated by the server CB agent.
    • 在计算机网络中,系统管理员功能通过去除对这些机器中的硬文件的部分的控制和访问到本地用户来控制将客户端计算机的数据备份到网络中的选定的其他客户端计算机。 然后,客户端本地硬文件中释放的存储空间用于备份,以从网络中的其他计算机备份数据。 服务器和客户端计算机中的代理执行此任务,可以通过网络分发备份工作负载。 有三种备份模式:源启动,目标启动和服务器公用备份(CB)代理启动。 所有这些都由服务器CB代理协调。