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    • 9. 发明授权
    • System and method for efficiently visualizing and comparing communication network system performance
    • 高效可视化和比较通信网络系统性能的系统和方法
    • US07286971B2
    • 2007-10-23
    • US10956027
    • 2004-10-04
    • Theodore RappaportRoger SkidmoreBrian Gold
    • Theodore RappaportRoger SkidmoreBrian Gold
    • G06F17/50H04Q7/36
    • G06F17/50H04B17/23H04B17/3913H04L41/22H04L41/5032H04W16/20
    • A method for visualizing and efficiently making comparisons of communication system performance utilizing predicted performance, measured performance, or other performance data sets is described. A system permits visualizing the comparisons of system performance data in three-dimensions using fluctuating elevation, shape, and/or color within a three-dimensional computer drawing database consisting of one or more multi-level buildings, terrain, flora, and additional static and dynamic obstacles (e.g., automobiles, people, filing cabinets, etc.). The method enables a design engineer to visually compare the performance of wireless communication systems as a three-dimensional region of fluctuating elevation, color, or other aesthetic characteristics with fully selectable display parameters, overlaid with the three-dimensional site-specific computer model for which the design was carried out.
    • 描述了利用预测性能,测量性能或其他性能数据集可视化并有效地进行通信系统性能比较的方法。 系统允许在由一个或多个多层建筑物,地形,植物区系和附加静态构成的三维计算机绘图数据库内,使用波动的高程,形状和/或颜色三维地显现系统性能数据的比较,以及 动态障碍(例如汽车,人,文件柜等)。 该方法使得设计工程师能够将无线通信系统的性能视为比较具有完全可选择的显示参数的波动高程,颜色或其他美学特征的三维区域,并覆盖在三维地点专用计算机模型上 设计进行了。
    • 10. 发明申请
    • System, method, and apparatus for portable design, deployment, test, and optimization of a communication network
    • 用于通信网络的便携式设计,部署,测试和优化的系统,方法和装置
    • US20060015814A1
    • 2006-01-19
    • US11175224
    • 2005-07-07
    • Theodore RappaportBrian GoldRoger Skidmore
    • Theodore RappaportBrian GoldRoger Skidmore
    • G06F17/00
    • H04W16/20H04L41/12H04L41/145H04L41/147H04L41/22H04W16/18H04W24/00Y04S40/164Y10S715/964
    • A system and method which employ one or more portable hand held computers and one or more servers, allows a field engineer to complete the entire design, deployment, test, optimization, and maintenance cycle required to implement successful communications networks. The portable hand held computer provides the user with a three-dimensional display of the physical environment in which a communications network will be deployed or optimized. The engineer may take the portable hand held computer into the field, and make alterations to the components, position of the components, orientation of the components, etc. based on on-site inspection. As these alterations to the computerized model are made, predictions for the effects these changes will have on the communications network are displayed to the engineer. Measurements may also be made using equipment connected to or contained in the portable hand held computer, and these measurements may be used to optimize performance criteria. Information can be transmitted to and from the portable hand held computer and the server to allow for complex processing to be performed using portable computer. The system allows the engineer to remain in the field while deploying the communications network, making measurements within the network, receiving optimized predictions on the performance of the network, re-configuring the communications network and associated components, and repeating the entire cycle to achieve maximum possible performance with minimal required time or effort.
    • 使用一个或多个便携式手持式计算机和一个或多个服务器的系统和方法允许现场工程师完成实现成功的通信网络所需的整个设计,部署,测试,优化和维护周期。 便携式手持式计算机向用户提供将部署或优化通信网络的物理环境的三维显示。 工程师可以将便携式手持式计算机带入现场,并根据现场检查对部件,部件的位置,部件的定向等进行更改。 随着这些对计算机化模型的更改,对这些变化对通信网络的影响的预测将显示给工程师。 还可以使用连接到便携式手持计算机上的或包含在便携式手持式计算机中的设备进行测量,并且可以使用这些测量来优化性能标准。 可以将信息传送到便携式手持计算机和服务器,以允许使用便携式计算机执行复杂处理。 该系统允许工程师在部署通信网络的同时保持现场,在网络内进行测量,接收关于网络性能的优化预测,重新配置通信网络和相关组件,并重复整个周期以达到最大 可能的性能,需要最少的时间或精力。