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    • 1. 发明授权
    • Method and system for modeling a radio communications network
    • 无线电通信网络建模方法和系统
    • US06408185B1
    • 2002-06-18
    • US09534903
    • 2000-03-23
    • David FreemanPete A. BoyerPablo Vicharelli
    • David FreemanPete A. BoyerPablo Vicharelli
    • H04B700
    • H04W16/18
    • In a radio communications network (20) having a plurality of cells (34) employing a plurality of cell site configurations (22, 24, 26, 28, 30, and 32), a computing system (116) and a computer-based method (178) create a hierarchical data structure (136) modeling the radio communications network (20). The hierarchical data structure (136) is created using object oriented programming methodology to create objects, representing the various physical components of a cell site. In addition, objects are created to represent the auxiliary information, such as available channels, channel assignment constraints, carrier-to-interference ratios, and neighbors lists under which a particular radio communications network configuration is devised.
    • 在具有采用多个小区站点配置(22,24,26,38和32)的多个小区(34)的无线电通信网络(20)中,计算系统(116)和基于计算机的方法 (178)创建对无线电通信网络(20)建模的分级数据结构(136)。 使用面向对象的编程方法创建层次数据结构(136),以创建表示小区站点的各种物理组件的对象。 此外,创建对象以表示辅助信息,例如可用信道,信道分配约束,载波干扰比和设计特定无线电通信网络配置的邻居列表。
    • 2. 发明授权
    • Method and system for characterizing propagation of radiofrequency signal
    • 表征射频信号传播的方法和系统
    • US06487417B1
    • 2002-11-26
    • US09448956
    • 1999-11-24
    • Philip G. RossoniPablo VicharelliPete A. BoyerDavid Freeman
    • Philip G. RossoniPablo VicharelliPete A. BoyerDavid Freeman
    • H04Q720
    • H04W16/00
    • A method, executed on a simulation system (20), characterizes propagation of a radiofrequency signal (56) in a three-dimensional environment (52). The method includes forming a database (42) of propagation paths (54) of the radiofrequency signal (56) transmitted from a transmitter (58) at a fixed location (66) in the three-dimensional environment (52). The propagation paths (54) are represented by a plurality of line segments (120, 122) in the database (42). Local line segments (188) are selected from the plurality of line segments (120, 122) to establish a subset (47) of the propagation paths (54). The subset (47) includes those propagation paths (54) each having one of the local line segments (188) proximate a location (182) of a receiver (72) in the environment (52). Distinct multipath components (246) representing distinct wavefronts of the radiofrequency signal (56) are subsequently identified from the subset (47) of the propagation paths (54).
    • 在模拟系统(20)上执行的方法表征了三维环境中的射频信号(56)的传播(52)。 该方法包括形成从三维环境(52)中的固定位置(66)处的发射器(58)发送的射频信号(56)的传播路径(54)的数据库(42)。 传播路径(54)由数据库(42)中的多个线段(120,122)表示。 从多个线段(120,122)中选择局部线段(188)以建立传播路径(54)的子集(47)。 子集(47)包括每个具有邻近环境(52)中的接收器(72)的位置(182)的本地线段(188)之一的那些传播路径(54)。 随后从传播路径(54)的子集(47)识别表示射频信号(56)的不同波前的不同的多路径分量(246)。
    • 4. 发明申请
    • Method and Apparatus For Network Planning
    • 网络规划方法与装置
    • US20070094000A1
    • 2007-04-26
    • US11612807
    • 2006-12-19
    • Pablo VicharelliPete BoyerDavid Freeman
    • Pablo VicharelliPete BoyerDavid Freeman
    • G06F13/10
    • H04W16/18
    • A system and method for wireless network planning utilizing raster data, stored and manipulated in raster data planes (204-212) and vector data (522) stored and manipulated in vector data planes (528-532). The invention increases the accuracy of network planning by simultaneously utilizing vector data planes (528-532) and raster data planes (204-212) to perform computations using vector features contained within map pixels (604). The disclosed method makes it possible to perform accurate computations such as propagation loss to vector points (602) contained within map pixels (604). Accuracy is further increased because other characteristics such as received power, elevation, and best server can be computed to the vector features rather than processing them with traditional raster resolutions.
    • 一种使用光栅数据进行无线网络规划的系统和方法,所述光栅数据在光栅数据平面(204-212)中存储和操纵,并且在向量数据平面(528-532)中存储和操纵的向量数据(522)。 本发明通过同时利用矢量数据平面(528-532)和光栅数据平面(204-212)来使用包含在地图像素内的矢量特征(604)来执行计算来提高网络规划的精度。 所公开的方法使得可以对包含在映射像素(604)内的向量点(602)执行诸如传播损耗的精确计算。 精度进一步增加,因为其他特征如接收功率,高程和最佳服务器可以计算为向量特征,而不是用传统光栅分辨率处理它们。