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    • 1. 发明授权
    • Femtocell base station, network resource allocation method, and non-transitory tangible machine-readable medium thereof
    • 毫微微小区基站,网络资源分配方法及其非瞬态有形机器可读介质
    • US08644283B2
    • 2014-02-04
    • US13252291
    • 2011-10-04
    • Shao-Yu LienKwang-Cheng ChenKanchei Loa
    • Shao-Yu LienKwang-Cheng ChenKanchei Loa
    • H04W4/00
    • H04W72/0426H04W16/16H04W72/082H04W84/045
    • A femtocell Base Station (femto-BS), a network resource allocation method, and a non-transitory tangible machine-readable medium thereof are provided. There are a plurality of available network resource units. The femto-BS determines an expected value that is related to the available network resource units being used by the femto-BS and its neighboring femto-BSs without having interferences. The expected value is related to a number of the available network resource units and a number of the neighboring femto-BSs. Based on the expected value, the femto-BS calculates a plurality of strategy probability values that are related to different numbers of the available network resource units used by the femto-BS. The femto-BS calculates an assigned number according to the strategy probability values. Among the available network resource units, the femto-BS can use the assigned number of them.
    • 提供了毫微微小区基站(femto-BS),网络资源分配方法和非暂时有形机器可读介质。 有多个可用的网络资源单元。 毫微微BS确定与毫微微BS及其相邻毫微微BS正在使用而不具有干扰的可用网络资源单元相关的期望值。 期望值与可用网络资源单元的数量和相邻毫微微BS的数量有关。 基于期望值,毫微微BS计算与毫微微BS使用的可用网络资源单元的不同数量相关的多个策略概率值。 毫微微BS根据策略概率值计算分配的号码。 在可用的网络资源单元中,毫微微BS可以使用其分配的数量。
    • 6. 发明授权
    • System and method of communicating non-standardized addresses over a standardized carrier network
    • 通过标准化运营商网络传达非标准化地址的系统和方法
    • US06556584B1
    • 2003-04-29
    • US09055455
    • 1998-04-06
    • Douglas C. HorsleyKanchei Loa
    • Douglas C. HorsleyKanchei Loa
    • H04J322
    • H04L45/00
    • A non-standardized private computer network (20) uses a tunnel engine (50, 58) to allow a computer (12-16) on one private computer network with non-standard address to communicate over a standardized carrier network (32) with a computer (22-26) on the same private computer network. The tunnel engine includes a local router (52) and rule check engine (54) in the private computer network and a remote router (56) in the standardized carrier network. The rule check engine performs rule checks to determine proper encapsulation and routing of the message. The message is encapsulated with a standardized address of endpoints of a tunnel through the carrier network corresponding to the desired destination. With a standardized address, the encapsulated message packet passes through the tunnel and arrives at the boundary of the destination private computer system. The encapsulation is removed and the message is routed to the destination computer.
    • 非标准专用计算机网络(20)使用隧道引擎(50,58)来允许具有非标准地址的一个专用计算机网络上的计算机(12-16)通过标准化的运营商网络(32)与 计算机(22-26)在同一个私人计算机网络上。 隧道引擎包括专用计算机网络中的本地路由器(52)和规则检查引擎(54)以及标准化载波网络中的远程路由器(56)。 规则检查引擎执行规则检查以确定消息的正确封装和路由。 消息通过与所需目的地对应的运营商网络的隧道端点的标准化地址封装。 使用标准化地址,封装的消息包通过隧道并到达目的地专用计算机系统的边界。 封装被去除,消息被路由到目标计算机。
    • 7. 发明授权
    • Base station and attaching method thereof
    • 基站及其连接方法
    • US08442049B2
    • 2013-05-14
    • US12821861
    • 2010-06-23
    • Shu-Tsz LiuChih-Chiang WuKanchei Loa
    • Shu-Tsz LiuChih-Chiang WuKanchei Loa
    • H04L12/28
    • H04W84/047H04B7/15557H04B7/2606
    • A base station and an attaching method thereof are provided. A relay network system comprises the base station, a relay station and a core network. The base station is connected with the core network via a backhaul link. The base station comprises a processing unit and a transceiver. The processing unit is configured to setup a communication link procedure between the relay station and the core network corresponding to a link request from the relay station, and to create a mapping table for connecting the relay station and the core network. The transceiver is configured to forward network packets and control signals between the relay station and the core network based on the mapping table.
    • 提供了基站及其附接方法。 中继网络系统包括基站,中继站和核心网。 基站通过回程链路与核心网络连接。 基站包括处理单元和收发器。 所述处理单元被配置为在所述中继站和所述核心网络之间建立与来自所述中继站的链路请求对应的通信链路过程,并且创建用于连接所述中继站和所述核心网络的映射表。 收发器配置为基于映射表在中继站和核心网之间转发网络数据包和控制信号。
    • 8. 发明授权
    • System and method of implementing contacts of small worlds in packet communication networks
    • 在分组通信网络中实现小世界联系的系统和方法
    • US07616632B2
    • 2009-11-10
    • US10891872
    • 2004-07-15
    • Kanchei LoaMichael Sugino
    • Kanchei LoaMichael Sugino
    • H04L12/28
    • H04L45/50H04L45/00H04L45/04H04L45/64
    • A small world infrastructure (SWI) of a general packet communications network and a method of determining, establishing and maintaining a hierarchical forwarding path (HFP) interconnecting communications units (CUs) of the small world infrastructure. The SWI includes a domain that has a given communication unit CU as a message packet source, a plurality of associated communications units each in direct contact with the given CU, and a plurality of HFPs each providing the direct contact between the given CU and one of the associated CUs, respectively. The method includes providing these communications units in which there are HFPs between first and second CUs and between the second and the third CUs, and a third HFP is constructed between the first and the third CUs.
    • 通用分组通信网络的小型世界基础设施(SWI)和确定,建立和维护互连小型世界基础设施的通信单元(CU)的分层转发路径(HFP)的方法。 SWI包括具有给定通信单元CU作为消息分组源的域,每个与给定CU直接接触的多个关联通信单元,以及多个HFP,每个HFP提供给定CU与其中之一之间的直接接触 相关联的CU。 该方法包括提供这些通信单元,其中在第一和第二CU之间以及第二和第三CU之间存在HFP,并且在第一和第三CU之间构造第三HFP。