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    • 41. 发明授权
    • Multiple carrier resource management
    • 多载波资源管理
    • US07782899B2
    • 2010-08-24
    • US11349273
    • 2006-02-08
    • Pi-Chun ChenQinqing Zhang
    • Pi-Chun ChenQinqing Zhang
    • H04J3/16
    • H04L47/10H04L47/125H04L47/14H04L47/21H04L47/36
    • In one embodiment, a transmission resource for transmitting data from a number of applications in a multiple carrier communication system is managed. In this embodiment, an aggregate transmission resource available to the number of applications is determined, and the determined aggregated transmission resource is distributed to each carrier based on a load on each carrier. In another embodiment a potential transmission resource for each application on each carrier is determined, and a carrier transmission resource for each carrier is determined based on the determined potential transmission resource for each application on the carrier. Data from at least one of the applications is assigned to at least one of the carriers based on the transmission resource distributed to or determined for the carrier, and the assigned data is transmitted on the carrier.
    • 在一个实施例中,管理用于在多载波通信系统中从多个应用传输数据的传输资源。 在该实施例中,确定可用于应用数量的聚合传输资源,并且基于每个载波上的负载将确定的聚合传输资源分配给每个载波。 在另一个实施例中,确定每个载波上的每个应用的潜在传输资源,并且基于为载体上的每个应用确定的潜在传输资源来确定每个载波的载波传输资源。 基于分配给载波或确定的载波的传输资源,将至少一个应用的数据分配给载波中的至少一个,并且分配的数据在载波上发送。
    • 44. 发明申请
    • BASE STATIONS ROUTING TRAFFIC OVER A PACKET BACKHAUL NETWORK TO MULTIPLE ROUTING ELEMENTS
    • 基站通过多个路由元件的分组后台网络进行路由交流
    • US20080219207A1
    • 2008-09-11
    • US11681883
    • 2007-03-05
    • Ina Z. ChenJoseph VeltriQinqing Zhang
    • Ina Z. ChenJoseph VeltriQinqing Zhang
    • H04Q7/00
    • H04W92/045H04B1/745H04L45/00H04L45/22H04L45/28H04W40/02
    • System, methods, and networks are disclosed that allow base station systems of a wireless communication network to transmit outgoing traffic over a packet backhaul network to multiple routing elements on the MSC side of the network. A base station system described herein identifies a primary routing element and a backup routing element. The primary routing element is the device to which the base station system transmits outgoing traffic under normal operation, and the backup routing element is an alternate to the primary routing element. To transmit traffic over the packet backhaul network, the base station system monitors the availability of the primary routing element. If the primary routing element is available, then the base station system transmits outgoing traffic over the packet backhaul network to the primary routing element. If unavailable, then the base station system transmits outgoing traffic over the packet backhaul network to the backup routing element.
    • 公开了允许无线通信网络的基站系统通过分组回程网络将输出业务传送到网络的MSC侧的多个路由选择单元的系统,方法和网络。 本文描述的基站系统标识主路由元件和备用路由元件。 主要路由元件是基站系统在正常操作下传输输出流量的设备,并且备用路由元件是主路由元件的替代。 为了在分组回程网络上传输业务,基站系统监视主路由选择单元的可用性。 如果主要路由元件可用,则基站系统通过分组回程网络传送传出流量到主路由元件。 如果不可用,则基站系统通过分组回程网络传送流量到备份路由元件。
    • 46. 发明授权
    • Methods and apparatus for optimum packet aggregation in a communication network
    • 通信网络中最优分组聚合的方法和装置
    • US07286560B2
    • 2007-10-23
    • US10304600
    • 2002-11-26
    • Behrokh SamadiQinqing Zhang
    • Behrokh SamadiQinqing Zhang
    • H04J3/16H04J3/22
    • H04L47/10H04L47/36H04L2212/00H04W92/12
    • The present invention is a method and apparatus to aggregate or bundle packets to optimize the resource utilization and improve the transport efficiency of packets which are transferred between various protocol layers in a communications network. One embodiment of the invention sets forth a method of aggregating packets of a first size to packets of a second size for transmission in a wireless communications network between, for example, a base station controller and base transmitting station. The method includes the steps of calculating a maximum bundling factor represented by (an IP packet MTU size at a first location minus protocol overhead) divided by an application layer packet size and determining a most efficient bundling factor in terms of packet fragments, where the most efficient bundling factor is determined by a largest packet per fragment ratio. If the number of packets to be bundled is less than or equal to the maximum bundling factor then all packets are bundled together for a next step in the transmission. If the number of packets to be bundled is greater than the maximum bundling factor, then packets are bundled according to the most efficient bundling factor for the next step in the transmission. If there are multiple bundling factors having a same bundling efficiency, a larger of the multiple bundling factors having the same bundling efficiency is selected as the most efficient bundling factor.
    • 本发明是一种聚合或捆绑分组以优化资源利用并提高在通信网络中的各种协议层之间传送的分组的传输效率的方法和装置。 本发明的一个实施例提出了一种将第一大小的分组聚合成第二大小的分组的方法,用于在例如基站控制器和基站发射台之间的无线通信网络中传输。 该方法包括以下步骤:计算由应用层分组大小划分的(由第一位置减去协议开销的IP分组MTU大小)表示的最大捆绑因子,并且根据分组片段确定最有效的捆绑因子,其中最多 有效的捆绑因子由每个片段比例的最大包确定。 如果要绑定的数据包数量小于或等于最大绑定因子,则所有数据包都会捆绑在一起,以进行传输的下一步骤。 如果要绑定的数据包数量大于最大绑定因子,则根据传输中下一步的最有效的捆绑因子对数据包进行捆绑。 如果存在具有相同捆绑效率的多个捆绑因子,则选择具有相同捆绑效率的多个捆绑因子中的较大者作为最有效的捆绑因子。