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    • 3. 发明申请
    • Cross-Frequency Network Load Balancing
    • 跨频网络负载平衡
    • US20130064087A1
    • 2013-03-14
    • US13228044
    • 2011-09-08
    • Miroslav BudicAbdennaceaur Lachtar
    • Miroslav BudicAbdennaceaur Lachtar
    • H04W28/02
    • H04W28/0263H04W88/08
    • A base station that supports different sectors and co-located different frequencies across the different sectors in a CDMA network having an Access Terminal includes a processing unit which determines a load imbalance on a connection in a first sector at a first frequency. The base station includes a network interface unit through which the processing unit offloads traffic from the connection in the first sector at the first frequency to a first or second sector at a second frequency. A method for sending traffic with a base station that supports different sectors and co-located different frequencies across the different sectors in a CDMA network having an Access Terminal including the steps of determining with a processing unit a load imbalance on a connection in a first sector at a first frequency. There is the step of offloading with the processing unit through network interface unit traffic from the connection in the first sector at the first frequency to a first or second sector at a second frequency.
    • 在具有接入终端的CDMA网络中,跨不同扇区支持不同扇区和共同定位不同频率的基站包括处理单元,其以第一频率确定第一扇区中的连接上的负载不平衡。 基站包括网络接口单元,处理单元通过该网络接口单元以第一频率将来自第一扇区中的连接的业务以第二频率卸载到第一或第二扇区。 一种用于在具有接入终端的CDMA网络中的支持不同扇区并跨不同扇区共同定位不同频率的基站来发送业务的方法,所述CDMA网络具有接入终端,包括以下步骤:利用处理单元确定第一扇区中的连接上的负载不平衡 在第一频率。 存在通过网络接口单元业务从处理单元以第一频率从第一扇区中的连接以第二频率卸载到第一或第二扇区的步骤。
    • 4. 发明授权
    • Cross-frequency network load balancing
    • 跨频网络负载均衡
    • US08675606B2
    • 2014-03-18
    • US13228044
    • 2011-09-08
    • Miroslav BudicAbdennaceaur Lachtar
    • Miroslav BudicAbdennaceaur Lachtar
    • H04W4/00
    • H04W28/0263H04W88/08
    • A base station that supports different sectors and co-located different frequencies across the different sectors in a CDMA network having an Access Terminal includes a processing unit which determines a load imbalance on a connection in a first sector at a first frequency. The base station includes a network interface unit through which the processing unit offloads traffic from the connection in the first sector at the first frequency to a first or second sector at a second frequency. A method for sending traffic with a base station that supports different sectors and co-located different frequencies across the different sectors in a CDMA network having an Access Terminal including the steps of determining with a processing unit a load imbalance on a connection in a first sector at a first frequency. There is the step of offloading with the processing unit through network interface unit traffic from the connection in the first sector at the first frequency to a first or second sector at a second frequency.
    • 在具有接入终端的CDMA网络中,跨不同扇区支持不同扇区和共同定位不同频率的基站包括处理单元,其以第一频率确定第一扇区中的连接上的负载不平衡。 基站包括网络接口单元,处理单元通过该网络接口单元以第一频率将来自第一扇区中的连接的业务以第二频率卸载到第一或第二扇区。 一种用于在具有接入终端的CDMA网络中的支持不同扇区并跨不同扇区共同定位不同频率的基站来发送业务的方法,所述CDMA网络具有接入终端,包括步骤:利用处理单元确定第一扇区中的连接上的负载不平衡 在第一频率。 存在通过网络接口单元业务从处理单元以第一频率从第一扇区中的连接以第二频率卸载到第一或第二扇区的步骤。
    • 5. 发明授权
    • Optimized streetlight operation (OSLO) using a cellular network overlay
    • 优化的路灯操作(OSLO)使用蜂窝网络覆盖
    • US08983526B2
    • 2015-03-17
    • US13598874
    • 2012-08-30
    • Pulin ChhatbarMiroslav BudicAbdennaceaur LachtarRavindra DongreGheorghe Spiride
    • Pulin ChhatbarMiroslav BudicAbdennaceaur LachtarRavindra DongreGheorghe Spiride
    • H04B7/00H05B37/02H04W4/14G08C17/02H04W4/06
    • H05B37/0272G08C17/02G08C2201/42H04W4/06H04W4/14Y02B20/72
    • An Optimized Streetlight Operation (OSLO) system that utilizes a cellular network overlay to broadcast control commands issued by a centralized Streetlight Operation Center (SOC) to RF control modules mounted on each streetlight pole. The cellular network may be a CDMA network utilizing Short Message Service-Broadcast (SMS-B) messaging. When a Mobile Telephone Exchange/Mobile Switching Center (MTX/MSC) receives a SOC control command from the SOC, the MTX/MSC causes a plurality of BSs to broadcast the SOC command in the network operating area a defined number of times. Each RF control module that successfully receives the broadcast SOC control command, performs actions to control operation of the module's associated streetlight, and transmits a confirmation message to the module's serving BS indicating the SOC command was received. The modules are configured to stagger transmission of the confirmation messages over a period of time to reduce a peak load imposed on the cellular network.
    • 优化的路灯操作(OSLO)系统,其利用蜂窝网络覆盖来将由集中式路灯操作中心(SOC)发出的控制命令广播到安装在每个路灯杆上的RF控制模块。 蜂窝网络可以是利用短消息服务广播(SMS-B)消息收发的CDMA网络。 当移动电话交换/移动交换中心(MTX / MSC)从SOC接收到SOC控制命令时,MTX / MSC使多个BS在网络操作区域中定义多次广播SOC命令。 成功接收广播SOC控制命令的每个RF控制模块执行控制模块相关联的路灯的操作的动作,并向模块的服务BS发送指示接收到SOC命令的确认消息。 模块被配置为在一段时间内错开确认消息的传输,以减少施加在蜂窝网络上的峰值负载。
    • 6. 发明申请
    • LOAD BALANCING IN A CELLULAR TELECOMMUNICATION NETWORK
    • 在电信网络中的负载平衡
    • US20120231824A1
    • 2012-09-13
    • US13162305
    • 2011-06-16
    • Miroslav BudicAbdennaceaur LachtarNarendra TilwaniPulin Chhatbar
    • Miroslav BudicAbdennaceaur LachtarNarendra TilwaniPulin Chhatbar
    • H04W28/08
    • H04W28/08H04L47/125H04W28/02H04W88/12
    • A method and apparatus for controlling a Network Load Balancing (NLB) algorithm that balances a traffic load between multiple downlink (DL) sectors in a cellular telecommunication network. A Connection Integrity Preservation (CIP) algorithm, which runs on top of the NLB algorithm in the Radio Network Controller/Base Station Controller (RNC/BSC), minimizes the risk of degrading network performance due to NLB offload decisions. The CIP algorithm may override an NLB offload decision, for example, if there have been too many offload failures, there are no target DL sectors available to acquire an offloaded Access Terminal (AT), or the offloaded AT is not acquired within a threshold time period. The CIP algorithm ensures required metrics are collected, and minimizes the impact on RNC/BSC processing due to Routing Update messages needed to make offload decisions. The invention enables the NLB algorithm to realize its potential without negative side-effects.
    • 一种用于控制在蜂窝电信网络中平衡多个下行链路(DL)扇区之间的业务负载的网络负载平衡(NLB)算法的方法和装置。 在无线电网络控制器/基站控制器(RNC / BSC)中运行的NLB算法之上运行的连接完整性保护(CIP)算法最大限度地降低了由于NLB卸载决定而导致网络性能下降的风险。 CIP算法可以覆盖NLB卸载决定,例如,如果发生了太多卸载故障,则没有可用于获取卸载的接入终端(AT)的目标DL扇区,或者在阈值时间内未获取卸载的AT 期。 CIP算法确保收集所需的度量标准,并最大限度地减少由于进行卸载决定所需的路由更新消息对RNC / BSC处理的影响。 本发明使得NLB算法能够实现其潜在性而没有负面的副作用。
    • 7. 发明授权
    • Load balancing in a cellular telecommunication network
    • 蜂窝电信网络中的负载均衡
    • US08694018B2
    • 2014-04-08
    • US13162305
    • 2011-06-16
    • Miroslav BudicAbdennaceaur LachtarNarendra TilwaniPulin Chhatbar
    • Miroslav BudicAbdennaceaur LachtarNarendra TilwaniPulin Chhatbar
    • H04W72/00
    • H04W28/08H04L47/125H04W28/02H04W88/12
    • A method and apparatus for controlling a Network Load Balancing (NLB) algorithm that balances a traffic load between multiple downlink (DL) sectors in a cellular telecommunication network. A Connection Integrity Preservation (CIP) algorithm, which runs on top of the NLB algorithm in the Radio Network Controller/Base Station Controller (RNC/BSC), minimizes the risk of degrading network performance due to NLB offload decisions. The CIP algorithm may override an NLB offload decision, for example, if there have been too many offload failures, there are no target DL sectors available to acquire an offloaded Access Terminal (AT), or the offloaded AT is not acquired within a threshold time period. The CIP algorithm ensures required metrics are collected, and minimizes the impact on RNC/BSC processing due to Routing Update messages needed to make offload decisions. The invention enables the NLB algorithm to realize its potential without negative side-effects.
    • 一种用于控制在蜂窝电信网络中平衡多个下行链路(DL)扇区之间的业务负载的网络负载平衡(NLB)算法的方法和装置。 在无线电网络控制器/基站控制器(RNC / BSC)中运行的NLB算法之上运行的连接完整性保护(CIP)算法最大限度地降低了由于NLB卸载决定而导致网络性能下降的风险。 CIP算法可以覆盖NLB卸载决定,例如,如果发生了太多卸载故障,则没有可用于获取卸载的接入终端(AT)的目标DL扇区,或者在阈值时间内未获取卸载的AT 期。 CIP算法确保收集所需的度量标准,并最大限度地减少由于进行卸载决定所需的路由更新消息对RNC / BSC处理的影响。 本发明使得NLB算法能够实现其潜在性而没有负面的副作用。