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    • 1. 发明申请
    • Method for multimedia broadcast/multicast service signaling bearer connection on iu interface
    • iu接口上的多媒体广播/组播业务信令承载连接方法
    • US20060140159A1
    • 2006-06-29
    • US10533690
    • 2003-11-05
    • Sung-Ho ChoiKook-Heui LeeQinghai GaoDetao LiLixiang Xu
    • Sung-Ho ChoiKook-Heui LeeQinghai GaoDetao LiLixiang Xu
    • H04J3/00
    • H04W92/14H04W4/06
    • A method of signaling bearer connection on Iu interface for MBMS service, includes the following steps: (a) RNC receives a MBMS Notification message for a certain MBMS service from SGSN; (b) RNC constructs a MBMS Service Request message according to the contents of the notification; (c) RNC sends a SCCP Connection Request message to SGSN, requests to establish a SCCP signaling connection, and then waits for a reply; (d) RNC receives a SCCP Connection Confirmation message from SGSN. This invention solves the problem of signaling connection on Iu interface after MBMS service is introduced into the existing mobile communication system. The connection mode provided in this invention can reasonably utilize network resources, effectively reduce signaling congestion on Iu interface and reduce modifications to the existing Iu interface message.
    • 一种用于在MBMS业务的Iu接口上发送承载连接的方法,包括以下步骤:(a)RNC从SGSN接收一个MBMS业务的MBMS通知消息; (b)RNC根据通知的内容构建MBMS服务请求消息; (c)RNC向SGSN发送SCCP连接请求消息,请求建立SCCP信令连接,然后等待回复; (d)RNC从SGSN接收到SCCP连接确认消息。 本发明解决了将MBMS业务引入到现有移动通信系统中之后,在Iu接口上进行信令连接的问题。 本发明提供的连接方式可以合理利用网络资源,有效减少Iu接口的信令拥塞,减少对现有Iu接口消息的修改。
    • 3. 发明授权
    • Method for multimedia broadcast/multicast service signaling bearer connection on Iu interface
    • Iu接口上多媒体广播/组播业务信令承载连接方法
    • US07664503B2
    • 2010-02-16
    • US10533690
    • 2003-11-05
    • Sung-Ho ChoiKook-Heui LeeQinghai GaoDetao LiLixiang Xu
    • Sung-Ho ChoiKook-Heui LeeQinghai GaoDetao LiLixiang Xu
    • H04W40/00
    • H04W92/14H04W4/06
    • A method of signaling bearer connection on Iu interface for MBMS service, includes the following steps: (a) RNC receives a MBMS Notification message for a certain MBMS service from SGSN; (b) RNC constructs a MBMS Service Request message according to the contents of the notification; (c) RNC sends a SCCP Connection Request message to SGSN, requests to establish a SCCP signaling connection, and then waits for a reply; (d) RNC receives a SCCP Connection Confirmation message from SGSN. This invention solves the problem of signaling connection on Iu interface after MBMS service is introduced into the existing mobile communication system. The connection mode provided in this invention can reasonably utilize network resources, effectively reduce signaling congestion on Iu interface and reduce modifications to the existing Iu interface message.
    • 一种用于在MBMS业务的Iu接口上发送承载连接的方法,包括以下步骤:(a)RNC从SGSN接收一个MBMS业务的MBMS通知消息; (b)RNC根据通知的内容构建MBMS服务请求消息; (c)RNC向SGSN发送SCCP连接请求消息,请求建立SCCP信令连接,然后等待回复; (d)RNC从SGSN接收到SCCP连接确认消息。 本发明解决了将MBMS业务引入到现有移动通信系统中之后,在Iu接口上进行信令连接的问题。 本发明提供的连接方式可以合理利用网络资源,有效减少Iu接口的信令拥塞,减少对现有Iu接口消息的修改。
    • 4. 发明授权
    • Determining chain configuration for a wireless protocol in a wireless device supporting multiple wireless protocols
    • 确定支持多种无线协议的无线设备中无线协议的链路配置
    • US08489024B1
    • 2013-07-16
    • US12913512
    • 2010-10-27
    • Tevfik YucekQinghai GaoSundar G. SankaranSusinder R. Gulasekaran
    • Tevfik YucekQinghai GaoSundar G. SankaranSusinder R. Gulasekaran
    • B04B7/00
    • H04W72/02H04W72/10H04W88/06
    • Arbitration between two wireless protocols in a wireless device. The wireless device may include first wireless protocol circuitry, configured to receive and process first signals according to a first wireless protocol and second wireless protocol circuitry, configured to receive and process second signals according to a second wireless protocol. The wireless device may also include coexistence circuitry. The coexistence circuitry may be configured to receive a request from the first wireless protocol circuitry to perform transmission or reception and arbitrate the requested transmission or reception between the first wireless protocol circuitry and the second wireless protocol circuitry. The decision may be based on current or future priority information, current configuration, or other factors. The coexistence circuitry (or other circuitry) may be configured to determine position of switches controlling antennas or transmission using shared or unshared antennas (or chains). The two wireless protocols may be WLAN and Bluetooth.
    • 无线设备中的两个无线协议之间的仲裁。 无线设备可以包括第一无线协议电路,被配置为根据第一无线协议和第二无线协议电路来接收和处理第一信号,第二无线协议电路被配置为根据第二无线协议接收和处理第二信号。 无线设备还可以包括共存电路。 共存电路可以被配置为接收来自第一无线协议电路的请求以执行传输或接收,并且仲裁第一无线协议电路和第二无线协议电路之间的所请求的传输或接收。 该决定可以基于当前或将来的优先级信息,当前配置或其他因素。 共存电路(或其他电路)可以被配置为使用共享或非共享天线(或链)来确定控制天线或传输的交换机的位置。 两种无线协议可以是WLAN和蓝牙。
    • 5. 发明授权
    • Arbitration between multiple wireless protocols in a wireless device
    • 无线设备中的多个无线协议之间的仲裁
    • US08447235B2
    • 2013-05-21
    • US12913374
    • 2010-10-27
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • H04B7/00
    • H04W72/02H04W72/10H04W88/06
    • Arbitration between two wireless protocols in a wireless device. The wireless device may include first wireless protocol circuitry, configured to receive and process first signals according to a first wireless protocol and second wireless protocol circuitry, configured to receive and process second signals according to a second wireless protocol. The wireless device may also include coexistence circuitry. The coexistence circuitry may be configured to receive a request from the first wireless protocol circuitry to perform transmission or reception and arbitrate the requested transmission or reception between the first wireless protocol circuitry and the second wireless protocol circuitry. The decision may be based on current or future priority information, current configuration, or other factors. The coexistence circuitry (or other circuitry) may be configured to determine position of switches controlling antennas or transmission using shared or unshared antennas (or chains). The two wireless protocols may be WLAN and Bluetooth.
    • 无线设备中的两个无线协议之间的仲裁。 无线设备可以包括第一无线协议电路,被配置为根据第一无线协议和第二无线协议电路来接收和处理第一信号,第二无线协议电路被配置为根据第二无线协议接收和处理第二信号。 无线设备还可以包括共存电路。 共存电路可以被配置为接收来自第一无线协议电路的请求以执行传输或接收,并且仲裁第一无线协议电路和第二无线协议电路之间的所请求的传输或接收。 该决定可以基于当前或将来的优先级信息,当前配置或其他因素。 共存电路(或其他电路)可以被配置为使用共享或非共享天线(或链)来确定控制天线或传输的交换机的位置。 两种无线协议可以是WLAN和蓝牙。
    • 6. 发明授权
    • Adaptive antenna configuration for multiple wireless protocols in a wireless device
    • 无线设备中多个无线协议的自适应天线配置
    • US08489023B1
    • 2013-07-16
    • US12913462
    • 2010-10-27
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • H04B7/00
    • H04W72/02H04W72/10H04W88/06
    • Arbitration between two wireless protocols in a wireless device. The wireless device may include first wireless protocol circuitry, configured to receive and process first signals according to a first wireless protocol and second wireless protocol circuitry, configured to receive and process second signals according to a second wireless protocol. The wireless device may also include coexistence circuitry. The coexistence circuitry may be configured to receive a request from the first wireless protocol circuitry to perform transmission or reception and arbitrate the requested transmission or reception between the first wireless protocol circuitry and the second wireless protocol circuitry. The decision may be based on current or future priority information, current configuration, or other factors. The coexistence circuitry (or other circuitry) may be configured to determine position of switches controlling antennas or transmission using shared or unshared antennas (or chains). The two wireless protocols may be WLAN and Bluetooth.
    • 无线设备中的两个无线协议之间的仲裁。 无线设备可以包括第一无线协议电路,被配置为根据第一无线协议和第二无线协议电路来接收和处理第一信号,第二无线协议电路被配置为根据第二无线协议接收和处理第二信号。 无线设备还可以包括共存电路。 共存电路可以被配置为接收来自第一无线协议电路的请求,以执行传输或接收,并且仲裁第一无线协议电路和第二无线协议电路之间的所请求的传输或接收。 该决定可以基于当前或将来的优先级信息,当前配置或其他因素。 共存电路(或其他电路)可以被配置为使用共享或非共享天线(或链)来确定控制天线或传输的交换机的位置。 两种无线协议可以是WLAN和蓝牙。
    • 7. 发明授权
    • Arbitration between multiple wireless protocols in a wireless device based on predicted activites
    • 基于预测活动的无线设备中的多个无线协议之间的仲裁
    • US08489022B1
    • 2013-07-16
    • US12913431
    • 2010-10-27
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • H04B7/00
    • H04W72/02H04W72/10H04W88/06
    • Arbitration between two wireless protocols in a wireless device. The wireless device may include first wireless protocol circuitry, configured to receive and process first signals according to a first wireless protocol and second wireless protocol circuitry, configured to receive and process second signals according to a second wireless protocol. The wireless device may also include coexistence circuitry. The coexistence circuitry may be configured to receive a request from the first wireless protocol circuitry to perform transmission or reception and arbitrate the requested transmission or reception between the first wireless protocol circuitry and the second wireless protocol circuitry. The decision may be based on current or future priority information, current configuration, or other factors. The coexistence circuitry (or other circuitry) may be configured to determine position of switches controlling antennas or transmission using shared or unshared antennas (or chains). The two wireless protocols may be WLAN and Bluetooth.
    • 无线设备中的两个无线协议之间的仲裁。 无线设备可以包括第一无线协议电路,被配置为根据第一无线协议和第二无线协议电路来接收和处理第一信号,第二无线协议电路被配置为根据第二无线协议接收和处理第二信号。 无线设备还可以包括共存电路。 共存电路可以被配置为接收来自第一无线协议电路的请求,以执行传输或接收,并且仲裁第一无线协议电路和第二无线协议电路之间的所请求的传输或接收。 该决定可以基于当前或将来的优先级信息,当前配置或其他因素。 共存电路(或其他电路)可以被配置为使用共享或非共享天线(或链)来确定控制天线或传输的交换机的位置。 两种无线协议可以是WLAN和蓝牙。
    • 8. 发明申请
    • Arbitration Between Multiple Wireless Protocols in a Wireless Device
    • 无线设备中的多个无线协议之间的仲裁
    • US20120046000A1
    • 2012-02-23
    • US12913374
    • 2010-10-27
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • Qinghai GaoSundar G. SankaranTevfik YucekSusinder R. Gulasekaran
    • H04W88/02
    • H04W72/02H04W72/10H04W88/06
    • Arbitration between two wireless protocols in a wireless device. The wireless device may include first wireless protocol circuitry, configured to receive and process first signals according to a first wireless protocol and second wireless protocol circuitry, configured to receive and process second signals according to a second wireless protocol. The wireless device may also include coexistence circuitry. The coexistence circuitry may be configured to receive a request from the first wireless protocol circuitry to perform transmission or reception and arbitrate the requested transmission or reception between the first wireless protocol circuitry and the second wireless protocol circuitry. The decision may be based on current or future priority information, current configuration, or other factors. The coexistence circuitry (or other circuitry) may be configured to determine position of switches controlling antennas or transmission using shared or unshared antennas (or chains). The two wireless protocols may be WLAN and Bluetooth.
    • 无线设备中的两个无线协议之间的仲裁。 无线设备可以包括第一无线协议电路,被配置为根据第一无线协议和第二无线协议电路来接收和处理第一信号,第二无线协议电路被配置为根据第二无线协议接收和处理第二信号。 无线设备还可以包括共存电路。 共存电路可以被配置为接收来自第一无线协议电路的请求以执行传输或接收,并且仲裁第一无线协议电路和第二无线协议电路之间的所请求的传输或接收。 该决定可以基于当前或将来的优先级信息,当前配置或其他因素。 共存电路(或其他电路)可以被配置为使用共享或非共享天线(或链)来确定控制天线或传输的交换机的位置。 两种无线协议可以是WLAN和蓝牙。