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    • 1. 发明申请
    • Prevention of call forwarding loops in communication networks
    • 防止通信网络中的呼叫转移环路
    • US20050111649A1
    • 2005-05-26
    • US10720858
    • 2003-11-24
    • Anatoly BelkinAlex HirsbrunnerJennifer PierceJheroen Dorenbosch
    • Anatoly BelkinAlex HirsbrunnerJennifer PierceJheroen Dorenbosch
    • H04M3/533H04M3/54H04M3/42H04M7/00H04Q7/20
    • H04M3/54H04M3/53308H04M3/545
    • Circular call forwarding loops are prevented for a communications unit (12) capable of operating in a first communications network (14) and a second communications network (16) within a loosely coupled network (16), and respectively having a first network number and a second network number, as well as a first network voice mail. A call directed to the first network number (50) of the communications unit is forwarded to the second network number (52) of the communications unit when the communications unit is not operating in the first network. A first network voice mail number (P3) may be associated with calls so that calls are forwarded directly to the first network voice mail (56) when received again at the first network (54). Alternatively, if a call is subsequently received from the second communications network, and data of the subsequently received call matches data of the initial call, or if call forwarding indicia associated with the forwarded call is also associated with the subsequent call, the subsequent call is then forwarded to the first network voice mail of the communications unit.
    • 对于能够在松散耦合网络(16)内的第一通信网络(14)和第二通信网络(16)中运行的通信单元(12),并且分别具有第一网络号码和 第二个网络号码,以及第一个网络语音邮件。 当通信单元不在第一网络中操作时,定向到通信单元的第一网络号码(50)的呼叫被转发到通信单元的第二网络号码(52)。 第一网络语音邮件号码(P 3)可以与呼叫相关联,使得当在第一网络(54)再次接收时,呼叫被直接转发到第一网络语音邮件(56)。 或者,如果随后从第二通信网络接收到呼叫,并且随后接收到的呼叫的数据与初始呼叫的数据匹配,或者如果与转发呼叫相关联的呼叫转移标记也与后续呼叫相关联,则后续呼叫 然后转发到通信单元的第一个网络语音邮件。
    • 2. 发明申请
    • Handover method and apparatus
    • 切换方法和装置
    • US20050070288A1
    • 2005-03-31
    • US10674254
    • 2003-09-29
    • Anatoly BelkinAlex HirsbrunnerJheroen Dorenbosch
    • Anatoly BelkinAlex HirsbrunnerJheroen Dorenbosch
    • H04W36/14H04Q7/20
    • H04W36/0066
    • A method (FIG. 11) and corresponding wireless communication unit (102, FIG. 5) and mobility manager (116, FIG. 6) for facilitating a handover from one communication network (106) to another communication network (108) of an ongoing communication (120, 122) between a wireless communication unit (102) and a peer communication unit (114, 714). The method including obtaining call information (1103) corresponding to the ongoing communication where the ongoing communication uses the first communication network; and ascertaining a handover number (1105) for use by the wireless communication unit to originate a handover call (1107) via the second network (108), the handover number terminating within the first communication network for use in facilitating the handover of the ongoing communication to the second communication network.
    • 一种方法(图11)和相应的无线通信单元(102,图5)和移动性管理器(116,图6),用于促进从正在进行的一个通信网络(106)到另一个通信网络(108)的切换 无线通信单元(102)和对等通信单元(114,714)之间的通信(120,122)。 所述方法包括:获得与正在进行的通信对应的呼叫信息(1103),其中正在进行的通信使用第一通信网络; 并且确定由无线通信单元使用以通过第二网络(108)发起切换呼叫(1107)的切换号码(1105),终止于第一通信网络内的切换号码用于促进正在进行的通信的切换 到第二通信网络。
    • 3. 发明申请
    • System and method to improve WLAN handover behavior and phone battery life when stationary in border cells
    • 改善WLAN切换行为的系统和方法,以及在边界小区中静止时的手机电池寿命
    • US20050048977A1
    • 2005-03-03
    • US10649999
    • 2003-08-26
    • Jheroen DorenboschAnatoly BelkinZaffer MerchantAlex Hirsbrunner
    • Jheroen DorenboschAnatoly BelkinZaffer MerchantAlex Hirsbrunner
    • H04W36/04H04W36/32H04Q7/20
    • H04W36/32H04W36/04
    • A system, computer readable medium, mobile subscriber device and method determine that the device (306), operating on a first communications system is detecting a triggering event, which may be the detection of a wireless local area network border cell (210) or a degradation in signal quality. The device (306) then initiates a registration sequence with a second wireless communication system if the device (306) has detected the triggering event, determines the speed and/or displacement of the device (306), and conducts any present and subsequent calls via the second wireless communication system if the speed and/or displacement of the device exceeds a predetermined threshold. The registration sequence may be aborted if at least one of the speed and displacement of the device (306) does not exceed predetermined thresholds. Movement of the device (306) may be determined by an accelerometer (314) or GPS chipset.
    • 系统,计算机可读介质,移动用户设备和方法确定在第一通信系统上操作的设备(306)正在检测触发事件,其可以是无线局域网边界小区(210)或 信号质量下降。 然后,如果设备(306)已经检测到触发事件,确定设备(306)的速度和/或位移,则设备(306)启动具有第二无线通信系统的注册序列,并且经由 第二无线通信系统,如果设备的速度和/或位移超过预定阈值。 如果设备(306)的速度和位移中的至少一个没有超过预定阈值,则注册顺序可以被中止。 设备(306)的移动可由加速度计(314)或GPS芯片组确定。
    • 6. 发明申请
    • Method and apparatus for routing on hold calls
    • 用于保持呼叫路由的方法和装置
    • US20050119005A1
    • 2005-06-02
    • US10725661
    • 2003-12-02
    • Niranjan SegalJheroen DorenboschAnatoly Belkin
    • Niranjan SegalJheroen DorenboschAnatoly Belkin
    • H04W36/14H04W80/00H04W84/04H04W84/12H04Q7/20
    • H04W36/14H04W4/16H04W80/00H04W84/042H04W84/12
    • A wireless communication unit (101, 200), network switch (112, 300) and corresponding methods facilitate retrieval, routing, and management of on-hold calls (FIG. 5) within a first communication network (103) when the unit is operating in a second communication network (105) that is loosely coupled to the first. The communication unit comprises a transceiver (203) configured to support an air interface with the first and the second communication network; and a controller (209) arranged to cooperatively operate with the transceiver to retrieve an on-hold call from the first network via a call leg established to handout on-hold calls to and while the unit is operating in the second network. A user interface (211) facilitates management, connecting, disconnecting, etc., of the on-hold calls by the communication unit.
    • 当单元正在操作时,无线通信单元(101,200),网络交换机(112,300)和相应的方法便于在第一通信网络(103)内的保持呼叫(图5)的检索,路由和管理 在松散地耦合到第一通信网络(105)的第二通信网络(105)中。 通信单元包括被配置为支持与第一和第二通信网络的空中接口的收发器(203) 以及控制器(209),其被配置为与所述收发器协同操作以经由建立以将所述保持呼叫传送到所述单元并在所述第二网络中操作的呼叫支路从所述第一网络检索保持呼叫。 用户界面(211)便于通信单元对保持呼叫的管理,连接,断开等。
    • 7. 发明申请
    • On hold call retrieval & routing
    • 保持呼叫检索和路由
    • US20050124326A1
    • 2005-06-09
    • US10727433
    • 2003-12-04
    • Anatoly BelkinAlex HirsbrunnerJosheph HoshenJennnifer PiercNiranjan Segal
    • Anatoly BelkinAlex HirsbrunnerJosheph HoshenJennnifer PiercNiranjan Segal
    • H04M1/725H04M3/428H04W4/16H04W92/02H04M1/00
    • H04W4/16H04M1/7253H04M3/428H04M2250/06H04W92/02
    • A wireless communication unit (101, 200, 401), network switch (112, 300, 407) and corresponding methods facilitate retrieval, routing, and management of on-hold calls (FIG. 4-FIG. 7) within a first communication network (103) when the unit is operating in a second communication network (105) that is loosely coupled to the first. The communication unit comprises a transceiver (203) configured to support an air interface with the first and the second communication network; and a controller (209) arranged to cooperatively operate with the transceiver to retrieve an on-hold call from the first network via a call leg established to support a handout to and while the unit is operating in the second network. A user interface (211) and in band signaling over the call leg facilitates management, connecting, disconnecting, etc., of the on-hold calls by the communication unit.
    • 无线通信单元(101,200,401),网络交换机(112,300,407)和相应的方法有助于在第一通信网络内的保持呼叫(图4至图7)的检索,路由和管理 (103)当所述单元在松散地耦合到所述第一通信网络的第二通信网络(105)中操作时。 通信单元包括被配置为支持与第一和第二通信网络的空中接口的收发器(203) 以及控制器(209),被配置为与所述收发器协同操作以经由建立以支持所述单元在所述单元在所述第二网络中操作的通话的呼叫支路从所述第一网络检索保持呼叫。 用户接口(211)和通过呼叫支路进行的频带信令有利于通信单元的保持呼叫的管理,连接,断开等。
    • 10. 发明授权
    • Non-volatile I/O device based memory
    • 基于非易失性I / O设备的内存
    • US08248883B1
    • 2012-08-21
    • US12873041
    • 2010-08-31
    • Ting LuKam-Wing LiAnatoly BelkinAhmad R. Ansari
    • Ting LuKam-Wing LiAnatoly BelkinAhmad R. Ansari
    • G11C8/00
    • G11C8/06G06F2213/0038
    • A system for implementing a non-volatile input/output (I/O) device based memory can include an interface configured to receive a processor request specifying a data unit. The data unit can be specified by a processor address. The system can include an address-data converter coupled to the interface. The address-data converter can be configured to correlate the processor address of the data unit to a data block within the non-volatile I/O device. The system further can include an I/O controller coupled to the address-data converter. The I/O controller can be configured to issue a non-volatile I/O device command specifying the data block to the non-volatile I/O device.
    • 用于实现基于非易失性输入/输出(I / O)设备的存储器的系统可以包括被配置为接收指定数据单元的处理器请求的接口。 数据单元可以由处理器地址指定。 该系统可以包括耦合到接口的地址数据转换器。 地址数据转换器可以被配置为将数据单元的处理器地址与非易失性I / O设备内的数据块相关联。 该系统还可以包括耦合到地址数据转换器的I / O控制器。 I / O控制器可配置为向非易失性I / O设备发出指定数据块的非易失性I / O设备命令。