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    • 4. 发明授权
    • Dynamic sharing of wireless resources among different communication networks
    • 不同通信网络之间无线资源的动态共享
    • US08509788B2
    • 2013-08-13
    • US11683719
    • 2007-03-08
    • Kadathur S. NatarajanDaniel J. CoombesWilliam A Payne, III
    • Kadathur S. NatarajanDaniel J. CoombesWilliam A Payne, III
    • H04W40/00H04W72/00H04W74/00H04B7/00
    • H04W16/14H04L47/11H04L47/14
    • Various embodiments are described to enable multiple, independent communication networks to share in an autonomous and dynamic manner unlicensed wireless resources. Generally, this involves determining that a first network node (122) is using at least a portion of a wireless resource to provide network service to at least one remote unit (102). A second network node (123), under the control of a different network operator than the first node and desiring to use the wireless resource, sends the first network node, a request to relinquish use of at least a portion of the wireless resource. The second network node sends this request wirelessly, perhaps using the wireless resource itself. If the first network node grants the request, the second node may then begin using at least a portion of the relinquished resource to provide network service.
    • 描述了各种实施例以使得多个独立的通信网络以自主和动态方式共享非授权无线资源。 通常,这涉及确定第一网络节点(122)正在使用无线资源的至少一部分来向至少一个远程单元(102)提供网络服务。 第二网络节点(123)在与第一节点不同的网络运营商的控制下并且希望使用无线资源的情况下,发送第一网络节点,放弃使用无线资源的至少一部分的请求。 第二个网络节点可以无线地发送此请求,也许使用无线资源本身。 如果第一网络节点授权请求,则第二节点可以开始使用放弃资源的至少一部分来提供网络服务。
    • 5. 发明申请
    • DYNAMIC SHARING OF WIRELESS RESOURCES AMONG DIFFERENT COMMUNICATION NETWORKS
    • 不同通信网络无线资源的动态共享
    • US20080219213A1
    • 2008-09-11
    • US11683719
    • 2007-03-08
    • Kadathur S. NatarajanDaniel J. CoombesWilliam A. Payne
    • Kadathur S. NatarajanDaniel J. CoombesWilliam A. Payne
    • H04Q7/00
    • H04W16/14H04L47/11H04L47/14
    • Various embodiments are described to enable multiple, independent communication networks to share in an autonomous and dynamic manner unlicensed wireless resources. Generally, this involves determining that a first network node (122) is using at least a portion of a wireless resource to provide network service to at least one remote unit (102). A second network node (123), under the control of a different network operator than the first node and desiring to use the wireless resource, sends the first network node, a request to relinquish use of at least a portion of the wireless resource. The second network node sends this request wirelessly, perhaps using the wireless resource itself. If the first network node grants the request, the second node may then begin using at least a portion of the relinquished resource to provide network service.
    • 描述了各种实施例以使得多个独立的通信网络以自主和动态方式共享非授权无线资源。 通常,这涉及确定第一网络节点(122)正在使用无线资源的至少一部分来向至少一个远程单元(102)提供网络服务。 第二网络节点(123)在与第一节点不同的网络运营商的控制下并且希望使用无线资源的情况下,发送第一网络节点,放弃使用无线资源的至少一部分的请求。 第二个网络节点可以无线地发送此请求,也许使用无线资源本身。 如果第一网络节点授权请求,则第二节点可以开始使用放弃资源的至少一部分来提供网络服务。
    • 7. 发明授权
    • Method and apparatus for providing communication services to a
communication unit based on registration type
    • 基于注册类型向通信单元提供通信服务的方法和装置
    • US5822694A
    • 1998-10-13
    • US912835
    • 1997-08-19
    • Daniel J. CoombesJay R. Krebs
    • Daniel J. CoombesJay R. Krebs
    • H04W60/04H04W68/04H04W84/08H04M11/00H04B1/00
    • H04W68/04H04W60/04H04W84/08
    • A communication system (100) that includes a plurality of communication units (101-108) and infrastructure equipment (110-115, 140, 141) employs a method and apparatus for providing communication services to a communication unit (e.g., 101). The infrastructure equipment includes a plurality of base sites (110-115) that provide communication services to corresponding service coverage areas (120-125). The service coverage areas (120-125) are further arranged into paging location areas (130-132). When the communication unit (101) becomes active in the system (100), the communication unit (101) determines its registration type. When the communication unit (101) is of a first registration type, the communication unit (101) transmits a registration message to the infrastructure equipment (e.g., 141) whenever the unit (101) enters a new location area (130-132). When the communication unit (101) is of a second registration type, the communication unit (101) transmits the registration message to the infrastructure equipment (141) whenever the unit (101) enters a new service coverage area (120-125). Thus, when the infrastructure equipment (141) receives a communication destined for the communication unit (101), the infrastructure equipment (141) conveys the communication to the communication unit (101) based on the unit's registration type. However when the communication unit is of a first registration type corresponding to the first registration process, in which the infrastructure pages the communication unit prior to conveying a communication to the unit, and the location area containing the communication unit consists of a "single service coverage area" communication is conveyed directly to the communication unit without first paging the unit.
    • 包括多个通信单元(101-108)和基础设施设备(110-115,140,​​141)的通信系统(100)采用向通信单元(例如101)提供通信服务的方法和装置。 基础设施设备包括向对应的服务覆盖区域(120-125)提供通信服务的多个基站(110-115)。 服务覆盖区域(120-125)还被布置成寻呼位置区域(130-132)。 当通信单元(101)在系统(100)中变为活动时,通信单元(101)确定其注册类型。 当通信单元(101)具有第一注册类型时,无论何时单元(101)进入新的位置区域(130-132),通信单元(101)向基础设施设备(例如141)发送注册消息。 当通信单元(101)具有第二注册类型时,无论何时单元(101)进入新的服务覆盖区域(120-125),通信单元(101)将登记消息发送到基础设施设备(141)。 因此,当基础设施设备(141)接收到通信单元(101)的通信时,基础设施(141)基于单元的注册类型将通信传送到通信单元(101)。 然而,当通信单元是对应于第一注册过程的第一注册类型,其中基础设施在通信单元向单元传送通信之前将通信单元进行页面化,并且包含通信单元的位置区域由“单个服务覆盖 区域“通信直接传送到通信单元,而无需首先寻呼单元。
    • 8. 发明授权
    • Method for providing voice mail service in a dispatch radio
communication system and corresponding dispatch system
    • 在调度无线电通信系统和相应调度系统中提供语音邮件服务的方法
    • US5711011A
    • 1998-01-20
    • US659096
    • 1996-06-04
    • Kamala D. UrsDaniel J. CoombesValy Lev
    • Kamala D. UrsDaniel J. CoombesValy Lev
    • H04W4/12H04W84/08H04B7/00H04Q7/20
    • H04W84/08H04W4/12
    • A dispatch radio communication system (100) that includes a dispatch processor (101) and a voice mail system (103) employs a method and apparatus for providing voice mail service in the dispatch system. The dispatch processor receives a request to communicate from a first communication unit (109), wherein the request includes a dispatch identification (ID) of a second communication unit (110) that is a target of a communication from the first communication unit. The dispatch processor then determines whether the second communication unit can participate in the communication. When the second communication unit cannot participate, the dispatch processor establishes a communication path (122, 126) between the first communication unit and a third communication unit (111) that is coupled to the voice mail system to allow a user of the first communication unit to provide a voice mail message to the voice mail system for a user of the second communication unit.
    • 包括调度处理器(101)和语音邮件系统(103)的调度无线电通信系统(100)采用在调度系统中提供语音邮件服务的方法和装置。 调度处理器接收来自第一通信单元(109)的通信请求,其中所述请求包括作为来自第一通信单元的通信目标的第二通信单元(110)的调度标识(ID)。 然后,调度处理器确定第二通信单元是否可以参与通信。 当第二通信单元不能参与时,调度处理器在第一通信单元和耦合到语音邮件系统的第三通信单元(111)之间建立通信路径(122,126),以允许第一通信单元的用户 以向第二通信单元的用户的语音邮件系统提供语音邮件消息。
    • 10. 发明授权
    • Synchronizing technique for an error correcting digital transmission
system
    • 用于纠错数字传输系统的同步技术
    • US4271520A
    • 1981-06-02
    • US51938
    • 1979-06-25
    • Daniel J. CoombesJohn H. Sangster
    • Daniel J. CoombesJohn H. Sangster
    • H04L1/00H04L7/04G06F11/10H04L7/02
    • H04L1/0057H04L7/048
    • The instant invention resides in a system, including an encoder and a decoder, for the transmission and retrieval of digital data over a transmission medium. The encoder includes an error correction encoding scheme which processes the data and produces an encoded bit stream including data and parity bits in either an interspersed or blocked relationship. A transmission bit stream is generated by modulo-2 adding the encoded bit stream with a predetermined sync sequence, which sync sequence is selected to provide optimum sync detection at the decoder site.The encoder modulo-2 subtracts said sync sequence from the received transmission stream, thereby producing a resultant which is monitored by an error correction detector. The detector produces an in- or out-of-synchronization indication as determined by the number of resultant bit stream detected errors.
    • 本发明在于包括用于通过传输介质传输和检索数字数据的编码器和解码器的系统。 编码器包括纠错编码方案,其处理数据并产生包含散布或阻塞关系中的数据和奇偶校验位的编码比特流。 传输比特流通过模2加上具有预定同步序列的编码比特流来生成,该同步序列被选择以在解码器位置提供最佳同步检测。 编码器模2从接收到的传输流中减去所述同步序列,从而产生由纠错检测器监视的结果。 检测器产生由所得到的比特流检测到的错误的数量确定的进入或者不同步的指示。