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    • 2. 发明申请
    • METHOD AND APPARATUS FOR COMMUNICATION SYSTEM ACCESS
    • 用于通信系统访问的方法和装置
    • WO1997019525A1
    • 1997-05-29
    • PCT/US1996018591
    • 1996-11-19
    • MOTOROLA INC.
    • MOTOROLA INC.DUPONT, Pierre, B.
    • H04B07/204
    • H04W74/0875
    • A method and apparatus for accessing a communication system relies on the use of varying access probabilities for subscribers or messages of varying priority. A serving infrastructure entity (110) determines access probabilities in response to known system parameters like the current rate of access attempts for each priority class of user/message. Values representative of these access probabilities are then transmitted to the subscriber unit(s) (105), for example by use of a system broadcast channel or control channels. These values are then used by the subscriber units in determining when to access an uplink channel. A temporal and/or proportional priority distribution approach is preferably used in determining the access values. As a result of this contention-based prioritization, an expedited access is achieved by higher priority units/traffic, thus increasing their throughput.
    • 用于访问通信系统的方法和装置依赖于对不同优先级的用户或消息的变化的接入概率的使用。 服务基础设施实体(110)响应于已知系统参数来确定访问概率,例如对于用户/消息的每个优先级类别的当前访问速率。 代表这些访问概率的值然后例如通过使用系统广播信道或控制信道被发送到用户单元(105)。 这些值然后由用户单元用于确定何时访问上行链路信道。 在确定访问值时优选使用时间和/或比例优先级分配方法。 作为基于这种基于争用的优先级排序的结果,通过较高优先级单元/业务来实现快速访问,从而增加其吞吐量。
    • 4. 发明申请
    • METHOD AND APPARATUS FOR INBOUND CHANNEL SELECTION IN A COMMUNICATION SYSTEM
    • 在通信系统中进行通道选择的方法和装置
    • WO1997002667A1
    • 1997-01-23
    • PCT/US1996006421
    • 1996-05-08
    • MOTOROLA INC.
    • MOTOROLA INC.AYERST, Douglas, I.CANNON, GregoryKHAN, Malik, J.HILL, Rick, Alan
    • H04B07/204
    • H04W84/025H04W52/267H04W88/022
    • A system controller (102) is used in a communication system (100) which has a set of inbound channels. The system controller (102) includes a processing system (204) for generating a first message which is transmitted to selective call devices (106). The first message includes a subset identifier which identifies an ALOHA subset of the set of inbound channels for use by a set of the selective call devices (106). A selective call device (106) includes a transmitter (708) and a processing system (710). The processing system (710) identifies the ALOHA subset of the set of inbound channels, and generates a second message and couples the second message to the transmitter (708) using an ALOHA protocol on an inbound channel which is in the ALOHA subset of the set of inbound channels when the second message is a first type. The transmitter (708) transmits the second message.
    • 在具有一组入站信道的通信系统(100)中使用系统控制器(102)。 系统控制器(102)包括一个处理系统(204),用于产生被发送到选择呼叫装置(106)的第一消息。 所述第一消息包括标识所述一组入站信道的ALOHA子集以供一组所述选呼设备(106)使用的子集标识符。 选择呼叫装置(106)包括发射机(708)和处理系统(710)。 处理系统(710)识别入站信道集合的ALOHA子集,并且生成第二消息,并且使用位于集合的ALOHA子集中的入站信道上的ALOHA协议将第二消息耦合到发射机(708) 的第二个消息是第一个类型的入站通道。 发射机(708)发送第二消息。
    • 5. 发明申请
    • METHOD AND APPARATUS FOR PROVIDING AN ALERT WITH INFORMATION SIGNAL BETWEEN A MOBILE SWITCHING CENTER AND A BASE STATION
    • 用于在移动切换中心和基站之间提供信息信号的方法和装置
    • WO1998015072A2
    • 1998-04-09
    • PCT/US1997017379
    • 1997-09-26
    • QUALCOMM INCORPORATED
    • QUALCOMM INCORPORATEDKRISHNAMURTHI, RajeevMOHANTY, Bibhu, P.QUICK, Roy, R., Jr.
    • H04B07/204
    • H04W76/19H04W4/16H04W36/08H04W92/045
    • The invention is a method and apparatus for providing an Alert With Information Message signal between a mobile switching center (36) and a base station (34) in a cellular communication system. The invention recognizes that current provisions of the IS-634 standard lack support for certain required functionality on the interface between a mobile switching center (36) and a base station (34), or the A-Interface. An Alert With Information Message signal is introduced on the A-Interface to support the required functionality. Introduction of the Alert With Information Message provides support for reliable call processing on the A-Interface for the call waiting procedure, the hard handoff procedure, and the resolution of a glare condition. A message generator (38) in the mobile switching center (36) generates the Alert With Information Message, which is transmitted to message receiver (40) in the base station (34) when needed.
    • 本发明是一种用于在蜂窝通信系统中的移动交换中心(36)和基站(34)之间提供警报信息消息信号的方法和装置。 本发明认识到IS-634标准的当前规定在移动交换中心(36)和基站(34)或A-Interface之间的接口上不支持某些所需功能。 带有信息的警报消息信号在A-Interface上引入,以支持所需的功能。 带有信息消息的警报简介为呼叫等待过程,硬切换过程和眩光条件的分辨率提供了对A接口的可靠呼叫处理的支持。 移动交换中心(36)中的消息发生器(38)产生在需要时发送到基站(34)中的消息接收机(40)的警报信息消息。
    • 7. 发明申请
    • WIRELESS PACKET DATA DISTRIBUTED COMMUNICATIONS SYSTEM
    • 无线分组数据分布式通信系统
    • WO1997021282A2
    • 1997-06-12
    • PCT/CA1996000795
    • 1996-11-29
    • VISTAR TELECOMMUNICATIONS INC.HAUGLI, Hans-ChristianSEED, William, Robert
    • VISTAR TELECOMMUNICATIONS INC.
    • H04B07/204
    • H04B7/216H04B7/18513Y02D70/1262Y02D70/164Y02D70/446
    • A two-way satellite communications system includes an Earth station communicating with a plurality of remote terminals using a network access protocol that facilitates low power consumption by the terminals. The Earth station generates forward link TDM packet data transmissions on one or more satellite channels, and detects, despreads and decodes multiple concurrent return link slotted CDMA packet transmissions on one or more satellite channels. It communicates through a wired connection with a packet processing center which ultimately both delivers return link packet data to end-customers and receives forward link packet data from end-customers. The remote terminals receive, process and act upon forward link TDM transmissions on one or more satellite channels, and generate slotted spread spectrum CDMA transmissions on the return link on one or more satellite channels. The remote terminals communicate with a local digital data source and/or sink, digitize one or more local analog sensor signals, enter into a sleep mode to minimize the terminal's power consumption, and access the satellite communications network in accordance with the system network access protocol.
    • 双向卫星通信系统包括使用促进终端的低功耗的网络接入协议与多个远程终端进行通信的地球站。 地球站在一个或多个卫星信道上生成正向链路TDM分组数据传输,并且在一个或多个卫星信道上检测,解扩和解码多个同时返回链路时隙CDMA分组传输。 它通过与数据包处理中心的有线连接进行通信,最终将终端客户的返回链路分组数据传递给终端用户,并从终端用户接收前向链路分组数据。 远程终端在一个或多个卫星信道上的前向链路TDM传输上接收,处理和操作,并且在一个或多个卫星信道上的返回链路上生成时隙扩频CDMA传输。 远程终端与本地数字数据源和/或接收器通信,数字化一个或多个本地模拟传感器信号,进入睡眠模式以最小化终端的功率消耗,并且根据系统网络访问协议访问卫星通信网络 。
    • 10. 发明申请
    • ARRANGEMENT FOR TELECOMMUNICATION
    • 电讯安排
    • WO1994019877A1
    • 1994-09-01
    • PCT/SE1993001002
    • 1993-11-19
    • TELEFONAKTIEBOLAGET LM ERICSSONE:SON ÅKERBERG, DagVAN DE BERG, Petrus, Hubertus, Gerardus
    • TELEFONAKTIEBOLAGET LM ERICSSON
    • H04B07/204
    • H04W84/14H04B7/2606H04B7/2609H04W16/26
    • The present invention relates to an arrangement for radio communication comprising at least one first station or base station (1), a number of second radio stations (2) and a number of subscriber stations (5), each said radio station (2) comprising at least one digital radio arrangement and first and second means (7, 8) for communication with said first station (1) and with said at least one subscriber station (5) respectively, said first means comprising at least one long range antenna for connection with the first station (1). Said second means (8) comprises at least one antenna for connection with at least one of said subscriber stations (5) and said radio arrangement comprises a radio switch with one single common transceiver providing wireless communication for connection with said first station as well as with at least one subscriber station (5).
    • 本发明涉及一种用于无线电通信的装置,包括至少一个第一站或基站(1),多个第二无线电站(2)和多个用户站(5),每个所述无线电站(2)包括 至少一个数字无线电装置和用于与所述第一台(1)和所述至少一个用户台(5)通信的第一和第二装置(7,8),所述第一装置包括用于连接的至少一个长距离天线 与第一站(1)。 所述第二装置(8)包括用于与至少一个所述用户台(5)连接的至少一个天线,并且所述无线电装置包括具有一个单一公共收发器的无线电开关,所述共同收发器提供用于与所述第一站连接的无线通信以及与 至少一个用户站(5)。