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    • 3. 发明授权
    • Apparatus and method for missing message reconciliation
    • 缺少消息对帐的设备和方法
    • US06266513B1
    • 2001-07-24
    • US08961877
    • 1997-10-31
    • Alain Charles Briancon
    • Alain Charles Briancon
    • H04B726
    • H04W88/187H04L1/1809H04L2001/0092
    • Methods of and corresponding apparatus for missing message reconciliation of messages initially sent over a wireless operating channel (123) in a selective messaging system (100) for a messaging unit (135) include receiving messages (305), and processing the message to provide an identifier corresponding to the message (307), prior to, transmitting, using local resources (145) and an internet based pathway (110), a reconciliation message back to the message source (105) within the selective messaging system. Analogously at the selective messaging system a method includes the steps of; scheduling a message including a message sequence number (MSN) (405), receiving a reconciliation message from the local resource (407) originating at the selective messaging unit (MSN), and re-transmitting the portion of the message with MSN using local resources (413) or wireless operating channel (417).
    • 用于消息单元(135)的选择性消息收发系统(100)中通过无线操作信道(123)最初发送的消息的丢失消息协调的方法和相应设备包括接收消息(305),并处理消息以提供 对应于消息(307)的标识符,在使用本地资源(145)和基于因特网的路径(110)之前,向所述选择性消息收发系统内的所述消息源(105)发送调解消息。 类似地,在选择性消息传递系统中,一种方法包括以下步骤: 调度包括消息序列号(MSN)(405)的消息,从源自选择性消息接发单元(MSN)的本地资源(407)接收协调消息,并且使用本地资源重新发送具有MSN的消息部分 (413)或无线操作信道(417)。
    • 8. 发明授权
    • Multipart analog message and a response in a communication system
    • 多部分模拟消息和通信系统中的响应
    • US5905448A
    • 1999-05-18
    • US775900
    • 1997-01-02
    • Alain Charles BrianconLeonard G. DeBarrosMario A. RivasRichard L. BennettJohn T. Puma
    • Alain Charles BrianconLeonard G. DeBarrosMario A. RivasRichard L. BennettJohn T. Puma
    • H04W88/02H04Q7/14
    • H04W88/023
    • A communication system in which a multipart analog message (480) is generated by a controller (112) by including an analog part delimiter (440) between successive independent analog parts (420, 431, 432, 433). The multipart analog message (480) is positioned within a synchronous protocol, in which a digital code is included to identify the position of the multipart analog message (480). The synchronous protocol is transmitted by a radio transmitter (202) and received by a selective call receiver (122). The selective call receiver (122) digitally decodes the position of the multipart analog message (480) and begins recovery of the multipart analog message (480) at the position. The selective call receiver (122) recovers the part delimiters (440) and uses them to identify the independent analog parts (420, 431, 432, 433). One of the independent parts, which is a audible response, is selected by the user and used to generate a response.
    • 一种通过在连续的独立模拟部分(420,431,432,433)之间包括模拟部分定界符(440)由控制器(112)生成多部分模拟消息(480)的通信系统。 多部分模拟消息(480)位于同步协议内,其中包括数字代码以识别多部分模拟消息的位置(480)。 同步协议由无线电发射机(202)发送并由选呼接收机(122)接收。 选呼接收机(122)数字地解​​码多部分模拟消息(480)的位置,并开始在该位置恢复多部分模拟消息(480)。 选呼接收机(122)恢复部件定界符(440),并使用它们来识别独立的模拟部件(420,431,432,433)。 用户可以选择独立部分之一,这是一个可听见的响应,用于产生响应。