WO2012006855A1 - 一种码分多址单模双待终端调度短消息的方法及装置 - Google Patents

一种码分多址单模双待终端调度短消息的方法及装置 Download PDF

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Publication number
WO2012006855A1
WO2012006855A1 PCT/CN2010/079743 CN2010079743W WO2012006855A1 WO 2012006855 A1 WO2012006855 A1 WO 2012006855A1 CN 2010079743 W CN2010079743 W CN 2010079743W WO 2012006855 A1 WO2012006855 A1 WO 2012006855A1
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WIPO (PCT)
Prior art keywords
service
short message
user
standby terminal
voice call
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Application number
PCT/CN2010/079743
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English (en)
French (fr)
Inventor
郑显举
薛子涛
Original Assignee
中兴通讯股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Priority to US13/581,469 priority Critical patent/US9215574B2/en
Publication of WO2012006855A1 publication Critical patent/WO2012006855A1/zh

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W4/00Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/12Messaging; Mailboxes; Announcements
    • H04W4/14Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]

Definitions

  • the present invention relates to a scheduling technique in communication, and in particular to a method and apparatus for scheduling short messages by a single-mode dual-standby terminal of CDMA (Code Division Multiple Access). Background technique
  • the CDMA single-mode dual-standby terminal is a communication terminal that realizes dual-card simultaneous online based on a single baseband and a single-radio module.
  • the communication terminal expands the communication capability, that is, the terminal user has two number entries to initiate a short message service, thereby improving The user's communication service experience.
  • the short message service of the CDMA single-mode dual-standby terminal has a certain randomness, which is mainly manifested in the following two aspects: On the one hand, the short-message of the network side to the terminal has a certain randomness; On the one hand, the submission of messages initiated by the end user has a certain randomness.
  • the long short message service and the short message group sending service increase the amount of message data sent and received by the CDMA single mode dual standby terminal each time, and the time discontinuity of the sending and receiving processes, thus, It is required that a CDMA single-mode dual-standby terminal with only one radio frequency mechanism can reasonably manage the concurrency and competition of the dual-standby short message service when performing message scheduling. Moreover, the CDMA single-mode dual-standby terminal needs to consider other communication services supported by the terminal, such as voice services, data services, and the like, and affects the short message service.
  • the main object of the present invention is to provide a CDMA single mode dual standby terminal scheduling.
  • the short message method and device can reasonably manage and schedule the short message service of the CDMA single mode dual standby terminal.
  • the present invention provides a method for scheduling a short message by a CDMA single mode dual standby terminal, including: when a short message service is required, the CDMA single mode dual standby terminal first processes the short message service of the user currently in the service activated state, and When processing the short message service, delay the processing of the voice call service and/or the data service that the user in the service activation state needs to receive; and the short time required for the user who is currently in the service inactive state. Message services, voice call services, and data services are delayed.
  • the method further includes: the dual standby terminal determining, according to the received network paging information or the user originating short message request, the standby user that uses the short message service;
  • the dual standby terminal activates the standby user using the short message service to enter a short message service processing state
  • the short message service is a short message service
  • the received voice call service and/or data service required by the user in the service activation state is delayed.
  • the terminal waits for the activation user to receive the short message, and delays the received voice call service and the data service of the activated user.
  • the short message service is a short message
  • the short message service is processed, and the received voice call service and/or data service required by the user in the service activated state is delayed. , for:
  • the dual standby terminal determines whether a single chain is allowed to be established. When it is determined that a single chain is allowed to be established, the dual standby terminal establishes a reverse traffic channel link, and sends a short message to the activated user, and during the sending process, the dual standby terminal receives the short message. The voice call service and the data service of the activated user are delayed; when it is determined that the single link is not allowed, the dual standby terminal establishes a reverse traffic channel link, and sends a short cancellation And the dual standby terminal delays the received voice call service and data service of the activated user during the sending process;
  • the dual standby terminal disconnects the reverse traffic channel and determines whether the activated user has a short message to be sent, and determines that the reverse traffic channel link is re-established, and the loop is repeated until the activated user is activated.
  • the short message to be sent is sent.
  • the receiving the short message is:
  • the short message is directly received
  • the dual standby terminal sends a request for establishing a forward traffic channel link to the network side; after receiving the request, the network side establishes a forward traffic channel link with the dual standby terminal, and returns a link to the dual standby terminal.
  • the established message after receiving the message, the dual standby terminal receives the short message.
  • the delay processing is performed as follows:
  • the dual standby terminal saves the received voice call service and data service of the activated user, and/or the short message service of the currently inactive user, the voice call service, and the process of receiving the short message by the active user.
  • Data service
  • the dual standby terminal determines that the short message of the activated user is received, the saved service is processed in accordance with the set rule.
  • the delay processing is performed as follows:
  • the dual standby terminal saves the received voice call service and data service of the activated user, and/or the short message service, the voice call service of the currently inactive user, and Data service;
  • the dual standby terminal determines that the short message of the activated user is sent, the saved service is processed in accordance with the set rule.
  • the dual standby terminal when the dual standby terminal is in the voice call service state, when the short message service is processed, the voice call service and/or the data service that needs to be performed by the user in the service activated state is delayed. Processing, for: After receiving the short message service of the activated user, if the short message service is short message received, the dual standby terminal uses the current voice service channel to receive the short message for the activated user, and receives the short message during the receiving process. Deferred processing of the data service of the activated user;
  • the dual standby terminal uses the current voice call service channel to send a short message to the activated user, and delays the received data service of the activated user during the sending process. .
  • the delay processing is:
  • the dual standby terminal saves the received data service of the activated user, and/or the short message service, the voice call service, and the data of the currently inactive user in the process of sending or receiving the short message to the activated user.
  • the dual standby terminal determines that the short message of the activated user is sent, the saved service is processed in turn according to the set rules.
  • the dual standby terminal After receiving the short message service of the activated user, if the short message service is short message receiving, the dual standby terminal uses the current data traffic channel to receive the short message for the activated user, and in the receiving process, the received message Deactivating the user's data service for delay processing;
  • the dual standby terminal uses the current data traffic channel to send a short message to the activated user, and delays the received voice call service of the activated user during the sending process. .
  • the delay processing is:
  • the dual standby terminal saves the received voice call service of the activated user, and/or the short message service, voice call service, and/or the currently inactive user, in the process of receiving, or sending a short message, the activated user, and Data service; After the dual standby terminal determines that the short message of the activated user is received, the saved service is processed in turn according to the set rules.
  • the processing according to the set rules is: processing the saved services in sequence according to the priority of the set service processing, and when the priorities are the same, processing the saved services in sequence according to the saved order. .
  • the present invention also provides a device for scheduling a short message by a CDMA single mode dual standby terminal, including: a processing module and a delay module;
  • the processing module is configured to: when the short message service needs to be performed, process the short message service of the user currently in the service activation state, and when the short message service is processed, the user who is in the service activation state needs to be performed.
  • the voice call service, and/or the data service, and the short message service, the voice call service, and the data service that the user currently in the service inactive state need to send to the delay module;
  • the delay module is configured to delay processing the received service after receiving the service sent by the processing module.
  • the processing module is specifically configured to: when the dual standby terminal is in the dual standby state, determine, according to the received network paging information or the user call short message request, the standby user that uses the short message service, and activate the location
  • the standby user using the short message service enters the short message service processing state, receives the short message for the activated user, and receives the received voice call service and data service of the activated user, and the currently inactivated user during the receiving process.
  • the short message service, the voice call service, and the data service are sent to the delay module; or
  • Determining whether a single chain is allowed to be established determining that a single chain is allowed to be established, establishing a reverse traffic channel link, sending a short message to the activated user, and receiving the voice call service of the activated user during the sending process
  • the data service, and the short message service, the voice call service, and the data service of the currently inactive user are sent to the delay module;
  • the dual standby terminal When it is determined that a single chain is not allowed, the dual standby terminal establishes a reverse traffic channel link and links After the establishment is successful, a short message is sent, and during the sending process, the received voice call service and data service of the activated user, and the short message service, voice call service, and data service of the currently inactive user are sent. After the delay module is sent, and after the short message is sent, the dual standby terminal disconnects the reverse traffic channel, determines whether the activated user has a short message to be sent, determines, re-establishes the reverse traffic channel link, and so on, until the The short message to be sent of the active user is sent.
  • the processing module is specifically configured to: when the dual-standby terminal is in the voice call service state, after receiving the short message service of the voice call service activation user, if the short message is received, the current voice service is used.
  • the channel receives the short message for the activated user, and sends the received data service of the activated user and the short message service, the voice service, and the data service of the currently inactive user to the delay module during the receiving process;
  • the short message is sent to the activated user by using the current voice service channel, and the data service of the activated user and the short of the currently inactive user are received during the sending process.
  • the message service, voice call service, and data service are sent to the delay module.
  • the processing module is specifically configured to: when the dual-standby terminal is in the data service state, after receiving the short message service of the data service activation user, if the short message is received, the current data service channel is used.
  • the activation user receives the short message, and sends the received voice call service of the activated user and the short message service, voice service, and data service of the currently inactive user to the delay module during the receiving process;
  • the current data service channel is used to send the short message to the activated user, and during the sending process, the voice call service of the activated user and the currently inactivated user are received.
  • the short message service, the voice call service, and the data service are sent to the delay module.
  • the processing module is further configured to: after the short message service is processed, trigger the delay module;
  • the delay module is specifically configured to: save the service sent by the processing module, and after receiving the trigger information of the processing module, sequentially process the saved service according to the set rule.
  • the method and device for scheduling a short message by a CDMA single mode dual standby terminal when a short message service is required, the CDMA single mode dual standby terminal first processes the short message service of the user currently in the service activation state; During the message service, the voice call service and/or the data service that needs to be performed by the user in the service activation state are delayed; and the short message that needs to be received by the user that is currently in the service inactive state is received. The service, the voice call service, and the data service are delayed, so that the reasonable management and scheduling of the short message service can be realized.
  • the single mode dual standby terminal when processing the short message service, saves the received voice call service, and/or data service of the user in the service activation state, and the short message of the user currently in the service inactive state.
  • the single-mode dual-standby terminal before the re-establishment of the reverse traffic channel link, if the single-mode dual-standby terminal receives the voice call service for the two users, the single-mode dual-standby terminal first processes the received voice call for the two users. After the service is processed, the reverse traffic channel link is re-established. In this way, the priority of the voice call service can be ensured, thereby satisfying the user experience.
  • FIG. 1 is a schematic flow chart of a method for implementing a CDMA single mode dual standby terminal scheduling short message according to Embodiment 1;
  • FIG. 2 is a schematic flow chart of a method for implementing a short message by a CDMA single mode dual standby terminal in Embodiment 2;
  • FIG. 3 is a schematic flowchart of a method for implementing a CDMA single mode dual standby terminal scheduling short message according to Embodiment 3; 4 is a schematic structural diagram of an apparatus for scheduling a short message by a CDMA single mode dual standby terminal according to the present invention. detailed description
  • the CDMA single mode dual standby terminal When a short message service is required, the CDMA single mode dual standby terminal first processes the short message service of the user currently in the service activation state; and when processing the short message service, the received The voice call service and/or the data service that the user in the service activation state needs to perform delay processing; delay processing the short message service, the voice call service, and the data service that are required to be performed by the user currently in the service inactive state. .
  • the method for scheduling short messages by the CDMA single mode dual standby terminal of the present invention is applicable to three application scenarios, namely: a single mode dual standby terminal is in a dual standby state, a single mode dual standby terminal is in a voice call service state, and a single mode dual standby The terminal is in the data service state.
  • the CDMA single-mode dual-standby terminal is simply referred to as a dual-standby terminal
  • the user in the service activation state is simply referred to as the active user
  • the user currently in the service inactive state is referred to as the currently inactive user
  • U1 is used.
  • U2 identifies two users of the dual standby terminal.
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • the application scenario of this embodiment is as follows:
  • the dual standby terminal is in the dual standby state, that is, U1 and U2 are currently inactive users.
  • the method for scheduling a short message by the dual standby terminal in this embodiment, as shown in FIG. 1, includes the following steps:
  • Step 101 When the dual standby terminal is in the dual standby state, the dual standby terminal determines the standby user that uses the short message service according to the received network paging information or the user call short message request;
  • the dual standby terminal determines, according to the received network paging information, a standby user that uses the short message service, specifically:
  • the dual standby terminal determines, according to the user's short message request, the standby user that uses the short message service, specifically:
  • the dual standby terminal determines that the standby user using the short message service is U1. At this time, if the dual standby terminal receives the network paging information about U2 again, the network paging information about U2 is directly discarded.
  • Step 102 The dual standby terminal activates U1 to enter the short message service processing state, if it is short message reception, step 103 is performed, if it is short message transmission, step 104 is performed;
  • Step 103 The dual standby terminal receives the short message for the U1, and during the receiving process, the dual standby terminal delays the received voice call service and the data service of the U1, and receives the short message service and voice of the U2. The call service and the data service are delayed, and the current processing flow is ended;
  • the short message service includes a user initiating a short message, and/or receiving a short message
  • the voice call service includes a user initiating a call, and/or receiving voice information
  • the data service includes: user initiation, and/or reception Data information.
  • the receiving short message is specifically: if the paging channel is used for receiving, the short message is directly received; if the forward traffic channel is received, the network side sends a request for establishing a forward traffic channel link; after receiving the request, the network side receives the request Establishing a forward traffic channel with the dual standby terminal, and returning a link established message to the dual standby terminal after establishing the link; the dual standby terminal receives the short message after receiving the message that the link has been established.
  • the paging channel is used for receiving; if the content of the short message is long, the forward traffic channel is used; and the short message content is specified in the CDMA system protocol.
  • the performing the delay processing is specifically: after receiving the short message for the U1, the dual standby terminal receives the voice call service and the data service of the U1, and/or the short message service, the voice call service, and the data service of the U2, First save U1 voice call service and data service, and/or U2 short message service, voice call service, and data service;
  • the dual standby terminal determines that the short message of the U1 is received, the saved service is processed in turn according to the set rules;
  • the processing according to the set rules is specifically as follows: According to the priority of the service processing set by the dual standby terminal, the saved services are processed in sequence, and when the priorities are the same, the saved services are processed in sequence according to the saved sequence.
  • the priority of setting processing services from low to high is: data service, short message service, and voice call service.
  • Step 104 The dual standby terminal determines whether a single chain is allowed to be established. If yes, step 105 is performed; otherwise, step 106 is performed;
  • the determining whether to allow a single-time chain construction is specifically as follows: According to the setting of the dual-standby terminal itself, if the dual-standby terminal is set to allow a single-time chain establishment, it indicates that the dual-standby terminal allows a single-time chain establishment, if dual-standby If the terminal is set to not allow single-chain construction, it indicates that the dual-standby terminal does not allow single-chain construction.
  • the dual standby terminal will be allowed to establish a single chain according to the operator's network, or Single chain construction is not allowed.
  • Step 105 The dual standby terminal establishes a reverse traffic channel link, and after the link is successfully established, sends a short message for U1. During the sending process, the dual standby terminal delays the received voice call service and data service of the U1. And delay processing the U2 short message service, the voice call service, and the data service, and end the current processing flow;
  • the dual standby terminal establishes a reverse traffic channel link, specifically: the dual standby terminal sends a request for establishing a reverse traffic channel link to the network side; after receiving the request, the network side establishes a reverse traffic channel link with the dual standby terminal. And after the link is established, return the message that the link has been established to the dual standby terminal.
  • the short message is continuously sent on the reverse traffic channel link until the short message to be sent is sent.
  • the performing the delay processing is specifically: after receiving the short message for the U1, the dual standby terminal receives the voice call service and the data service of the U1, and/or the short message service, the voice call service, and the data service of the U2, First save U1 voice call service and data service, and/or U2 short message service, voice call service, and data service;
  • the dual standby terminal determines that the short message of the U1 is sent, the saved service is processed in turn according to the set rules;
  • the processing according to the set rules is specifically as follows: According to the priority of the service processing set by the dual standby terminal, the saved services are processed in sequence, and when the priorities are the same, the saved services are processed in sequence according to the saved sequence.
  • the priority of setting processing services from low to high is: data service, short message service, and voice call service.
  • Step 106 The dual standby terminal establishes a reverse traffic channel link, and after the link is successfully established, sends a short message, and during the sending process, the dual standby terminal delays the received voice call service and data service of the U1. At the same time, the U2 short message service, voice call service, And delaying the processing of data services;
  • Step 107 After the short message is sent, the dual standby terminal disconnects the reverse traffic channel, and determines whether the U1 still has a short message to be sent. If yes, step 106 is performed again; otherwise, the current processing flow is ended.
  • the dual standby terminal disconnects the reverse traffic channel, specifically: the dual standby terminal sends a command to disconnect the reverse traffic channel to the network side; after receiving the command, the network side disconnects from the dual standby terminal.
  • Reverse traffic channel link Reverse traffic channel link.
  • the dual standby terminal Since the priority of processing the voice call service is higher than the priority of the short message service, if the dual standby terminal receives the voice call service of U1 or U2 before reestablishing the reverse traffic channel link, the dual standby terminal first processes the received service. After the voice call service of U1 or U2 arrives, the reverse traffic channel link is re-established after the processing is completed.
  • Embodiment 2 is a diagrammatic representation of Embodiment 1:
  • the application scenario of this embodiment is as follows:
  • the dual standby terminal is in the voice call service state, and the user who is in the active state of the voice call service is U1 and U2 is the currently inactive user.
  • the dual standby terminal has established a voice service with the network side. channel.
  • the method for scheduling a short message by the dual standby terminal in this embodiment includes the following steps:
  • Step 201 The dual standby terminal receives the short message service of U1 when processing the voice call service, if it is short message reception, step 202 is performed, if it is short message transmission, step 203 is performed;
  • Step 202 The dual standby terminal uses the current voice traffic channel to receive the short message for the U1, and performs delay processing on the received U1 data service during the receiving process, and simultaneously receives the short message service and voice service of the U2. And the data service is subjected to delay processing, and the current processing flow is ended.
  • the performing the delay processing is specifically: the dual standby terminal receives the data service of U1, and/or the short message of U2 in the process of receiving the short message for U1.
  • the voice call service, and the data service, the U1 data service, and/or the U2 short message service, the voice call service, and the data service are first saved; After the dual standby terminal determines that the short message of the Ul is received, the stored service is processed in turn according to the set rules.
  • the processing according to the set rules is specifically as follows: According to the priority of the service processing set by the dual standby terminal, the saved services are processed in sequence, and when the priorities are the same, the saved services are processed in sequence according to the saved sequence.
  • the priority of setting processing services from low to high is: data service, short message service, and voice call service.
  • U1 still has a short message to be received, and the dual standby terminal performs the same steps as step 103 to receive the short message to be received by U1.
  • Step 203 The dual standby terminal uses the current voice call service channel to send a short message for the U1, and performs delay processing on the received U1 data service during the sending process, and simultaneously receives the short message service and voice of the U2.
  • the business and data services are deferred and the current processing flow is ended.
  • the performing the delay processing is specifically: the dual standby terminal saves the data service of U1, and/or the short message service of U2, the voice call service, and the data service in the process of sending the short message for U1, and then saves U1 data service, and/or U2 short message service, voice call service, and data service;
  • the dual standby terminal determines that the short message of the U1 is sent, the saved service is processed in turn according to the set rules;
  • the processing according to the set rules is specifically as follows: According to the priority of the service processing set by the dual standby terminal, the saved services are processed in sequence, and when the priorities are the same, the saved services are processed in sequence according to the saved sequence.
  • the priority of setting processing services from low to high is: data service, short message service, and voice call service.
  • the dual standby terminal continues to perform the same steps as steps 104 to 107 to send the U1 to be sent.
  • Embodiment 3 is a diagrammatic representation of Embodiment 3
  • the application scenario of this embodiment is as follows:
  • the dual standby terminal is in the data service state, and the user in the data service activation state is Ul and U2 is the currently inactive user.
  • the dual standby terminal has established a data traffic channel with the network side.
  • the method for scheduling a short message by the dual standby terminal in this embodiment includes the following steps:
  • Step 301 The dual standby terminal receives the short message service of the U1 when processing the data service, if the short message is received, step 302 is performed, and if the short message is sent, step 303 is performed;
  • the dual-standby terminal receives the voice call service of U1 and then receives the short message service of U1, the dual-standby terminal processes the voice call service of U1 and then processes the short message service of U1.
  • the processing flow is the same as steps 201 to 203.
  • Step 302 The dual standby terminal uses the current data traffic channel to receive the short message for U1, and performs delay processing on the received U1 data service during the receiving process, and simultaneously receives the short message service and voice call of the U2. Business, and data services are deferred, ending the current processing flow;
  • the performing the delay processing is specifically: after receiving the short message for U1, the dual standby terminal receives the voice call service of U1, and/or the short message service of U2, the voice call service, and the data service, Preserving U1 voice call service, and/or U2 short message service, voice call service, and data service;
  • the dual standby terminal determines that the short message of the U1 is received, the saved service is processed in turn according to the set rules;
  • the processing according to the set rules is specifically: processing the saved services in turn according to the priority of the service processing set by the dual standby terminal, and when the priorities are the same, then according to the saved The saved business is processed in sequence.
  • the priority of setting processing services from low to high is: data service, short message service, and voice call service.
  • the dual standby terminal performs the same steps as step 103 to receive the short message to be received by U1.
  • Step 303 The dual standby terminal uses the current data traffic channel to send a short message for the U1, and delays the received voice call service of the U1 during the sending process, and simultaneously receives the short message service and voice of the U2. The call service and the data service are delayed, and the current processing flow is ended;
  • the performing the delay processing is specifically: after receiving the short message for the U1, the dual standby terminal receives the voice call service of the U1, and/or the short message service of the U2, the voice call service, and the data service, Preserving U1 voice call service, and/or U2 short message service, voice call service, and data service;
  • the dual standby terminal determines that the short message of the U1 is sent, the saved service is processed in turn according to the set rules;
  • the processing according to the set rules is specifically as follows: According to the priority of the service processing set by the dual standby terminal, the saved services are processed in sequence, and when the priorities are the same, the saved services are processed in sequence according to the saved sequence.
  • the priority of setting processing services from low to high is: data service, short message service, and voice call service.
  • the short message is continuously sent by using the current data traffic channel
  • the dual standby terminal continues to perform the same steps as steps 104 to 107, and the U1 to be sent is sent.
  • the present invention also provides a short cancellation of CDMA single mode dual standby terminal scheduling.
  • the device includes: a processing module 41 and a delay module 42.
  • the processing module 41 is configured to process a short message of a user currently in a service activation state when a short message service is required.
  • the service and when processing the short message service, the voice call service and/or data service that the user in the service activation state needs to receive, and the short message service that the user currently in the service inactive state needs to perform
  • the voice call service, and the data service are sent to the delay module 42;
  • the delay module 42 is configured to delay the received service after receiving the service sent by the processing module 41.
  • the processing module 41 is specifically configured to: determine, according to the received network paging information, or the user's short message request, the standby user that uses the short message service, and activate the standby user that uses the short message service to enter the short message service. Processing status, in order to activate the user to receive the short message, and in the receiving process, send the received voice call service and data service of the activated user, and the short message service, voice call service and data service of the currently inactive user to Delay module 42; or,
  • Determining whether a single chain is allowed to be established determining that a single chain is allowed to be established, establishing a reverse traffic channel link, and after the link is successfully established, sending a short message to the activated user, and receiving the received message during the sending process
  • the voice call service and the data service of the active user, and the short message service, the voice call service and the data service of the currently inactive user are sent to the delay module 42;
  • the dual-standby terminal When it is determined that the single-link is not allowed, the dual-standby terminal establishes a reverse traffic channel link, and after the link is successfully established, sends a short message, and during the sending process, the voice call service of the activated user is received.
  • the data service, and the short message service, the voice call service, and the data service of the currently inactive user are sent to the delay module 42, and after the short message is sent, the reverse service channel link is disconnected, and it is determined whether the activated user is still The short message to be sent, determined to have, re-establish the reverse traffic channel link, and so on, until the activated user is to be sent short The message is sent.
  • the processing module 41 is further configured to process the received voice call service for the received voice call service for one of the two users before reestablishing the reverse traffic channel link.
  • the processing module 41 is specifically configured to: after processing the voice call service, after receiving the short message service of the voice call service activation user, if the short message is received, use the current voice service channel to receive the activated user a short message, and in the receiving process, the received data service of the activated user, and the short message service, voice service and data service of the currently inactive user are sent to the delay module 42;
  • the short message is sent to the activated user by using the current voice service channel, and the data service of the activated user and the short of the currently inactive user are received during the sending process.
  • the message service, the voice call service, and the data service are sent to the delay module 42;
  • the processing module 41 is specifically configured to: when processing the data service, after receiving the short message service of the data service activation user, if the short message is received, use the current data service channel to receive the short message for the activated user. And in the receiving process, the received voice call service of the activated user, and the short message service, voice service and data service of the currently inactive user are sent to the delay module 42;
  • the current data service channel is used to send the short message to the activated user, and during the sending process, the voice call service of the activated user and the currently inactivated user are received.
  • the short message service, the voice call service, and the data service are sent to the delay module 42.
  • the processing module 41 is further configured to trigger the delay module 42 after the short message service is processed;
  • the delay module 42 is specifically configured to: save the service sent by the processing module 41, and after receiving the trigger information of the processing module 41, sequentially process the saved service according to the set rules.

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Abstract

本发明公开了一种码分多址(CDMA)单模双待终端调度短消息的方法,包括:当需要进行短消息业务时,CDMA单模双待终端先处理当前处于业务激活状态的用户的短消息业务,并在处理短消息业务时,对收到的所述处于业务激活状态的用户需要进行的语音呼叫业务、和/或数据业务进行延迟处理;对收到的当前处于业务非激活状态的用户需要进行的短消息业务、语音呼叫业务、以及数据业务进行延迟处理。本发明同时公开了一种CDMA单模双待终端调度短消息的装置,采用本发明的方法及装置,能合理管理和调度CDMA单模双待终端的短消息业务。

Description

一种码分多址单模双待终端调度短消息的方法及装置 技术领域
本发明涉及通信中的调度技术,特别是指一种码分多址(CDMA, Code Division Multiple Access )单模双待终端调度短消息的方法及装置。 背景技术
CDMA单模双待终端是一种基于单基带及单射频模块实现双卡同时在 线的通信终端, 这种通信终端扩展了通信能力, 即: 终端用户有两个号码 入口发起短消息业务, 进而提升了用户的通信服务体验。
但是, 在实际使用过程中, CDMA单模双待终端的短消息业务具有一 定的随机性, 主要表现在以下两个方面: 一方面, 网络侧下发短消息到终 端具有一定的随机性; 另一方面, 终端用户主动发起的消息的提交具有一 定的随机性。
而且, 在实际使用过程中, 长短信业务和短信群发业务使得 CDMA单 模双待终端每次发送和接收的消息数据量增加, 再加上发送和接收过程在 时间上的不连续性, 如此, 就要求只有一套射频机制的 CDMA单模双待终 端在进行消息调度时, 能合理管理双待短消息业务的并发和竟争。 并且, CDMA单模双待终端还需要考虑终端所支持的其它通信业务, 比如: 语音 业务、 数据业务等, 对短消息业务的影响。
目前, 还没有提出 CDMA单模双待终端如何对短消息进行合理调度的 技术方案。 发明内容
有鉴于此, 本发明的主要目的在于提供一种 CDMA单模双待终端调度 短消息的方法及装置 , 能合理管理和调度 CDMA单模双待终端的短消息业 务。
为达到上述目的, 本发明的技术方案是这样实现的:
本发明提供了一种 CDMA单模双待终端调度短消息的方法, 包括: 当需要进行短消息业务时, CDMA单模双待终端先处理当前处于业务 激活状态的用户的短消息业务, 并在处理短消息业务时, 对收到的所述处 于业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟 处理; 对收到的当前处于业务非激活状态的用户需要进行的短消息业务、 语音呼叫业务、 以及数据业务进行延迟处理。
上述方案中, 在需要进行短消息业务时之前, 该方法进一步包括: 双待终端根据收到的网络寻呼信息或用户起呼短消息请求, 确定使用 短消息业务的待机用户;
双待终端激活所述使用短消息业务的待机用户进入短消息业务处理状 态;
如果短消息业务为短消息接收时, 所述在处理短消息业务时, 对收到 的所述处于业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务 进行延迟处理, 为: 双待终端为激活用户接收短消息, 对收到的所述激活 用户的语音呼叫业务和数据业务进行延迟处理。
上述方案中, 如果短消息业务为短消息发送时, 所述在处理短消息业 务时, 对收到的所述处于业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟处理, 为:
双待终端判断是否允许单次建链, 确定允许单次建链时, 双待终端建 立反向业务信道链接, 为所述激活用户发送短消息, 并在发送过程中, 双 待终端对收到的所述激活用户的语音呼叫业务和数据业务进行延迟处理; 确定不允许单次建链时, 双待终端建立反向业务信道链接, 发送一条短消 息, 且在发送过程中, 双待终端对收到的所述激活用户的语音呼叫业务及 数据业务进行延迟处理;
短消息发送完成后, 双待终端断开反向业务信道链接, 并判断所述激 活用户是否还有待发送的短消息, 确定有时, 重新建立反向业务信道链接, 如此循环, 直至所述激活用户待发送的短消息发送完毕。
上述方案中, 所述接收短消息为:
如果釆用寻呼信道接收, 则直接接收短消息;
如果釆用前向业务信道接收, 则双待终端向网络侧发送建立前向业务 信道链接的请求; 网络侧收到请求后与双待终端建立前向业务信道链接, 向双待终端返回链接已建立的消息; 双待终端收到消息后, 接收短消息。
上述方案中, 所述进行延迟处理, 为:
双待终端为所述激活用户接收短消息的过程中, 保存收到的所述激活 用户的语音呼叫业务和数据业务、和 /或所述当前未激活用户的短消息业务、 语音呼叫业务、 以及数据业务;
双待终端确定所述激活用户的短消息接收完毕后, 按照设置的规则依 次处理保存的业务。
上述方案中, 所述进行延迟处理, 为:
双待终端为所述激活用户发送短消息的过程中, 保存收到的所述激活 用户的语音呼叫业务和数据业务、和 /或所述当前未激活用户的短消息业务、 语音呼叫业务、 以及数据业务;
双待终端确定所述激活用户的短消息发送完毕后, 按照设置的规则依 次处理保存的业务。
上述方案中, 当双待终端处于语音呼叫业务状态时, 所述在处理短消 息业务时, 对收到的所述处于业务激活状态的用户需要进行的语音呼叫业 务、 和 /或数据业务进行延迟处理, 为: 双待终端接收到激活用户的短消息业务后, 如果短消息业务为短消息 接收时, 双待终端釆用当前的语音业务信道为所述激活用户接收短消息, 并在接收过程中, 对收到的所述激活用户的数据业务进行延迟处理;
如果短消息业务为短消息发送时, 双待终端釆用当前的语音呼叫业务 信道为所述激活用户发送短消息, 并在发送过程中, 对收到的所述激活用 户的数据业务进行延迟处理。
上述方案中, 所述进行延迟处理为:
双待终端为所述激活用户发送、 或接收短消息的过程中, 保存收到的 所述激活用户的数据业务、 和 /或所述当前未激活用户的短消息业务、 语音 呼叫业务、 以及数据业务;
双待终端确定所述激活用户的短消息发送完毕后, 再按照设置的规则 依次处理保存的业务。
上述方案中, 当双待终端处于数据业务状态时, 所述在处理短消息业 务时, 对收到的所述处于业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟处理, 为:
接收到激活用户的短消息业务后, 如果短消息业务为短消息接收时, 双待终端釆用当前的数据业务信道为所述激活用户接收短消息, 并在接收 过程中, 对收到的所述激活用户的数据业务进行延迟处理;
如果短消息业务为短消息发送时, 双待终端釆用当前的数据业务信道 为所述激活用户发送短消息, 并在发送过程中, 对收到的所述激活用户的 语音呼叫业务进行延迟处理。
上述方案中, 所述进行延迟处理为:
双待终端为所述激活用户接收、 或发送短消息的过程中, 保存收到的 所述激活用户的语音呼叫业务, 和 /或所述当前未激活用户的短消息业务、 语音呼叫业务、 以及数据业务; 双待终端确定所述激活用户的短消息接收完毕后, 按照设置的规则依 次处理保存的业务。
上述方案中, 其特征在于, 所述按照设置的规则依次处理为: 按照设置的业务处理的优先级, 依次处理保存的业务, 优先级相同时, 则按照保存的先后顺序, 依次处理保存的业务。
本发明还提供了一种 CDMA单模双待终端调度短消息的装置, 包括: 处理模块及延迟模块; 其中,
处理模块, 用于当需要进行短消息业务时, 先处理当前处于业务激活 状态的用户的短消息业务, 并在处理短消息业务时, 将收到的所述处于业 务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务, 以及当前处 于业务非激活状态的用户需要进行的短消息业务、 语音呼叫业务、 以及数 据业务发送给延迟模块;
延迟模块, 用于在收到处理模块发送的业务后, 对收到的业务进行延 迟处理。
上述方案中, 所述处理模块, 具体用于: 当双待终端处于双待机状态 时, 根据收到的网络寻呼信息或用户起呼短消息请求, 确定使用短消息业 务的待机用户, 激活所述使用短消息业务的待机用户进入短消息业务处理 状态, 为激活用户接收短消息, 并在接收过程中, 将收到的所述激活用户 的语音呼叫业务和数据业务、 以及当前未激活用户的短消息业务、 语音呼 叫业务和数据业务发送给延迟模块; 或者,
判断是否允许单次建链, 确定允许单次建链时, 建立反向业务信道链 接, 为所述激活用户发送短消息, 并在发送过程中, 将收到的所述激活用 户的语音呼叫业务和数据业务、 以及所述当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟模块;
确定不允许单次建链时, 双待终端建立反向业务信道链接, 并在链接 建立成功后, 发送一条短消息, 并在发送过程中, 将收到的所述激活用户 的语音呼叫业务和数据业务、 以及所述当前未激活用户的短消息业务、 语 音呼叫业务和数据业务发送给延迟模块, 并在短消息发送完成后, 双待终 端断开反向业务信道链接, 判断激活用户是否还有待发送的短消息, 确定 有, 重新建立反向业务信道链接, 如此循环, 直至所述激活用户的待发送 的短消息发送完毕。
上述方案中, 所述处理模块, 具体用于: 当双待终端处于语音呼叫业 务状态时, 接收到语音呼叫业务激活用户的短消息业务后, 如果是短消息 接收时, 釆用当前的语音业务信道为所述激活用户接收短消息, 并在接收 过程中, 将收到的所述激活用户的数据业务、 以及所述当前未激活用户的 短消息业务、 语音业务和数据业务发送给延迟模块;
如果是短消息发送时, 釆用当前的语音业务信道为所述激活用户发送 短消息, 并在发送过程中, 将收到的所述激活用户的数据业务、 以及所述 当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟模块。
上述方案中, 所述处理模块, 具体用于: 当双待终端处于数据业务状 态时, 接收到数据业务激活用户的短消息业务后, 如果是短消息接收时, 釆用当前的数据业务信道为所述激活用户接收短消息, 并在接收过程中, 将收到的所述激活用户的语音呼叫业务、 以及所述当前未激活用户的短消 息业务、 语音业务和数据业务发送给延迟模块;
如果是短消息发送时, 釆用当前的数据业务信道为所述激活用户发送 短消息, 并在发送过程中, 将收到的所述激活用户的语音呼叫业务、 以及 所述当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟 模块。
上述方案中, 所述处理模块, 还用于在短消息业务处理完毕后, 触发 延迟模块; 所述延迟模块具体用于: 保存处理模块发送的业务, 并在收到处理模 块的触发信息后, 按照设置的规则依次处理保存的业务。
本发明提供的 CDMA单模双待终端调度短消息的方法及装置, 当需要 进行短消息业务时, CDMA单模双待终端先处理当前处于业务激活状态的 用户的短消息业务; 并在处理短消息业务时, 对收到的所述处于业务激活 状态的用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟处理; 同时 对收到的当前处于业务非激活状态的用户需要进行的短消息业务、 语音呼 叫业务、 以及数据业务进行延迟处理, 如此, 能实现短消息业务的合理管 理和调度。
而且, 单模双待终端在处理短消息业务时, 会保存收到的所述处于业 务激活状态的用户的语音呼叫业务、 和 /或数据业务、 以及当前处于业务非 激活状态的用户的短消息业务、 语音呼叫业务、 以及数据业务; 并在确定 当前处于业务激活状态的用户的短消息接收完毕后, 再按照设置的规则依 次处理, 如此, 能实现对其它业务的合理管理和调度。
除此之外, 在重新建立反向业务信道链接之前, 单模双待终端如果收 到关于两个用户的语音呼叫业务, 则单模双待终端先处理收到的关于两个 用户的语音呼叫业务, 处理完成后, 再重新建立反向业务信道链接, 如此, 能保证语音呼叫业务的优先级, 进而满足用户体验。 附图说明
图 1为实施例一实现 CDMA单模双待终端调度短消息的方法流程示意 图;
图 2为实施例二实现 CDMA单模双待终端调度短消息的方法流程示意 图;
图 3为实施例三实现 CDMA单模双待终端调度短消息的方法流程示意 图; 图 4为本发明 CDMA单模双待终端调度短消息的装置结构示意图。 具体实施方式
本发明的基本思想是: 当需要进行短消息业务时, CDMA单模双待终 端先处理当前处于业务激活状态的用户的短消息业务; 并在处理短消息业 务时, 对收到的所述处于业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟处理; 对收到的当前处于业务非激活状态的用户需 要进行的短消息业务、 语音呼叫业务、 以及数据业务进行延迟处理。
下面结合附图及具体实施例对本发明再作进一步详细的说明。
本发明的 CDMA单模双待终端调度短消息的方法适用于三种应用场 景, 分别为: 单模双待终端处于双待机状态、 单模双待终端处于语音呼叫 业务状态、 以及单模双待终端处于数据业务状态。 在以下的描述中, 将 CDMA单模双待终端简称为双待终端, 将处于业务激活状态的用户简称为 激活用户, 当前处于业务非激活状态的用户简称为当前未激活用户, 釆用 U1和 U2分别标识双待终端的两个用户。
实施例一:
本实施例的应用场景是: 双待终端处于双待机状态, 即: U1和 U2为 当前未激活用户。 本实施例双待终端调度短消息的方法, 如图 1 所示, 包 括以下步骤:
步骤 101 : 双待终端处于双待机状态时, 双待终端根据收到的网络寻呼 信息、 或用户起呼短消息请求, 确定使用短消息业务的待机用户;
这里, 所述双待终端根据收到的网络寻呼信息, 确定使用短消息业务 的待机用户, 具体为:
双待终端根据收到的网络侧发送的通用寻呼 ( general paging ) 消息 中的国际移动用户识别码 ( IMSI , International Mobile Subscriber Identification Number )、 或电子序歹1 J号 ( ESN, Electronic Serial Number ) 确定待机用户; 根据 general paging消息中的 SO=6、 或 SO=14, 确定为 短消息业务; 或者,
双待终端根据收到的寻呼 (paging )信道直接发送的短消息体中的 IMSI、 或 ESN确定待机用户; 根据短消息体中的 SO=6、 或 SO=14, 确 定为短消息业务。
所述双待终端根据用户起呼短消息请求, 确定使用短消息业务的待机 用户, 具体为:
双待终端根据用户起呼短消息请求中的 IMSI、 或 ESN确定待机用 户; 根据用户起呼短消息请求中的 SO=6、 或 SO=14, 确定为短消息业 务; 或者,
双待终端根据接入信道( access channel ) 中直接发送的短消息体中 的 IMSI、 或 ESN确定待机用户; 根据短消息体中的 SO=6、 或 SO=14, 确定为短消息业务。
假设: 双待终端确定使用短消息业务的待机用户为 U1 , 此时, 如果双 待终端再收到关于 U2的网络寻呼信息时, 则直接丟弃关于 U2的网络寻呼 信息。
步骤 102: 双待终端激活 U1进入短消息业务处理状态, 如果是短消息 接收, 则执行步骤 103 , 如果是短消息发送, 则执行步骤 104;
步骤 103: 双待终端为 U 1接收短消息, 并在接收过程中, 双待终端对 收到的 U1的语音呼叫业务和数据业务进行延迟处理, 并对收到的 U2的短 消息业务、 语音呼叫业务、 以及数据业务进行延迟处理, 结束当前处理流 程;
这里, 所述短消息业务包括用户发起短消息、 和 /或接收短消息; 所述 语音呼叫业务包括用户发起呼叫、和 /或接收语音信息; 所述数据业务包括: 用户发起、 和 /或接收数据信息。 所述接收短消息具体为: 如果釆用 paging信道接收, 则直接接收短消 息; 如果釆用前向业务信道接收, 则向网络侧发送建立前向业务信道链接 的请求; 网络侧收到请求后与双待终端建立前向业务信道链接, 并在建立 链接后, 向双待终端返回链接已建立的消息; 双待终端收到链接已建立的 消息后, 接收短消息。
其中, 如果短消息的内容较短, 则釆用 paging信道接收; 如果短消息 的内容较长, 则釆用前向业务信道接收; 在 CDMA系统协议中规定有短消 息内容的长与短。
所述进行延迟处理具体为: 双待终端在为 U1接收短消息的过程中,接 收到 U1的语音呼叫业务和数据业务、 和 /或 U2的短消息业务、语音呼叫业 务、 以及数据业务后, 先保存 U1的语音呼叫业务和数据业务、 和 /或 U2的 短消息业务、 语音呼叫业务、 以及数据业务;
双待终端确定 U1的短消息接收完毕后,再按照设置的规则依次处理保 存的业务;
其中, 所述按照设置的规则依次处理具体为: 按照双待终端设置的业 务处理的优先级, 依次处理保存的业务, 优先级相同时, 则再按照保存的 先后顺序, 依次处理保存的业务。
一般, 设置处理业务的优先级由低到高依次为: 数据业务、 短消息业 务、 语音呼叫业务。
步骤 104: 双待终端判断是否允许单次建链,如果是, 则执行步骤 105 , 否则, 执行步骤 106;
这里, 所述判断是否允许单次建链, 具体为: 根据双待终端自身的设 置, 如果双待终端的设置为允许单次建链, 则表明双待终端允许单次建链, 如果双待终端的设置为不允许单次建链, 则表明双待终端不允许单次建链。
其中, 双待终端会根据运营商的网络事先设置是允许单次建链、 还是 不允许单次建链。
步骤 105: 双待终端建立反向业务信道链接, 并在链接建立成功后, 为 U1发送短消息, 在发送过程中, 双待终端对收到的 U1的语音呼叫业务和 数据业务进行延迟处理, 并对 U2的短消息业务、 语音呼叫业务、 以及数据 业务进行延迟处理, 结束当前处理流程;
这里, 所述双待终端建立反向业务信道链接, 具体为: 双待终端向网 络侧发送建立反向业务信道链接的请求; 网络侧收到请求后, 与双待终端 建立反向业务信道链接, 并在建立链接后, 向双待终端返回链接已建立的 消息。
如果 U1有多条短消息等待发送,则在反向业务信道链接上持续发送短 消息, 直到待发送的短消息发送完毕为止。
所述进行延迟处理具体为: 双待终端在为 U1发送短消息的过程中,接 收到 U1的语音呼叫业务和数据业务、 和 /或 U2的短消息业务、语音呼叫业 务、 以及数据业务后, 先保存 U1的语音呼叫业务和数据业务、 和 /或 U2的 短消息业务、 语音呼叫业务、 以及数据业务;
双待终端确定 U1的短消息发送完毕后,再按照设置的规则依次处理保 存的业务;
其中, 所述按照设置的规则依次处理具体为: 按照双待终端设置的业 务处理的优先级, 依次处理保存的业务, 优先级相同时, 则再按照保存的 先后顺序, 依次处理保存的业务。
一般, 设置处理业务的优先级由低到高依次为: 数据业务、 短消息业 务、 语音呼叫业务。
步骤 106: 双待终端建立反向业务信道链接, 并在链接建立成功后, 发 送一条短消息, 且在发送过程中, 双待终端对收到的 U1的语音呼叫业务和 数据业务进行延迟处理, 同时对收到的 U2的短消息业务、 语音呼叫业务、 以及数据业务进行延迟处理;
步骤 107: 短消息发送完成后, 双待终端断开反向业务信道链接, 并判 断 U1是否还有待发送的短消息, 如果有, 则重新执行步骤 106, 否则, 结 束当前处理流程。
这里, 所述双待终端断开反向业务信道链接, 具体为: 双待终端向网 络侧发送断开反向业务信道链接的命令; 网络侧收到命令后, 则断开与双 待终端建立的反向业务信道链接。
由于处理语音呼叫业务的优先级高于短消息业务的优先级, 因此, 在 重新建立反向业务信道链接之前, 如果双待终端收到 U1或 U2的语音呼叫 业务, 则双待终端先处理收到的 U1或 U2的语音呼叫业务, 处理完成后, 再重新建立反向业务信道链接。
实施例二:
本实施例的应用场景是: 双待终端处于语音呼叫业务状态, 假设处于 语音呼叫业务激活状态的用户为 Ul , U2 为当前未激活用户, 此时, 双待 终端已经和网络侧建立了语音业务信道。 本实施例双待终端调度短消息的 方法, 如图 2所示, 包括以下步骤:
步骤 201 :双待终端在处理语音呼叫业务时,接收到 U1的短消息业务, 如果是短消息接收, 则执行步骤 202,如果是短消息发送, 则执行步骤 203;
步骤 202: 双待终端釆用当前的语音业务信道为 U1接收短消息, 并在 接收过程中, 对收到的 U1的数据业务进行延迟处理, 同时对收到的 U2的 短消息业务、 语音业务、 以及数据业务进行延迟处理, 结束当前处理流程; 这里, 所述进行延迟处理具体为: 双待终端在为 U1接收短消息的过程 中, 接收到 U1的数据业务、 和 /或 U2的短消息业务、 语音呼叫业务、 以及 数据业务后, 先保存 U1的数据业务、 和 /或 U2的短消息业务、 语音呼叫业 务、 以及数据业务; 双待终端确定 Ul的短消息接收完毕后,再按照设置的规则依次处理保 存的业务;
其中, 所述按照设置的规则依次处理具体为: 按照双待终端设置的业 务处理的优先级, 依次处理保存的业务, 优先级相同时, 则再按照保存的 先后顺序, 依次处理保存的业务。
一般, 设置处理业务的优先级由低到高依次为: 数据业务、 短消息业 务、 语音呼叫业务。
如果语音呼叫业务处理完成后, U1仍有待接收的短消息, 双待终端执 行与步骤 103相同的步骤, 将 U1待接收的短消息接收完。
步骤 203: 双待终端釆用当前的语音呼叫业务信道为 U1发送短消息, 并在发送过程中, 对收到的 U1 的数据业务进行延迟处理, 同时对收到的 U2的短消息业务、 语音业务、 以及数据业务进行延迟处理, 结束当前处理 流程。
这里, 所述进行延迟处理具体为: 双待终端在为 U1发送短消息的过程 中, 接收到 U1的数据业务、 和 /或 U2的短消息业务、 语音呼叫业务、 以及 数据业务后, 先保存 U1的数据业务、 和 /或 U2的短消息业务、 语音呼叫业 务、 以及数据业务;
双待终端确定 U1的短消息发送完毕后,再按照设置的规则依次处理保 存的业务;
其中, 所述按照设置的规则依次处理具体为: 按照双待终端设置的业 务处理的优先级, 依次处理保存的业务, 优先级相同时, 则再按照保存的 先后顺序, 依次处理保存的业务。
一般, 设置处理业务的优先级由低到高依次为: 数据业务、 短消息业 务、 语音呼叫业务。
如果 U1有多条待发送的短消息,则釆用当前的语音业务信道持续发送 短消息;
如果语音呼叫业务处理完成后, U1仍有待发送的短信, 则双待终端继 续执行与步骤 104~107相同的步骤, 将 U1待发送的短信发送完。
实施例三:
本实施例的应用场景是: 双待终端处于数据业务状态, 假设处于数据 业务激活状态的用户为 Ul , U2 为当前未激活用户, 此时, 双待终端已经 和网络侧建立了数据业务信道。 本实施例双待终端调度短消息的方法, 如 图 3所示, 包括以下步骤:
步骤 301 : 双待终端在处理数据业务时, 接收到 U1的短消息业务, 如 果是短消息接收, 则执行步骤 302 , 如果是短消息发送, 则执行步骤 303 ;
这里,如果双待终端在处理数据业务时,先接收到 U1的语音呼叫业务, 再收到 U1的短消息业务, 则先处理 U1的语音呼叫业务, 再处理 U1的短 消息业务, 此时, 处理流程与步骤 201~203相同。
步骤 302: 双待终端釆用当前的数据业务信道为 U1接收短消息, 并在 接收过程中, 对收到的 U1的数据业务进行延迟处理, 同时对收到的 U2的 短消息业务、 语音呼叫业务、 以及数据业务进行延迟处理, 结束当前处理 流程;
这里, 所述进行延迟处理具体为: 双待终端在为 U1接收短消息的过程 中, 接收到 U1的语音呼叫业务、 和 /或 U2的短消息业务、 语音呼叫业务、 以及数据业务后, 先保存 U1的语音呼叫业务、 和 /或 U2的短消息业务、 语 音呼叫业务、 以及数据业务;
双待终端确定 U1的短消息接收完毕后,再按照设置的规则依次处理保 存的业务;
其中, 所述按照设置的规则依次处理具体为: 按照双待终端设置的业 务处理的优先级, 依次处理保存的业务, 优先级相同时, 则再按照保存的 先后顺序, 依次处理保存的业务。
一般, 设置处理业务的优先级由低到高依次为: 数据业务、 短消息业 务、 语音呼叫业务。
如果数据业务处理完成后, U1仍有待接收的短消息, 双待终端执行与 步骤 103相同的步骤, 将 U1待接收的短消息接收完。
步骤 303: 双待终端釆用当前的数据业务信道为 U1发送短消息, 并在 发送过程中, 对收到的 U1 的语音呼叫业务进行延迟处理, 同时对收到的 U2的短消息业务、 语音呼叫业务、 以及数据业务进行延迟处理, 结束当前 处理流程;
这里, 所述进行延迟处理具体为: 双待终端在为 U1发送短消息的过程 中, 接收到 U1的语音呼叫业务、 和 /或 U2的短消息业务、 语音呼叫业务、 以及数据业务后, 先保存 U1的语音呼叫业务、 和 /或 U2的短消息业务、 语 音呼叫业务、 以及数据业务;
双待终端确定 U1的短消息发送完毕后,再按照设置的规则依次处理保 存的业务;
其中, 所述按照设置的规则依次处理具体为: 按照双待终端设置的业 务处理的优先级, 依次处理保存的业务, 优先级相同时, 则再按照保存的 先后顺序, 依次处理保存的业务。
一般, 设置处理业务的优先级由低到高依次为: 数据业务、 短消息业 务、 语音呼叫业务。
如果 U1有多条待发送的短消息,则釆用当前的数据业务信道持续发送 短消息;
如果数据业务处理完成后, U1仍有待发送的短信, 则双待终端继续执 行与步骤 104~107相同的步骤, 将 U1待发送的短信发送完。
为实现上述方法, 本发明还提供了一种 CDMA单模双待终端调度短消 息的装置, 如图 4所示, 该装置包括: 处理模块 41及延迟模块 42; 其中, 处理模块 41 , 用于当需要进行短消息业务时, 先处理当前处于业务激 活状态的用户的短消息业务, 并在处理短消息业务时, 将收到的所述处于 业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务, 以及当前 处于业务非激活状态的用户需要进行的短消息业务、 语音呼叫业务、 以及 数据业务发送给延迟模块 42;
延迟模块 42, 用于在收到处理模块 41发送的业务后,对收到的业务进 行延迟处理。
具体地, 当双待终端处于双待机状态时,
所述处理模块 41 , 具体用于: 根据收到的网络寻呼信息、 或用户起呼 短消息请求, 确定使用短消息业务的待机用户, 激活所述使用短消息业务 的待机用户进入短消息业务处理状态, 为激活用户接收短消息, 并在接收 过程中, 将收到的所述激活用户的语音呼叫业务和数据业务、 以及当前未 激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟模块 42; 或 者,
判断是否允许单次建链, 确定允许单次建链时, 建立反向业务信道链 接, 并在链接建立成功后, 为所述激活用户发送短消息, 并在发送过程中, 将收到的所述激活用户的语音呼叫业务和数据业务、 以及当前未激活用户 的短消息业务、 语音呼叫业务和数据业务发送给延迟模块 42;
确定不允许单次建链时, 双待终端建立反向业务信道链接, 并在链接 建立成功后, 发送一条短消息, 并在发送过程中, 将收到的所述激活用户 的语音呼叫业务和数据业务、 以及所述当前未激活用户的短消息业务、 语 音呼叫业务和数据业务发送给延迟模块 42, 并在短消息发送完成后, 断开 反向业务信道链接, 判断所述激活用户是否还有待发送的短消息, 确定有, 重新建立反向业务信道链接, 如此循环, 直至所述激活用户待发送的短消 息发送完毕。
所述处理模块 41 , 还用于在重新建立反向业务信道链接之前, 对收到 的关于两个用户中的一个用户的语音呼叫业务, 先处理收到的语音呼叫业 务。
当双待终端处于语音呼叫业务状态时,
所述处理模块 41 , 具体用于: 在处理语音呼叫业务时, 接收到语音呼 叫业务激活用户的短消息业务后, 如果是短消息接收时, 釆用当前的语音 业务信道为所述激活用户接收短消息, 并在接收过程中, 将收到的所述激 活用户的数据业务、 以及所述当前未激活用户的短消息业务、 语音业务和 数据业务发送给延迟模块 42;
如果是短消息发送时, 釆用当前的语音业务信道为所述激活用户发送 短消息, 并在发送过程中, 将收到的所述激活用户的数据业务、 以及所述 当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟模块 42;
当双待终端处于数据业务状态时,
所述处理模块 41 , 具体用于: 在处理数据业务时, 接收到数据业务激 活用户的短消息业务后, 如果是短消息接收时, 釆用当前的数据业务信道 为所述激活用户接收短消息, 并在接收过程中, 将收到的所述激活用户的 语音呼叫业务、 以及所述当前未激活用户的短消息业务、 语音业务和数据 业务发送给延迟模块 42;
如果是短消息发送时, 釆用当前的数据业务信道为所述激活用户发送 短消息, 并在发送过程中, 将收到的所述激活用户的语音呼叫业务、 以及 所述当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟 模块 42。
所述处理模块 41 ,还用于在短消息业务处理完毕后,触发延迟模块 42; 所述延迟模块 42具体用于: 保存处理模块 41发送的业务, 并在收到 处理模块 41的触发信息后, 按照设置的规则依次处理保存的业务。
以上所述, 仅为本发明的较佳实施例而已, 并非用于限定本发明的保 护范围, 凡在本发明的精神和原则之内所作的任何修改、 等同替换和改进 等, 均应包含在本发明的保护范围之内。

Claims

权利要求书
1、 一种码分多址(CDMA )单模双待终端调度短消息的方法, 其特征 在于, 该方法包括:
当需要进行短消息业务时, CDMA单模双待终端先处理当前处于业务 激活状态的用户的短消息业务, 并在处理短消息业务时, 对收到的所述处 于业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟 处理; 对收到的当前处于业务非激活状态的用户需要进行的短消息业务、 语音呼叫业务、 以及数据业务进行延迟处理。
2、 根据权利要求 1所述的方法, 其特征在于, 在需要进行短消息业务 时之前, 该方法进一步包括:
双待终端根据收到的网络寻呼信息或用户起呼短消息请求, 确定使用 短消息业务的待机用户;
双待终端激活所述使用短消息业务的待机用户进入短消息业务处理状 态;
短消息业务为短消息接收时, 所述在处理短消息业务时, 对收到的所 述处于业务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务进行 延迟处理, 为:
双待终端为激活用户接收短消息, 对收到的所述激活用户的语音呼叫 业务和数据业务进行延迟处理。
3、 根据权利要求 2所述的方法, 其特征在于, 短消息业务为短消息发 送时, 所述在处理短消息业务时, 对收到的所述处于业务激活状态的用户 需要进行的语音呼叫业务、 和 /或数据业务进行延迟处理, 为:
双待终端判断是否允许单次建链, 确定允许单次建链时, 双待终端建 立反向业务信道链接, 为所述激活用户发送短消息, 并在发送过程中, 双 待终端对收到的所述激活用户的语音呼叫业务和数据业务进行延迟处理; 确定不允许单次建链时, 双待终端建立反向业务信道链接, 发送一条 短消息, 且在发送过程中, 双待终端对收到的所述激活用户的语音呼叫业 务及数据业务进行延迟处理;
短消息发送完成后, 双待终端断开反向业务信道链接, 并判断所述激 活用户是否还有待发送的短消息, 确定有时, 重新建立反向业务信道链接, 如此循环, 直至所述激活用户待发送的短消息发送完毕。
4、根据权利要求 2或 3所述的方法,其特征在于, 所述接收短消息为: 如果釆用寻呼信道接收, 则直接接收短消息;
如果釆用前向业务信道接收, 则双待终端向网络侧发送建立前向业务 信道链接的请求; 网络侧收到请求后与双待终端建立前向业务信道链接, 向双待终端返回链接已建立的消息; 双待终端收到消息后, 接收短消息。
5、根据权利要求 2所述的方法, 其特征在于, 所述进行延迟处理, 为: 双待终端为所述激活用户接收短消息的过程中, 保存收到的所述激活 用户的语音呼叫业务和数据业务、和 /或所述当前未激活用户的短消息业务、 语音呼叫业务、 以及数据业务;
双待终端确定所述激活用户的短消息接收完毕后, 按照设置的规则依 次处理保存的业务。
6、根据权利要求 3所述的方法, 其特征在于, 所述进行延迟处理, 为: 双待终端为所述激活用户发送短消息的过程中, 保存收到的所述激活 用户的语音呼叫业务和数据业务、和 /或所述当前未激活用户的短消息业务、 语音呼叫业务、 以及数据业务;
双待终端确定所述激活用户的短消息发送完毕后, 按照设置的规则依 次处理保存的业务。
7、 根据权利要求 1所述的方法, 其特征在于, 当双待终端处于语音呼 叫业务状态时, 所述在处理短消息业务时, 对收到的所述处于业务激活状 态的用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟处理, 为: 双待终端接收到激活用户的短消息业务后, 如果短消息业务为短消息 接收时, 双待终端釆用当前的语音业务信道为所述激活用户接收短消息, 并在接收过程中, 对收到的所述激活用户的数据业务进行延迟处理;
如果短消息业务为短消息发送时, 双待终端釆用当前的语音呼叫业务 信道为所述激活用户发送短消息, 并在发送过程中, 对收到的所述激活用 户的数据业务进行延迟处理。
8、 根据权利要求 7所述的方法, 其特征在于, 所述进行延迟处理为: 双待终端为所述激活用户发送、 或接收短消息的过程中, 保存收到的 所述激活用户的数据业务、 和 /或所述当前未激活用户的短消息业务、 语音 呼叫业务、 以及数据业务;
双待终端确定所述激活用户的短消息发送完毕后, 再按照设置的规则 依次处理保存的业务。
9、 根据权利要求 1所述的方法, 其特征在于, 当双待终端处于数据业 务状态时, 所述在处理短消息业务时, 对收到的所述处于业务激活状态的 用户需要进行的语音呼叫业务、 和 /或数据业务进行延迟处理, 为:
接收到激活用户的短消息业务后, 如果短消息业务为短消息接收时, 双待终端釆用当前的数据业务信道为所述激活用户接收短消息, 并在接收 过程中, 对收到的所述激活用户的数据业务进行延迟处理;
如果短消息业务为短消息发送时, 双待终端釆用当前的数据业务信道 为所述激活用户发送短消息, 并在发送过程中, 对收到的所述激活用户的 语音呼叫业务进行延迟处理。
10、 根据权利要求 9所述的方法, 其特征在于, 所述进行延迟处理具 体为:
双待终端为所述激活用户接收、 或发送短消息的过程中, 保存收到的 所述激活用户的语音呼叫业务, 和 /或所述当前未激活用户的短消息业务、 语音呼叫业务、 以及数据业务;
双待终端确定所述激活用户的短消息接收完毕后, 按照设置的规则依 次处理保存的业务。
11、 根据权利要求 5、 6、 8或 10所述的方法, 其特征在于, 所述按照 设置的规则依次处理为:
按照设置的业务处理的优先级, 依次处理保存的业务, 优先级相同时, 则按照保存的先后顺序, 依次处理保存的业务。
12、 一种 CDMA单模双待终端调度短消息的装置, 其特征在于, 该装 置包括: 处理模块及延迟模块; 其中,
处理模块, 用于当需要进行短消息业务时, 先处理当前处于业务激活 状态的用户的短消息业务, 并在处理短消息业务时, 将收到的所述处于业 务激活状态的用户需要进行的语音呼叫业务、 和 /或数据业务, 以及当前处 于业务非激活状态的用户需要进行的短消息业务、 语音呼叫业务、 以及数 据业务发送给延迟模块;
延迟模块, 用于在收到处理模块发送的业务后, 对收到的业务进行延 迟处理。
13、 根据权利要求 12所述的装置, 其特征在于, 所述处理模块, 具体 用于: 当双待终端处于双待机状态时, 根据收到的网络寻呼信息或用户起 呼短消息请求, 确定使用短消息业务的待机用户, 激活所述使用短消息业 务的待机用户进入短消息业务处理状态, 为激活用户接收短消息, 并在接 收过程中, 将收到的所述激活用户的语音呼叫业务和数据业务、 以及当前 未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟模块; 或 者,
判断是否允许单次建链, 确定允许单次建链时, 建立反向业务信道链 接, 为所述激活用户发送短消息, 并在发送过程中, 将收到的所述激活用 户的语音呼叫业务和数据业务、 以及所述当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟模块;
确定不允许单次建链时, 双待终端建立反向业务信道链接, 并在链接 建立成功后, 发送一条短消息, 并在发送过程中, 将收到的所述激活用户 的语音呼叫业务和数据业务、 以及所述当前未激活用户的短消息业务、 语 音呼叫业务和数据业务发送给延迟模块, 并在短消息发送完成后, 双待终 端断开反向业务信道链接, 判断激活用户是否还有待发送的短消息, 确定 有, 重新建立反向业务信道链接, 如此循环, 直至所述激活用户的待发送 的短消息发送完毕。
14、 根据权利要求 12所述的装置, 其特征在于, 所述处理模块, 具体 用于: 当双待终端处于语音呼叫业务状态时, 接收到语音呼叫业务激活用 户的短消息业务后, 如果是短消息接收时, 釆用当前的语音业务信道为所 述激活用户接收短消息, 并在接收过程中, 将收到的所述激活用户的数据 业务、 以及所述当前未激活用户的短消息业务、 语音业务和数据业务发送 给延迟模块;
如果是短消息发送时, 釆用当前的语音业务信道为所述激活用户发送 短消息, 并在发送过程中, 将收到的所述激活用户的数据业务、 以及所述 当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟模块。
15、 根据权利要求 12所述的装置, 其特征在于, 所述处理模块, 具体 用于: 当双待终端处于数据业务状态时, 接收到数据业务激活用户的短消 息业务后, 如果是短消息接收时, 釆用当前的数据业务信道为所述激活用 户接收短消息, 并在接收过程中, 将收到的所述激活用户的语音呼叫业务、 以及所述当前未激活用户的短消息业务、 语音业务和数据业务发送给延迟 模块; 如果是短消息发送时, 釆用当前的数据业务信道为所述激活用户发送 短消息, 并在发送过程中, 将收到的所述激活用户的语音呼叫业务、 以及 所述当前未激活用户的短消息业务、 语音呼叫业务和数据业务发送给延迟 模块。
16、 根据权利要求 12至 15任一项所述的装置, 其特征在于, 所述处理模块, 还用于在短消息业务处理完毕后, 触发延迟模块; 所述延迟模块具体用于: 保存处理模块发送的业务, 并在收到处理模 块的触发信息后, 按照设置的规则依次处理保存的业务。
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