WO2009086751A1 - 网络消息处理方法及系统、网络搜索方法、服务器和终端 - Google Patents
网络消息处理方法及系统、网络搜索方法、服务器和终端 Download PDFInfo
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- WO2009086751A1 WO2009086751A1 PCT/CN2008/071899 CN2008071899W WO2009086751A1 WO 2009086751 A1 WO2009086751 A1 WO 2009086751A1 CN 2008071899 W CN2008071899 W CN 2008071899W WO 2009086751 A1 WO2009086751 A1 WO 2009086751A1
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- packet access
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/16—Discovering, processing access restriction or access information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W8/00—Network data management
- H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
- H04W8/20—Transfer of user or subscriber data
- H04W8/205—Transfer to or from user equipment or user record carrier
Definitions
- Network message processing method and system network search method, server and terminal
- the present invention relates to the field of communications technologies, and in particular, to a network message processing method and system, a network search method, a server, and a terminal. Background technique
- the terminal device (hereinafter referred to as UE) does not know which country and region it is currently in, which carrier network can be accessed, and the frequency at which it can be accessed. The frequency of the network.
- the UE searches for 5000 times, assuming that it takes 10 ms for each search, it takes at least 50 s to search in all frequency ranges;
- the combination of different wireless communication standards and frequency resources per frequency point has not been considered, and such a long search time makes the power-on delay too long.
- the UE records the wireless communication standard and frequency point information that has been used. For example, before the last shutdown, the UE uses the GSM frequency point of 982. 6Mhz, and after the power is turned on again, the UE preferentially This frequency is used for measurement and detection to determine whether network information can be obtained at the frequency and system.
- the method is applicable to the case where the UE moves in a small range during shutdown and power-on, and for a UE that performs large-scale roaming, the method firstly verifies that the frequency and the system used last time are used together, but will extend the overall Search time.
- the embodiment of the invention provides a network message processing method and system, a network search method, a server and a terminal, which solves the defect that the terminal has a long boot delay when the terminal has more access frequency points and communication systems in the prior art. To reduce the delay in the process of the terminal booting into the network.
- the embodiment of the invention provides a network message processing method, including:
- An embodiment of the present invention provides a network search method, including:
- a signal search is performed on the frequency points and communication systems included in the selected access search packet.
- An embodiment of the present invention provides a server, including:
- a grouping module configured to generate, according to a preset grouping rule, packet access entry information corresponding to a network message including a new accessible frequency point and communication system information;
- a sending module configured to send the packet access entry information.
- An embodiment of the present invention provides a terminal, including:
- a search module configured to select an access search packet in the packet connection, where the packet access table includes packet access entry information, where the packet access entry information includes an accessable frequency point and communication standard information; And a search module, configured to perform signal search on a frequency point and a communication system included in the selected access search packet.
- An embodiment of the present invention provides a network message processing system, including:
- a server configured to generate, according to a preset grouping rule, packet access entry information corresponding to a network message including a new accessible frequency point and communication system information, and generate the generated packet access entry information Issued to the terminal;
- a terminal configured to select an access search packet in a packet access table, and perform signal search on a frequency point and a communication system included in the selected access search packet, where the access search packet includes
- the packet access entry information includes the accessible frequency point and the communication standard information.
- the network message processing method and system, the network search method, the server, and the terminal provided by the embodiment of the present invention are grouped and delivered by using the frequency point and the communication standard information that the terminal can access, and the terminal only includes the specified group when the device is powered on.
- the frequency search and the communication system perform signal search, which reduces the terminal boot delay and improves the speed and efficiency of the terminal booting into the network.
- FIG. 1 is a flowchart of an embodiment of a network message processing method according to the present invention.
- FIG. 2 is a flow chart showing an embodiment of a network search method according to the present invention.
- FIG. 3 is a schematic structural diagram of an embodiment of a server according to the present invention.
- FIG. 4 is a schematic structural diagram of a terminal embodiment of the present invention.
- FIG. 5 is a schematic structural diagram of an embodiment of a network message processing system according to the present invention. detailed description
- FIG. 1 is a flowchart of a method for processing a network message according to the present invention. As shown in FIG. 1, the method includes the following steps:
- Step 100 Generate, according to a preset grouping rule, packet access entry information corresponding to a network message including a new accessible frequency point and communication system information.
- the network message is sent through a network message, such as a server or a base station, and the message is sent by broadcast.
- a network message such as a server or a base station
- the frequency and wireless communication system of the new different countries and regions mentioned in the message may be due to the new wireless communication standard service added by the contracting operator, or may be due to the operation of the contracting operator and other countries or regions.
- the roaming signed by the merchant, or the agreement that the operator provides services for the contracted terminal, for example, an operator A increases 894.
- the frequency of 6Mhz is used for GSM broadcast messages, or the operator and another operator B of other countries (such as the United States) sign a roaming agreement, and carrier B uses 895. 6Mhz frequency as GSM.
- the frequency of the broadcast message is also used for the message broadcast using the WC-A format of the frequency of 4.6 Mhz bandwidth on the 21 1 0. 2 frequency point. Therefore, the operator A needs to send information such as the added frequency, bandwidth, and wireless communication standard to the terminal, and firstly processes the information according to a preset grouping rule to generate packet access entry information.
- a packet access table is stored, in which the access points of all the contracted terminals in different countries and regions are stored in a group manner.
- information related to the communication system for example, a country in a group, then there are several standards in the group, and the access frequency and the bandwidth information of each frequency point are used in each system.
- other information can also be used as a basis for grouping, for example, in a certain region or an operator group.
- Step 1 01 The packet access entry information is sent.
- the server After the server processes the newly added information such as the access frequency, the bandwidth, and the wireless communication system, the server sends the packet access entry including the foregoing information to the terminal. For example, through the packet access entry, the terminal operator B is notified to use the 895. 6Mhz frequency point as the GSM broadcast message frequency point, and also uses the frequency of the 4. 6Mhz bandwidth on the 21 1 0. 2 frequency point.
- the system is used for message broadcast, and the information is based on the country of the United States; the server processes the newly added information, that is, informs the terminal which information is used as the basis of the packet, and the terminal stores the information sent by the server in groups.
- the server processes the newly added information to generate the packet access entry information, and then sends the packet to the terminal.
- the device can also send the new information to the terminal periodically, and can also send the new information to the terminal according to the request information sent by the terminal. Entering the entry information; the server may send the new information to the terminal separately, or may add the packet access entry to the packet access table, and then join the entire table. It is sent to the terminal, and in the table, information such as frequency points, bandwidths, and wireless communication systems that all terminals that are grouped according to the grouping rules can access are stored.
- the subscription operator of the mobile terminal has a new frequency point or a wireless communication system
- the message is notified to all the subscription terminals, and the cancellation is performed.
- the information is processed according to the grouping rules, so that the terminal also stores the newly added information according to the same grouping manner; when the terminal is powered on, the terminal performs signal search resident in all the accessible frequency points and a small part of the communication system. , reduce the boot search delay.
- FIG. 2 is a schematic structural diagram of a network search method according to an embodiment of the present invention. As shown in FIG. 2, the method includes the following steps:
- Step 200 Receive packet access entry information, where the packet access entry information includes a new accessible frequency point and communication standard information.
- the server adds The information of the frequency point, the bandwidth, and the wireless communication system is subjected to packet processing, and then the packet access entry information is sent to the terminal; the terminal receives the packet access entry information sent by the contracting operator server, and includes the terminal in the entry information.
- New accessible frequency and communication system information When the contracting operator of the terminal adds a new wireless communication standard service, or the signing operator and the operators of other countries or regions, or the agreement of the operator to provide services for the contracted terminal, the server adds The information of the frequency point, the bandwidth, and the wireless communication system is subjected to packet processing, and then the packet access entry information is sent to the terminal; the terminal receives the packet access entry information sent by the contracting operator server, and includes the terminal in the entry information. New accessible frequency and communication system information.
- Step 201 Store the packet access entry information according to a preset grouping rule.
- the terminal After receiving the packet access entry information, the terminal stores the information such as the added frequency, bandwidth, wireless communication system, and usage range included in the entry in the same grouping manner as the server grouping rule.
- the packet access entry information may be stored in a packet access table according to a preset grouping rule.
- frequency information and communication system information accessible by all terminals are stored, and the information is stored according to a certain grouping rule, that is, may be a group of countries, in the group Including the country has several standards, each system has access to the frequency points and bandwidth information used by each frequency point; of course, the table can also use other information as the basis of the grouping, for example, in a certain region or a certain operation Business is a group and so on.
- a certain grouping rule that is, may be a group of countries, in the group Including the country has several standards, each system has access to the frequency points and bandwidth information used by each frequency point; of course, the table can also use other information as the basis of the grouping, for example, in a certain region or a certain operation Business is a group and so on.
- the terminal After the terminal receives a broadcast message about an operator's use of the 895. 6Mhz frequency point as the broadcast message frequency of the GSM in China, the terminal knows that the message is to be grouped in the "China" country.
- the group confirmation may specifically be: selecting an access search packet in the packet access table according to the initial setting information, that is, the terminal may search in a default group, or may first perform a positioning function. Initialize the location of the auto-generated terminal. For example, if the terminal knows that it is currently located in the US through the GPS positioning function after the power is turned on, the terminal performs the access frequency and communication system in the "US" packet in the packet access table. Signal search.
- the group confirmation may also be completed by the user selection, specifically, after the terminal is powered on, the operation page is provided to the user, and the user selects the range of the group to be searched on the page, for example, the user is currently in the United States, and the group access is selected.
- the terminal performs a signal search on the accessible frequency points and communication systems in the "United States” group.
- group search it is also possible to search in other groups according to the grouping rule, for example, group search according to an operator.
- the search process is to first search for the strongest signal frequency according to a certain system in the search group, and verify whether the frequency can reside on the frequency; if not, then change the frequency of the strongest search signal to verify whether the frequency is Ability to reside.
- the search only needs to search for the frequency bandwidth and wireless communication system prompted in the message that the terminal has reserved, thus greatly reducing the search and verification time.
- the operator A provides a frequency point information server in the network, and provides the GSM system and frequency point information used by the country B operator of the contracted roaming. Send this information or the user accesses the server to get this information.
- the mobile phone searches for the relevant frequency of the GSM standard of the C country through the man-machine interface, and the mobile phone group searches only the stored frequency and system, and quickly searches for the relevant frequency. Frequency and reside.
- the operator A provides a frequency point information server in the network to provide GSM and WC MN and LTE system and frequency information used by all operators in the I area where the contract is roaming, and the user accesses the server to obtain the information.
- the mobile phone prompts the mobile phone to search all the relevant frequency points of all operators in the I region, and the mobile phone only searches for the stored frequency and system, and searches for the relevant frequency. And stay.
- the frequency point and the communication standard information accessible by the terminal are sent in groups, and the terminal performs signal search only on the frequency point and the communication system included in the specified group when the device is powered on,
- the terminal startup delay is reduced, and the speed and efficiency of the terminal to access the network are improved.
- the foregoing storage medium includes: a medium that can store program codes, such as a ROM, a RAM, a magnetic disk, or an optical disk.
- the server includes a grouping module 11 and a sending module 12, wherein the grouping module 11 is configured to generate and include new accessable according to a preset grouping rule.
- the packet access entry information corresponding to the network message of the frequency and communication system information; the sending module 12 is configured to send the packet access entry information.
- the grouping module 11 When the terminal can access the frequency point and the standard information, the grouping module 11 performs grouping processing on the information including the added frequency point, the bandwidth, and the wireless communication system according to the grouping rule, and generates a group access entry corresponding to the newly added information.
- the information delivery module 12 sends the packet access entry information or the packet access table to the contracting terminal of the server.
- the server further includes a first storage module 13 for storing a packet access table including the packet access entry information. After the packet module 11 generates the packet access entry information, it is added to the packet access table and stored by the first storage module 13.
- the server further includes a first receiving module 14 for receiving packet access table acquisition request information of the terminal. After the first receiving module 14 of the server receives the new information request information sent by the terminal, the sending module 12 sends the packet access entry information to the requesting terminal.
- the server provided by the embodiment of the present invention performs packet processing on the newly added information, and then sends the information to the terminal, so that the terminal stores the accessible frequency points and the communication system in the same grouping manner, and only selects one during the search.
- Signal search is performed on the accessible frequency points and communication systems within the packet, reducing the search delay.
- the terminal includes a searching module 21 and a search module 22, wherein the searching module 21 is configured to select an access search packet in a packet access table; A signal search is performed on the frequency points and communication systems included in the selected access search packet.
- the searching module 21 of the terminal searches for a corresponding access search packet in the packet access table according to the initialization information or the user input information, where the packet access table includes a packet access table.
- the packet access entry information includes accessable frequency points and communication system information; after the search module 21 finds the corresponding access search packet, the search module 22 includes the selected access search packet in the selected access search packet.
- the search module 22 On the frequency point and communication system, perform signal search and find the access network.
- the search module 21 includes a first obtaining unit 211 and a second obtaining unit 212, where the first obtaining unit 211 is configured to select an access search packet in the packet access table according to initial setting information; 212 is configured to select an access search packet in the packet access table according to the received selection information of the user input.
- the terminal provided by this embodiment further includes a second receiving module 23, configured to receive packet access entry information, and further includes a second storage module 24, configured to receive the received packet access table according to a preset grouping rule.
- the item information is stored in the corresponding packet in the packet access table.
- the second receiving module 23 After receiving the packet access entry information that is sent by the server and including the new access point and the communication system information, the second receiving module 23 sends the packet access entry information to the second storage module 24, and the second storage The module 24 adds the entry to the corresponding packet in the packet access table stored in the second storage module 24 according to a preset grouping rule.
- the lookup module 21 looks up the compliant access search packet in the second storage module 24.
- the terminal's contracting operator informs the terminal of all the frequency points that the terminal may access and different systems and different bandwidths at the frequency points.
- the terminal stores the information in a non-volatile memory according to a specified grouping manner. , for example, S IM card or FLASH Memory. Terminal will be accessible
- the frequency point and the communication standard information group are stored, and the terminal performs signal search only on the frequency point and the communication system included in the specified group when the power is turned on, thereby reducing the terminal power-on delay and improving the speed and efficiency of the terminal starting to access the network.
- the system includes a server 1 and a terminal 2, wherein the server 1 includes a grouping module 11 and a sending module 12, wherein the grouping module 11 is used to
- the grouping rule is configured to generate the packet access entry information corresponding to the network message including the new access point and the communication system information; the sending module 12 is configured to send the packet access entry information.
- a new wireless communication standard service is added due to the contracting operator of the terminal, or a new agreement is signed by the contracting operator and an operator of another country or region, or a protocol for the service provided by the operator for the contracted terminal, etc.
- the grouping module 11 When the terminal can access the frequency point and the standard information, the grouping module 11 performs grouping processing on the information including the added frequency point, the bandwidth, and the wireless communication system according to the grouping rule, and generates a group access entry corresponding to the newly added information.
- the information delivery module 12 delivers the packet access entry information to the subscription terminal of the server 1.
- the server 1 further includes a first storage module 13 for storing a packet access table including the packet access entry information. After the packet module 11 generates the packet access entry information, it is added to the packet access table and stored by the first storage module 13.
- the server 1 further includes a first receiving module 14 for receiving packet access table acquisition request information of the terminal 2. After the first receiving module 14 of the server 1 receives the new information request information sent by the terminal 1, the sending module 12 sends the packet access entry information to the requesting terminal 2.
- the terminal 2 includes a lookup module 21 and a search module 22, wherein the lookup module 21 is configured to select an access search packet in the packet access table; the search module 22 is configured to select a frequency point and a communication system in the selected access search packet. On, perform a signal search.
- the terminal's search module 21 searches for a corresponding access search packet in the packet access table according to the initialization information or the user input information, where the access search packet includes a packet access table.
- the packet access entry information includes an access frequency point and The communication system information; after the search module 21 finds the corresponding access search packet, the search module 22 performs a signal search on the frequency point and the communication system included in the selected access search packet to find the access network.
- the search module 21 includes a first obtaining unit 211 and a second obtaining unit 212, where the first obtaining unit 211 is configured to select an access search packet in the packet access table according to initial setting information; 212 is configured to select an access search packet in the packet access table according to the received selection information of the user input.
- the terminal 2 further includes a second receiving module 23 for receiving packet access entry information, and a second storage module 24 for receiving the received packet according to a preset grouping rule.
- the packet access entry information is stored in a corresponding packet in the packet access table.
- the second receiving module 23 After receiving the packet access entry information that is sent by the server and including the new access point and the communication system information, the second receiving module 23 sends the packet access entry information to the second storage module 24, and the second storage The module 24 adds the entry to the corresponding packet in the packet access table stored in the second storage module 24 according to a preset grouping rule.
- the lookup module 21 looks up the eligible access search packet in the second storage module 24.
- the terminal's contracting operator informs the terminal of all the frequency points that the terminal may access and different systems and different bandwidths at the frequency points.
- the terminal stores the information in a non-volatile memory according to a specified grouping manner. , for example, S IM card or FLASH Memory.
- the terminal stores all accessible frequency points and communication systems in groups. When the terminal is powered on, the terminal performs signal search only on the frequency points and communication systems included in the specified group, which reduces the terminal startup delay and improves the terminal boot access network. Speed and efficiency.
Description
网络消息处理方法及系统、 网络搜索方法、 服务器和终端 技术领域
本发明涉及通信技术领域， 尤其涉及一种网络消息处理方法及系统、 网 络搜索方法、 服务器和终端。 背景技术
随着无线通信技术的迅速发展， 未来将会有越来越多的频谱资源用于无 线通信或蜂窝通信， 据预计可能有超过 1G的频谱资源将用于蜂窝通信。 但是 在不同的国家和地区、 不同的无线通信运营商和无线网络， 其所使用的频率 仅是这 1G频谱资源中的一部分。 终端设备（以下简称： UE )在初始开机时并 不知道当前处于哪个国家和地区、 可以接入哪个运营商网络， 以及可以接入 的频率。 网络使用的频点。 例如， 若以 200Khz为间隔进行频率搜索， 对于 1G的频率资 源， UE要搜索 5000次， 假设每次搜索要花费 1 0ms的时间， 则在所有频率范围 内搜索至少要花费 50 s的时间；上述还没有考虑不同的无线通信制式和每频点 占用频率资源的组合情况， 如此长的搜索时间使得开机延时过长。
现有技术中另一种处理方法是 UE 记录曾经使用过的无线通信制式和频 点信息， 例如在最近一次关机之前， UE使用过 982. 6Mhz的 GSM频点， 那么 再次开机后， UE优先在这个频点上作测量和检测， 判断是否还能够在该频点 和制式上获得网络信息。该方法适用于 UE在关机和开机过程中移动范围不大 的情况， 而对于进行大范围漫游的 UE而言， 该方法由于首先要验证上次所用 的频点和制式是否合用， 反而会延长整体的搜索时间。 发明内容
本发明实施例提供一种网络消息处理方法及系统、 网络搜索方法、 服务 器和终端， 解决现有技术中终端在具有较多可接入频点和通信制式情况下， 开机延时较长的缺陷， 以减小终端开机接入网络过程中的延时。
本发明实施例提供一种网络消息处理方法， 包括：
按照预先设定的分组规则， 生成与包括新的可接入频点和通信制式信息 的网络消息对应的分组接入表项信息；
下发所述分组接入表项信息。
本发明实施例提供一种网络搜索方法， 包括：
在分组接入表中选择接入搜索分组， 所述分组接入表中包括分组接入表 项信息， 所述分组接入表项信息包括可接入频点和通信制式信息；
在所选择的接入搜索分组中包括的频点和通信制式上， 进行信号搜索。 本发明实施例提供一种服务器， 包括：
分组模块， 用于按照预先设定的分组规则， 生成与包括新的可接入频点 和通信制式信息的网络消息对应的分组接入表项信息；
下发模块， 用于下发所述分组接入表项信息。
本发明实施例提供一种终端， 包括：
查找模块， 用于在分组接 ^中选择接入搜索分组， 所述分组接入表中包 括分组接入表项信息，所述分组接入表项信息包括可接入频点和通信制式信息； 搜索模块， 用于在所选择的接入搜索分组中包括的频点和通信制式上， 进行信号搜索。
本发明实施例提供一种网络消息处理系统， 包括：
服务器， 用于按照预先设定的分组规则， 生成与包括新的可接入频点和 通信制式信息的网络消息对应的分组接入表项信息， 并将生成的所述分组接 入表项信息下发给终端；
终端， 用于在分组接入表中选择接入搜索分组， 并在所选择的接入搜索 分组中包括的频点和通信制式上， 进行信号搜索， 所述接入搜索分组中包括
分组接入表项信息，所述分组接入表项信息包括可接入频点和通信制式信息。 本发明实施例提供的网络消息处理方法及系统、 网络搜索方法、 服务器 和终端， 通过将终端可接入的频点和通信制式信息进行分组下发， 终端在开 机时仅在指定的分组中包括的频点和通信制式上进行信号搜索， 减少了终端 开机延时， 提高终端开机接入网络的速度和效率。 附图说明
图 1为本发明网络消息处理方法实施例流程图；
图 2为本发明网络搜索方法实施例流程结构图；
图 3为本发明服务器实施例结构示意图；
图 4为本发明终端实施例结构示意图；
图 5为本发明网络消息处理系统实施例结构示意图。 具体实施方式
下面结合附图和具体实施例进一步说明本发明实施例的技术方案。
本发明网络消息处理方法实施例
图 1为本发明网络消息处理方法实施例流程图， 如图 1所示， 该方法包括 如下步骤：
步骤 100 , 按照预先设定的分组规则， 生成与包括新的可接入频点和通信 制式信息的网络消息对应的分组接入表项信息；
当移动终端用户的签约运营商有新的不同国家和地区的可接入频点和无 线通信制式广播网络消息时， 通过网络消息发布网元例如服务器或基站等， 将该消息通过广播方式下发给所有签约的移动终端。 该消息中所述的新的不 同国家和地区的频点和无线通信制式可能是因为该签约运营商增加了新的无 线通信制式业务， 也可能是因为该签约运营商和其他国家或地区的运营商签 订的漫游， 或者由该运营商为签约终端提供服务的协议， 例如一运营商 A增加
894. 6Mhz的频点用于 GSM的广播消息， 或者该运营商和其它国家或地区（例如 美国） 的另一运营商 B签订漫游协议， 而运营商 B釆用 895. 6Mhz频点作为 GSM 的广播消息频点， 同时还釆用 21 1 0. 2频点上的 4. 6Mhz带宽的频率的 WC丽 A制式 用于消息广播。 因此运营商 A要将新增的频点、 带宽和无线通信制式等信息发 送给终端， 在进行发送时首先将该信息按照预先设定的分组规则进行处理， 生成分组接入表项信息。 在下发新增的频点、 带宽和无线通信制式等信息的 服务器中， 存储有一分组接入表， 在该表中以分组的方式存储有所有签约终 端在不同国家和地区的可接入频点和通信制式的相关信息， 例如表中以某个 国家为一组， 那么在该组中包括该国家有几种制式、 每个制式有哪些可接入 频点和每个频点使用的带宽信息； 当然表中也可以以其它信息作为分组的基 础， 例如以某个地区或者某个运营商为一组等等。
步骤 1 01 , 下发所述分组接入表项信息。
服务器将新增的可接入频点、带宽和无线通信制式等信息作分组处理后， 将包括上述信息的分组接入表项下发给终端。 例如通过分组接入表项告知终 端运营商 B釆用 895. 6Mhz频点作为 GSM的广播消息频点， 同时还釆用 21 1 0. 2频 点上的 4. 6Mhz带宽的频率的 WC丽 A制式用于消息广播，并且该信息以美国这个 国家为分组基础； 服务器对新增信息进行分组处理也就是告知终端以哪个信 息作为分组基础， 终端将服务器下发的信息进行相应地分组存储。
服务器在对新增信息进行处理生成分组接入表项信息后立即下发给终 端， 也可以定时向终端发送新增信息， 还可以根据终端发送的请求信息向终 端下发新增信息即分组接入表项信息； 服务器向终端下发该新增信息可以是 单独下发该分组接入表项， 也可以是将该分组接入表项加入到分组接入表中 后， 将整个表一同下发给终端， 在该表中存储有所有按照分组规则分好组的 终端可接入的频点、 带宽和无线通信制式等信息。
本发明实施例提供的网络消息处理方法中， 移动终端的签约运营商在有 新的频点或者无线通信制式的时候， 将该消息通知所有签约终端， 并且该消
息是按照分组规则处理过的，使得终端也按照相同的分组方式存储新增信息； 终端在进行开机时， 终端在所有可接入频点和通信制式的一小部分分组中进 行信号搜索驻留， 减小开机搜索延时。
本发明网络搜索方法实施例
图 2为本发明网络搜索方法实施例流程结构图， 如图 2所示， 该方法包括 如下步骤：
步骤 200 , 接收分组接入表项信息， 所述分组接入表项信息包括新的可接 入频点和通信制式信息；
在终端的签约运营商增加了新的无线通信制式业务， 或该签约运营商和 其他国家或地区的运营商签订的漫游， 或者由该运营商为签约终端提供服务 的协议时， 服务器对新增的频点、 带宽和无线通信制式等信息进行分组处理， 然后向终端发送分组接入表项信息； 终端接收签约运营商服务器下发的分组 接入表项信息，在该表项信息中包括终端新的可接入的频点和通信制式信息。
步骤 201， 将所述分组接入表项信息按照预先设定的分组规则进行存储。 终端在接收到分组接入表项信息后， 将该表项中包括的新增的频点、 带 宽和无线通信制式以及使用范围等信息， 按照与服务器分组规则相同分组方 式存储该信息。 具体地可以为将所述分组接入表项信息按照预先设定的分组 规则存储在分组接入表中。 在终端存储的分组接入表中， 存储有所有终端可 接入的频点和通信制式信息， 并且该信息是按照一定的分组规则存储的， 即 可以是以国家为一组， 在该组中包括该国家有几种制式， 每个制式有哪些可 接入频点和每个频点使用的带宽信息； 当然表中也可以以其它信息作为分组 的基础， 例如以某个地区或者某个运营商为一组等等。 例如终端接收到一条 关于一运营商在中国釆用 895. 6Mhz频点作为 GSM的广播消息频点的广播消息 后， 根据该表项分组规则获知该消息要以 "中国" 这一国家为组进行分组存 储，终端将新增的频点和制式信息存储在终端分组接入表中的 "中国"分组中。
终端在关机后再次开机时， 首先确定在分组接入表中的哪个分组中的频
点和通信制式上进行信号搜索， 分组确认具体可以为根据初始化设置信息， 在所述分组接入表中选择接入搜索分组， 即终端可以在默认的分组中进行搜 索， 也可以先通过定位功能初始化自动生成终端目前所处地理位置， 例如终 端在开机后通过 GPS定位功能获知目前位于美国境内，那么终端就在分组接入 表中 "美国" 分组中的可接入频点和通信制式上进行信号搜索。 分组确认还 可以是通过用户选择来完成， 具体为终端在开机后， 向用户提供操作页面， 用户在该页面上选择所要进行搜索的分组范围，例如用户目前处于美国境内， 并选择了分组接入表中 "美国" 分组， 则终端就在 "美国" 分组中的可接入 频点和通信制式上进行信号搜索。 当然也可以根据分组规则在其他分组中进 行搜索， 例如按照某个运营商进行分组搜索等。 搜索过程为在搜索分组首先 按照某个制式搜索最强的信号频点， 验证该频点上是否能够驻留； 若不能， 则再换一个制式搜索信号最强的频点， 验证该频点是否能够驻留。 该搜索仅 仅需要搜索终端已经保留的消息中提示的频点带宽和无线通信制式， 因此大 大降低了搜索和验证时间。
以下列举网络消息下发和接收方法的具体实施过程，例如运营商 A在网络 中通过架设一个频点信息服务器， 提供其签约漫游的 C国运营商 B使用的 GSM 制式和频点信息，服务器下发该新增信息或用户访问该服务器得到这个信息。 当该用户漫游到 C国后进行手机开机的时候， 通过人机界面提示手机搜索 C国 的 GSM制式的相关频点， 手机分组只对存储的相关频点和制式进行搜索， 很快 搜索到相关频点并驻留。再例如运营商 A在网络中通过架设一个频点信息服务 器， 提供其签约漫游的 I地区所有运营商使用的 GSM和 WC丽 A和 LTE制式和频点 信息， 用户访问该服务器得到这个信息。 当该用户漫游到 C国开机的时候， 通 过人机界面提示手机搜索 I地区所有运营商所有制式相关频点，手机只对存储 的相关频点和制式进行搜索， 4艮快搜索到相关频点并驻留。
本发明实施例通过将终端可接入的频点和通信制式信息进行分组下发， 终端在开机时仅在指定的分组中包括的频点和通信制式上进行信号搜索， 减
少了终端开机延时， 提高终端开机接入网络的速度和效率。
本领域普通技术人员可以理解： 实现上述方法实施例的全部或部分步骤 可以通过程序指令相关的硬件来完成， 前述的程序可以存储于一计算机可读 取存储介质中， 该程序在执行时， 执行包括上述方法实施例的步骤； 而前述 的存储介质包括： R0M、 RAM, 磁碟或者光盘等各种可以存储程序代码的介质。
本发明服务器实施例
图 3为本发明服务器实施例结构示意图， 如图 3所示， 服务器包括分组 模块 11和下发模块 12 , 其中分组模块 11用于按照预先设定的分组规则， 生 成与包括新的可接入频点和通信制式信息的网络消息对应的分组接入表项信 息； 下发模块 12用于下发所述分组接入表项信息。 当因终端的签约运营商增 加了新的无线通信制式业务， 或因该签约运营商和其他国家或地区的运营商 签订的漫游， 或者由该运营商为签约终端提供服务的协议等原因产生新的终 端可接入的频点和制式信息时， 分组模块 11将包括有新增频点、 带宽和无线 通信制式的信息按照分组规则进行分组处理， 生成与新增信息对应的分组接 入表项信息；下发模块 12向服务器的签约终端下发所述分组接入表项信息或 分组接入表。
服务器中还包括有第一存储模块 1 3 用于存储包括所述分组接入表项信 息的分组接入表。 在分组模块 11生成分组接入表项信息后， 将其加入到分组 接入表中， 并由第一存储模块 1 3进行存储。 服务器还包括第一接收模块 14 用于接收终端的分组接入表获取请求信息。 当服务器的第一接收模块 14接收 到终端发来的新增信息请求信息后，下发模块 12向发出请求的终端下发所述 分组接入表项信息。
本发明实施例提供的服务器将新增信息进行分组处理后， 下发给终端， 使得终端以相同的分组方式对可接入频点和通信制式进行分组存储， 在进行 搜索时仅在一选定的分组内的可接入频点和通信制式上进行信号搜索， 减少 了搜索延时。
本发明终端实施例
图 4为本发明终端实施例结构示意图， 如图 4所示， 该终端包括查找模块 21和搜索模块 22 , 其中查找模块 21用于在分组接入表中选择接入搜索分组； 搜索模块 22用于在所选择的接入搜索分组中包括的频点和通信制式上， 进行 信号搜索。
当终端重启进行网络信号搜索时， 终端的查找模块 21根据初始化信息或 用户输入信息， 在分组接入表中查找与之相应的接入搜索分组， 所述分组接 入表中包括分组接入表项信息， 所述分组接入表项信息包括可接入频点和通 信制式信息； 查找模块 21查找到相应的接入搜索分组后， 通过搜索模块 22在 所选择的接入搜索分组中包括的频点和通信制式上， 进行信号搜索， 找到接 入网络。
进一步地， 查找模块 21包括第一获取单元 211和第二获取单元 212 , 其中 第一获取单元 211用于根据初始化设置信息，在所述分组接入表中选择接入搜 索分组； 第二获取单元 212用于根据接收到的用户输入的选择信息， 在所述分 组接入表中选择接入搜索分组。
本实施例提供的终端还包括第二接收模块 23用于接收分组接入表项信 息； 还包括第二存储模块 24用于按照预先设定的分组规则， 将接收到的所述 分组接入表项信息存储到分组接入表中相应的分组中。 第二接收模块 23接收 服务器下发的包括新的可接入频点和通信制式信息的分组接入表项信息后， 将该分组接入表项信息发给第二存储模块 24 , 第二存储模块 24按照预先设定 好的分组规则， 将该表项添加到第二存储模块 24中存储的分组接入表中相应 的分组中。 当手机重新开机时， 查找模块 21在第二存储模块 24中查找符合条 件的接入搜索分组。
由终端的签约运营商通知该终端目前该终端可能接入的所有频点和在这 些频点上的不同制式和不同带宽， 终端将这个信息按照规定的分组方式存入 某个非挥发性存储器中， 例如 S IM卡或者 FLASH Memory中。 终端将所有可接入
的频点和通信制式信息分组存储， 终端在开机时仅在指定的分组中包括的频 点和通信制式上进行信号搜索， 减少了终端开机延时， 提高终端开机接入网 络的速度和效率。
本发明网络消息处理系统实施例
图 5为本发明网络消息处理系统实施例结构示意图， 如 5图所示， 该系 统包括服务器 1和终端 2 , 其中服务器 1包括分组模块 11和下发模块 12 , 其 中分组模块 11用于按照预先设定的分组规则，生成与包括新的可接入频点和 通信制式信息的网络消息对应的分组接入表项信息；下发模块 12用于下发所 述分组接入表项信息。 当因终端的签约运营商增加了新的无线通信制式业务， 或因该签约运营商和其他国家或地区的运营商签订的漫游， 或者由该运营商 为签约终端提供服务的协议等原因产生新的终端可接入的频点和制式信息 时， 分组模块 11将包括有新增频点、 带宽和无线通信制式的信息按照分组规 则进行分组处理， 生成与新增信息对应的分组接入表项信息； 下发模块 12向 服务器 1的签约终端下发所述分组接入表项信息。
服务器 1中还包括有第一存储模块 1 3用于存储包括所述分组接入表项信 息的分组接入表。 在分组模块 11生成分组接入表项信息后， 将其加入到分组 接入表中， 并由第一存储模块 1 3进行存储。 服务器 1还包括第一接收模块 14用于接收终端 2的分组接入表获取请求信息。 当服务器 1的第一接收模块 14接收到终端 1发来的新增信息请求信息后， 下发模块 12向发出请求的终 端 2下发所述分组接入表项信息。
终端 2包括查找模块 21和搜索模块 22 ,其中查找模块 21用于在分组接入表 中选择接入搜索分组； 搜索模块 22用于在所选择的接入搜索分组中包括的频 点和通信制式上， 进行信号搜索。
当终端重启进行网络信号搜索时， 终端的查找模块 21根据初始化信息或 用户输入信息， 在分组接入表中查找与之相应的接入搜索分组， 所述接入搜 索分组中包括分组接入表项信息， 所述分组接入表项信息包括可接入频点和
通信制式信息； 查找模块 21查找到相应的接入搜索分组后， 通过搜索模块 22 在所选择的接入搜索分组中包括的频点和通信制式上， 进行信号搜索， 找到 接入网络。
进一步地， 查找模块 21包括第一获取单元 211和第二获取单元 212 , 其中 第一获取单元 211用于根据初始化设置信息，在所述分组接入表中选择接入搜 索分组； 第二获取单元 212用于根据接收到的用户输入的选择信息， 在所述分 组接入表中选择接入搜索分组。
本实施例提供的系统中，终端 2还包括第二接收模块 23用于接收分组接入 表项信息； 还包括第二存储模块 24用于按照预先设定的分组规则， 将接收到 的所述分组接入表项信息存储到分组接入表中相应的分组中。 第二接收模块 23接收服务器下发的包括新的可接入频点和通信制式信息的分组接入表项信 息后， 将该分组接入表项信息发给第二存储模块 24 , 第二存储模块 24按照预 先设定好的分组规则， 将该表项添加到第二存储模块 24中存储的分组接入表 中相应的分组中。 当手机重新开机时， 查找模块 21在第二存储模块 24中查找 符合条件的接入搜索分组。
由终端的签约运营商通知该终端目前该终端可能接入的所有频点和在这 些频点上的不同制式和不同带宽， 终端将这个信息按照规定的分组方式存入 某个非挥发性存储器中， 例如 S IM卡或者 FLASH Memory中。 终端将所有可接入 的频点和通信制式分组存储， 终端在开机时仅在指定的分组中包括的频点和 通信制式上进行信号搜索， 减少了终端开机延时， 提高终端开机接入网络的 速度和效率。
最后应说明的是： 以上实施例仅用以说明本发明的技术方案， 而非对其 限制； 尽管参照前述实施例对本发明进行了详细的说明， 本领域的普通技术 人员应当理解： 其依然可以对前述各实施例所记载的技术方案进行修改， 或 者对其中部分技术特征进行等同替换； 而这些修改或者替换， 并不使相应技 术方案的本质脱离本发明各实施例技术方案的精神和范围。
Claims
1、 一种网络消息处理方法， 其特征在于包括：
按照预先设定的分组规则， 生成与包括新的可接入频点和通信制式信息 的网络消息对应的分组接入表项信息；
下发所述分组接入表项信息。
2、 根据权利要求 1所述的网络消息处理方法， 其特征在于所述下发所述 分组接入表项信息包括：
生成所述分组接入表项信息后立即下发；
或定时下发所述分组接入表项信息；
或在接收到请求信息后下发所述分组接入表项信息。
3、 一种网络搜索方法， 其特征在于包括：
在分组接入表中选择接入搜索分组， 所述分组接入表中包括分组接入表 项信息， 所述分组接入表项信息包括可接入频点和通信制式信息；
在所选择的接入搜索分组中包括的频点和通信制式上， 进行信号搜索。
4、 根据权利要求 3所述的网络搜索方法， 其特征在于还包括：
接收所述分组接入表项信息；
将所述分组接入表项信息按照预先设定的分组规则进行存储。
5、 根据权利要求 3所述的网络搜索方法， 其特征在于在所述分组接入表 中选择接入搜索分组具体为：
根据初始化设置信息， 在所述分组接入表中选择接入搜索分组； 或根据接收到的用户输入的选择信息， 在所述分组接入表中选择接入搜 索分组。
6、 一种服务器， 其特征在于包括：
分组模块， 用于按照预先设定的分组规则， 生成与包括新的可接入频点 和通信制式信息的网络消息对应的分组接入表项信息；
下发模块， 用于下发所述分组接入表项信息。
7、 根据权利要求 6所述的服务器， 其特征在于还包括： 第一存储模块， 用于存储包括所述分组接入表项信息的分组接入表。
8、根据权利要求 6或 7所述的服务器，其特征在于还包括： 第一接收模块， 用于接收终端的分组接入表获取请求信息。
9、 一种终端， 其特征在于包括：
查找模块， 用于在分组接入表中选择接入搜索分组， 所述分组接入表中 包括分组接入表项信息， 所述分组接入表项信息包括可接入频点和通信制式 信息；
搜索模块， 用于在所选择的接入搜索分组中包括的频点和通信制式上， 进行信号搜索。
10、 根据权利要求 9所述的终端， 其特征在于所述查找模块包括： 第一获取单元， 用于根据初始化设置信息， 在所述分组接入表中选择接 入搜索分组；
第二获取单元， 用于根据接收到的用户输入的选择信息， 在所述分组接 入表中选择接入搜索分组。
11、 根据权利要求 9或 10所述的终端， 其特征在于还包括第二接收模块， 用于接收所述分组接入表项信息。
12、 根据权利要求 11所述的终端， 其特征在于还包括第二存储模块， 用 于按照预先设定的分组规则， 将接收到的所述分组接入表项信息存储到分组 接入表中相应的分组中。
1 3、 一种网络消息处理系统， 其特征在于包括：
服务器， 用于按照预先设定的分组规则， 生成与包括新的可接入频点和 通信制式信息的网络消息对应的分组接入表项信息， 并将生成的所述分组接 入表项信息下发给终端；
终端， 用于在分组接入表中选择接入搜索分组， 并在所选择的接入搜索 分组中包括的频点和通信制式上， 进行信号搜索， 所述分组接入表中包括分 组接入表项信息， 所述分组接入表项信息包括可接入频点和通信制式信息。
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| CN103298075B (zh) * | 2013-06-05 | 2015-12-02 | 天翼电信终端有限公司 | 双模终端快速选网的方法 |
| CN104469897B (zh) * | 2014-12-12 | 2017-11-21 | 工业和信息化部电信传输研究所 | 一种移动终端搜索网络优先级的方法 |
| CN105050162A (zh) * | 2015-05-08 | 2015-11-11 | 合肥君正科技有限公司 | 一种链接网络的方法及智能设备 |
| CN107295604A (zh) * | 2016-03-31 | 2017-10-24 | 展讯通信（上海）有限公司 | 移动终端及其接入方法 |
| CN107509236A (zh) * | 2016-06-14 | 2017-12-22 | 展讯通信（上海）有限公司 | 一种手动搜网方法、装置及移动终端 |
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| JP2006314037A (ja) * | 2005-05-09 | 2006-11-16 | Nec Corp | 無線通信端末装置およびネットワーク検索方法 |
| CN101018399A (zh) * | 2006-12-28 | 2007-08-15 | 电子科技大学 | 一种移动通信终端的快速接入方法 |
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| US20070004404A1 (en) * | 2005-07-01 | 2007-01-04 | Research In Motion Limited | System and method for accelerating network selection by a wireless user equipment (UE) device using satellite-based positioning system |
| US8437288B2 (en) * | 2006-03-07 | 2013-05-07 | Qualcomm Incorporated | Network selection by wireless terminals |
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| JP2006314037A (ja) * | 2005-05-09 | 2006-11-16 | Nec Corp | 無線通信端末装置およびネットワーク検索方法 |
| CN101018399A (zh) * | 2006-12-28 | 2007-08-15 | 电子科技大学 | 一种移动通信终端的快速接入方法 |
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| CN101483905A (zh) | 2009-07-15 |
| CN101483905B (zh) | 2010-12-15 |
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