The invention discloses a method, device and system for allocating air interface resources, belonging to the communication field. The method comprises the steps of: obtaining a first level and a second level which correspond to a channel group according to data volume buffered in a buffer corresponding to the channel group, wherein the first level is used for indicating a section of number range,the second level is used for further indicating the number range where the data volume is in the section of number range; filling the first level in a BSR (Buffer State Report) control element of a BSR message and the second level in a BSR head of the BSR message; and sending the BSR message to a base station and requesting the base station for allocating the air interface resources. The system comprises a terminal and the base station. The terminal comprises a first acquisition module, a first filling module and a sending module. The base station comprises a first extraction module, a secondacquisition module and an allocation module. The invention can enhance the utilization rate of the air interface resources.
 在无线通信系统中，终端通过信道组向基站发送数据之前，基站需要先确定为该信道组分配空口资源的大小，然后再分配确定大小的空口资源，终端再通过该信道组以及利用分配的空口资源发送数据给基站。 Before  In a wireless communication system, the terminal transmits data channel groups to the base station through the base station needs to determine the size of the allocated air interface resource channel group for, and then redistributed to determine air interface resource size, the terminal and then through the channel groups, and the use of air interface transmission resource allocation data to the base station.
 现有技术提供了一种分配空口资源的方法，具体为：终端和基站事先存储相同的数值范围与BSR (Buffer Status Iteport，缓冲器状态报告）级别的对应关系表，当终端需要通过信道组传输数据时，终端统计该信道组对应的缓冲器中缓存的数据量，确定统计的数据量所在的数值范围，根据确定的数值范围，从数值范围与BSR级别的对应关系表中获取对应的BSR级别，将获取的BSR级别填写在BSR消息中并发送该BSR消息给基站；基站接收该BSR消息且从该BSR消息中提取BSR级别，根据提取的BSR级别，从数值范围与BSR级别的对应关系表中获取对应的数值范围，将获取的数值范围的上限值确定为为该信道组分配的空口资源的大小，再分配确定大小的空口资源。  The prior art provides a method of allocating air interface resources, in particular: previously storing terminal and the base station of the same numerical value ranges BSR (Buffer Status Iteport, a buffer status report) level correspondence table, when a terminal needs by the channel set of transmission data, the terminal statistics data in the buffer cache of the channel group corresponding to the determined range of values the amount of statistical data is located, to acquire a corresponding number from the scope of the BSR level correspondence table based on the determined range of values the BSR level acquired BSR level of fill in the BSR message and transmits the BSR message to the base station; base station receives the BSR message and the extraction BSR level from the BSR message, according to the BSR levels of abstraction, from a numerical range with BSR level upper limit value acquiring correspondence table corresponding to a numerical range, the obtained range of values determined for the size of the air interface resource allocation channel group, is determined reallocation of air interface resource size.
 其中，BSR消息包括BSR子头和BSR控制元且BSR控制元中包括缓存大小字段，缓存大小字段占用6个比特且其用于填写BSR级别，所以BSR级别包括64种BSR级别，即第0级别至第63级别，而每个BSR级别对应一个数值范围，所以终端与基站中的数值范围与BSR级别的对应关系表中只有64种BSR级别和64种数值范围。  wherein, BSR BSR message includes a header and a sub BSR BSR control element and the control element comprises a cache size field, the buffer size field occupies 6 bits and which is used to fill BSR level, so BSR BSR level includes 64 kinds of levels, i.e., level 0 to level 63, and each BSR level corresponds to a range of values, only 64 kinds of BSR and 64 kinds of numerical ranges level terminal with a numerical range with a base station BSR level correspondence table.
 由于只能在BSR消息中填写64种BSR级别，而每种BSR级别对应一种数值范围， 数值范围划分的不够细致，使基站确定的空口资源的大小与终端的缓冲器中缓存的数据量之间的差值较大，从而存在大量的空口资源未被充分使用，而在无线通信领域，空口资源是很宝贵的，现有技术这种不必要的空口资源浪费降低了通信资源的利用率。  Since only fill level in the 64 kinds of BSR BSR message, and each level corresponding to the BSR A numerical range, value range is divided not detailed enough, so that the buffer size and the air interface resources of the terminal station determines the cached the difference between the large amount of data, so that there is a large amount of air interface resources are not fully utilized, and in the field of wireless communication, air interface resources are very valuable, the prior art this unnecessary waste of air interface resources, communication resources is reduced utilization.
[0011 ] 发送所述BSR消息给基站，请求所述基站分配空口资源。  transmitting the BSR message to the base station requesting the base station to allocate air interface resources.
 为所述信道组分配所述大小的空口资源。  The channel group is assigned to the size of the air interface resources.
 发送模块，用于发送所述BSR消息给基站，请求所述基站分配空口资源。  transmitting means for transmitting the BSR message to the base station requesting allocation of air interface resources of the base station.
 分配模块，用于为所述信道组分配所述大小的空口资源。  The allocation module, for said channel group is assigned air interface resources of the size.
 本发明实施例通过在BSR消息的BSR控制元中填写第一级别，在BSR消息的BSR子头的保留字段中填写第二级别，可以通过第一级别和第二级别的组合对应一个数值范围， 从而能够使数值范围划分的更加细致，减小基站确定的空口资源的大小与终端中缓存的数据量的差值，从而提高了空口资源的利用率，节省了空口资源。  Example BSR BSR messages through the control element in the embodiment of the present invention to fill the first level, a second level of fill in the reserved field of the sub-header BSR BSR message, may correspond to a first level and the second by a combination of level range of values, thereby enabling more detailed numerical range is divided, the size difference is reduced and the amount of data buffered in the terminal air interface resources of the base station is determined, thereby improving the utilization of air interface resources, save air interface resources.
 图7是本发明实施例7提供的一种分配空口资源的系统示意图。  FIG. 7 is a schematic diagram of a system for allocating air interface resources according to an embodiment 7 of the present invention.
 如果终端的信道组对应的缓冲器中缓存有需要传输给基站的数据，则终端发送BSR消息给基站，请求基站分配用于传输数据的空口资源。  If the cache data should be transferred to the base station, the terminal transmits the BSR message to the base station, the base station requesting allocation of air interface resources for data transmission channel group corresponding to a terminal of the buffer. BSR消息包括BSR子头和BSR控制元，且BSR消息又可以分为短BSR消息和长BSR消息。 BSR BSR message includes a sub-header and the BSR control element, and the BSR message can be divided into short and long BSR BSR message message. 如果终端只有一个信道组的缓冲器中缓存有需要传输的数据，则终端发送的BSR消息为短BSR消息；如果终端有多个信道组的缓冲器中缓存有需要传输的数据时，则终端发送的BSR消息为长BSR消息。 If the terminal is only one channel group of the buffer cache data needs to be transmitted, the BSR message transmitted by the terminal is short BSR message; if the terminal has data to transmit buffer of the plurality of channel groups buffers, the terminal transmits the message is a long BSR BSR message.
 其中，短BSR消息包括BSR子头和BSR控制元，如表1所示，短BSR消息的BSR子头包括BSR标识字段LC ID、扩展域标识字段E和保留字段RR;标识字段LC ID占用五个比特且其值为11101，用于标识短BSR消息，扩展域标识字段E占用一个比特，保留字段RR占用两个比特且其值为空。  wherein the message comprises a short BSR and subheader BSR BSR control element, as shown in Table. 1, the short BSR BSR sub-header comprises a message identification field LC BSR ID, extension field identification field and a reserved field E the RR; LC identifier field ID occupies five bits and a value of 11101, for identifying the short BSR message identifier field E extension field occupies one bit, two bits reserved field occupies RR and is null.
 如表2所示，短BSR消息的BSR控制元包括信道组标识LCG ID和缓存大小字段Buffer Size，缓存大小字段Buffer Size占用六个比特，信道组标识LCG ID占用两个比特， 所以终端与基站之间最多具有4个信道组。  As shown in Table 2, the short BSR BSR control element comprises a message identification channel groups and cache size of the LCG ID field Buffer Size, the size of the buffer Buffer Size field occupies six bits, the channel group identification LCG ID occupies two bits, It has up to four channel groups between the terminal and the base station.
 其中，如果终端有多个信道组的缓冲器中缓存有需要传输的数据，则终端发送长BSR消息给基站。  wherein, if the terminal has a buffer channel groups of the plurality of buffers data to be transmitted, the terminal transmits a long BSR message to the base station. 长BSR消息包括BSR子头和BSR控制元，如表3所示，长BSR消息的BSR 子头包括BSR标识字段LC ID，扩展域标识字段E和保留字段RR;标识字段LC ID占用五个比特且其值为11110，用于标识长BSR消息，扩展域标识字段E占用一个比特，保留字段RR 占用两个比特且其值为空。 A long BSR comprises a message header and a sub BSR BSR control element, as shown in Table 3, the long BSR BSR message subheader including identification BSR LC ID field, an extension field identifying a reserved field and the RR field E; LC ID identifier field occupies five bits 11110 and its value is used to identify the long BSR message identifier field E extension field occupies one bit, two bits reserved field occupies RR and is null.
 其中，长BSR消息的BSR控制元包括多个缓存大小字段Buffer Size，如表4所示， 长BSR消息的BSR控制元包括4个缓存大小字段Buffer Size，且每个缓存大小字段Buffer Size都占用六个比特。  wherein, long BSR BSR control element comprises a plurality of message buffer size field Buffer Size, as shown in Table, 4 long BSR BSR control element comprises a message size field four buffers Buffer Size, Buffer Size field of each cache and Size occupies six bits.
 步骤103 ：发送BSR消息给基站，请求基站分配空口资源。  Step 103: Send a message to the BSR the base station, the base station requesting allocation of air interface resources.
 在本发明实施例中，在BSR消息的BSR控制元中填写第一级别，在BSR消息的BSR 子头的保留字段中填写第二级别，所以可以通过第一级别和第二级别的组合对应一个数值范围，从而能够使数值范围划分的更加细致，减小基站确定的空口资源的大小与终端中缓存的数据量的差值，从而提高了空口资源的利用率，节省了空口资源。  In an embodiment of the present invention, the fill level of the first message BSR BSR control element, the fill level in the second sub-header reserved field of BSR BSR message, it is possible by the first level and the second level combination corresponds to a range of values, thereby enabling more detailed numerical ranges divided, reducing the amount of difference of the data size of the terminal air interface resources of the base station the determined cache, thereby improving the utilization of air interface resources, save air interface resources.
 其中，第一级别用于指示一段数值范围，第二级别用于在第一级别指示的一段数值范围内进一步指示更具体的数值范。  wherein the first period of a numerical range for indicating the level, second level within a range of values for a first class indication further indicates a more specific range of values.
 步骤203 ：为该信道组分配获取大小的空口资源。  Step 203: channel group assignment for acquiring the size of the air interface resources.
 其中，终端与基站之间的每个信道组都有对应的缓冲器，终端通过某个信道组发送数据给基站之前，先将需要发送的数据缓存在该信道组对应的缓冲器中。  wherein each channel group between the terminal and the base station has a corresponding buffer, the terminal transmits data via a channel to the group prior to the base station, first data buffer needs to be sent in the channel buffer corresponding to the group . 当终端将需要发送的数据缓存在该信道组对应的缓冲器中后，终端需要向基站请求分配传输数据的空口资源。 When the data buffer to be transmitted by the terminal in the channel group corresponding to the channel buffer, the terminal needs to request resource allocation of an air interface for transmitting data to a base station.
 例如，终端需要通过信道组标识2对应的信道组传输数据给基站且向该信道组对应的缓冲器中缓存需要传输的数据，然后终端统计该信道组对应的缓冲器中的数据量，其中，该信道组的标识2的二进制码为10且终端统计的数据量为100个字节。 Channel burst data  For example, the terminal needs to identify 2 corresponding to the channel group to the base station and to the channel group corresponding to the channel buffer cache data to be transmitted, the amount of data channel group corresponding to the channel buffer and the terminal count wherein identifying the set of binary code channel 2 is the terminal 10 and the amount of data statistics 100 bytes.
 其中，在本实施例中，对现有的数值范围与BSR级别的对应关系表中的64个数值范围进行进一步地划分，具体为：针对现有的数值范围与BSR级别的对应关系表中的任一条记录，将该记录包括的BSR级别作为第一级别，以及对该记录包括的数值范围进行进一步划分得到多个数值范围，并设置划分的每个数值范围对应一个第二级别，所以划分的每个数据值范围都对应一个由第一级别和第二级别组合的级别，然后将划分的每个数值范围、每个数值范围对应的由第一级别和第二级别组合的级别存储在数值范围与级别的对应关系表中。  In the present embodiment, a numerical range of 64 conventional numerical range BSR level correspondence table is further divided, in particular: a correspondence relationship with the numerical range of the existing level BSR table according to any one record, the record level as the BSR includes a first level, and the record includes a range of values obtained by further dividing a plurality of numerical ranges, each numerical range is divided and arranged corresponding to a second level, Therefore, each data value corresponds to a divided range, then each of the divided numerical range, each range of values corresponding to the level stored by the first level and the second level of the first level by the combination of level and the second level of combined in the numerical range of the level correspondence table. 按上述方法，对现有的数值范围与BSR级别的对应关系表中其他每条记录中的数值范围进行划分。 As described above, a numerical range of a conventional numerical range BSR level correspondence table each record other divided. 所以最终得到的数值范围与级别的对应关系表中包括64个第一级别， 且每个第一级别对应多个数值范围，以及每个第一级别对应多个第二级别。 Therefore, the numerical range of the level correspondence table finally obtained 64 comprises a first level, and each level corresponding to a first plurality of numerical ranges, and each level corresponding to a first plurality of second level.
 例如，假设现有的数值范围与BSR级别中存在一条包括数值范围为90至106个字节以及BSR级别为5的记录，将该记录中的BSR级别5作为第一级别，将该记录中的数值范围90至105个字节划分成4个数值范围，分别为90至93个字节、94至97个字节、98至101个字节以及102至105个字节；且为划分的每个数值范围设置第二级别，分别为0、1、2 和3，所以划分的数值范围90至93个字节对应一个由第一级别5和第二级别0组合的级另IJ，划分的数值范围94至97个字节对应一个由第一级别5和第二级别1组合的级别，划分的数值范围98至101个字节对应一个由第一级别5和第二级别2组合的级别，划分的数值范围102至105个字节对应一个由第一级别5和第二级别3组合的级别。  For example, assuming a conventional BSR level value range comprises a range of values is present from 90 to 106 bytes and record level 5 BSR, the BSR record level as the first 5 level, the record numerical range from 90 to 105 bytes is divided into four ranges of values, respectively, from 90 to 93 bytes, 94-97 bytes, 98-101 bytes and bytes 102-105; and is every numerical range divided a second level, respectively 0, 1 and 3, the numerical value range divided 90-93 bytes corresponding to a first level of another IJ stage 5 and a second combination of level 0, the divided value range from 94 to 97 bytes of a level corresponding to the combination of a first level and a second level 1 5, the divided value range from 98 to 101 bytes corresponding to a combination of a first level and a second level 2 of 5 level, the divided value range from 102 to 105 bytes corresponding to a level of a first level and a second level combination 5 3. 然后将划分的数值范围以及由第一级别和第二级别组合的级别存储在如表5所示的数值范围与级别的对应关系表中。 Then the level value range value range divided by the first composition and level storage level and the second level as shown in Table 5 in the correspondence table.
 其中，根据统计的该信道组对应的100个字节的数据量，确定出该信道组对应的数据量所在的数值范围为98至101个字节之内。  wherein the channel set according to an amount corresponding to 100 bytes of data statistics, determined within 98 to 101 bytes of the data track set value range corresponding to the amount of the letter is located.
[0071 ] 其中，在本实施例中，终端和基站都存储相同的数值范围与级别的对应关系表，即在终端和基站中都存储如表5所示的数值范围与级别的对应关系表。  In the present embodiment, the terminal and the base station store the same numerical range correspondence table level, i.e., the terminal and the base station are stored as table values in the range of level correspondence table shown in FIG. 5.
 其中，在本发明实施例中，数值范围与级别的对应关系表中包括64个第一级别， 每个第一级别对应多个数值范围，所以终端与基站中的数值范围与级别的对应关系表中包括的数值范围比现有的数值范围与BSR级别的对应关系表中包括的数值范围更细致。  wherein, in the embodiment of the present invention, the numerical range of the level correspondence table 64 includes a first level, a first level corresponding to each of a plurality of numerical ranges, the terminal and the base of the numerical ranges and levels correspondence table comprises a range of values of the numerical range than conventional BSR level correspondence table included in the more detailed range of values.
 具体地，终端根据确定该信道组对应的数值范围，从已存储的数值范围与级别的对应关系表中获取该信道组对应的第一级别和第二级别。  Specifically, the terminal according to the determined range of values corresponding to the channel group, obtaining the first level and a second level corresponding to the channel from the set value range and level correspondence table has been stored.
 例如，根据确定该信道组对应的数值范围98至101个字节，从如表5所示的数值范围与级别的对应关系表中获取该信道组对应的第一级别5和第二级别2。  For example, the numerical range is determined according to channel group corresponding to 98 to 101 bytes, the first level of the acquired channel group corresponding to the numerical range such as from the level correspondence table as shown in Table 5 and second 5 level 2.
 进一步地，终端还可以将该信道组的标识填写在BSR控制元的信道组标识字段中。  Furthermore, the terminal can identify the channel group to fill in the channel group identification field in the BSR control element.
 例如，第一级别5的二进制为000101，终端将该信道组对应的第一级别000101填写在BSR控制元的缓存大小字段中以及将该信道组的标识10填写在BSR控制元的信道组标识字段中，得到的BSR控制元如表6所示。  For example, a first binary level is 5 000 101, the channel group corresponding to a terminal of a first buffer size level of 000101 to fill in the fields in the BSR control element and identifying the channel groups fill channel 10 BSR control element group identifier field, the BSR control element is obtained as shown in table 6.
 其中，第二级别2的二进制为10，终端将该信道组对应的第二级别10填写在BSR 子头的保留字段中，得到的BSR子头如表7所示。  wherein the second binary level 2 is 10, the second level of the terminal corresponding to the channel group 10 to fill in the reserved field BSR sub-header, the subheader BSR obtained as shown in Table 7.
 其中，BSR消息由如表7所示的BSR子头和如表6所示的BSR控制元组成，然后终端再将如表7和6组成的BSR消息发送给基站。  wherein, the message BSR BSR control element composition shown in FIG. 6, 7 and 6 and then the terminal BSR message to the base station as the composition of the BSR Table subheader as shown in Table 7 and such.
 其中，在本实施例中，将第二级别填写在BSR子头的保留字段中，保留字段占用两个比特，所以每个第一级别可以最多对应4个第二级别，因此每个第一级别可以最多对应4 个数值范围。  In the present embodiment, the second level of fill in the reserved field in the BSR sub-header, reserved field occupies two bits, so that each may correspond to a first level of a second level up to four, so that each The first level may correspond to up to four numerical ranges.
 具体地，基站接收BSR消息，从该BSR消息的BSR控制元中提取第一级别，以及从该BSR消息的BSR子头的保留字段中提取第二级别。  Specifically, the base station receives the BSR message, extracting from the first level BSR control element of the BSR message, the second level and extracting from the sub-header reserved field BSR in the BSR message.
 进一步地，基站还可以从该BSR消息的BSR控制元中提取信道组标识。  Furthermore, the base station control element may also be extracted from the channel group identification of the BSR BSR message.
 例如，基站从BSR消息的BSR控制元中提取第一级别5和信道组标识2，从该BSR 消息的BSR子头中提取第二级别2。  For example, BSR BSR message from the base station to extract a first level element 5 and the second control channel group ID, the sub-header is extracted from BSR BSR second level 2 message.
 具体地，基站根据提取的该信道组对应的第一级别和第二级别，从已存储的数值范围与级别的对应关系表中获取该信道组对应的数值范围。  Specifically, the base station, obtaining the numerical range corresponding to the channel group from a numerical range with channel level correspondence table stored in the channel based on the extracted set of corresponding first level and the second level.
 步骤307 ：基站将获取的数值范围的上限值确定为为该信道组分配的空口资源的大小，分配确定大小的空口资源。  Step 307: the upper limit of the numerical range of the acquired base station determines the size of the air interface resources allocated to the channel group is assigned to determine the size of the air interface resources.
 其中，基站分配确定大小的空口资源后，返回响应消息给终端，然后终端通过该信道组且利用分配的空口资源将该信道组对应的缓冲器中缓存的数据传输给基站。  wherein, after the base station allocates determined air interface resource size, and returns a response message to the terminal, then the terminal by corresponding to the channel group, and using the allocated air interface resource the channel set of buffers cached data to the base station. 当然，在实际应用中也可以对分配的空口资源大小进行灵活的调整，即可以将略小于或略大于所述上限值对应的资源量的值作为分配的大小，本实施例对此不做限制。 Of course, can be adjusted flexibly allocated air interface resource size in practical applications, i.e., may be slightly smaller or slightly larger than the value of the upper limit of the amount of resources as corresponding to the allocated size, the present embodiment does not limit.  例如，基站根据该信道组对应的第一级别5和第二级别2，从自身存在的如表5所示的数值范围与级别的对应关系表中获取对应的数值范围为98至101个字节，将获取的数值范围的上限值101作为为信道组标识2对应的信道组即为该信道组分配空口资源的大小。  For example, the base station 2 acquires the corresponding range of values from the numerical range such as level correspondence table shown in Table 5 according to present itself to the channel group corresponding to the first level and the second level is 5 98-101 bytes, the upper limit of the numerical range is acquired as a channel group 101 channel group identifier 2 corresponding to the size of the channel group is assigned air interface resources shall be.
 例如，终端包括四个信道组分别为第一信道组、第二信道组、第三信道组和第四信道组，终端需要利用四个信道组传输数据，并统计每个信道组对应的缓冲器中缓存的数据量，假设统计的第一信道组对应的缓冲器中缓存的数据量为100个字节、第二信道组对应的缓冲器中缓存的数据量为93个字节、第三信道组对应的缓冲器中缓存的数据量为95个字节、第四信道组对应的缓冲器中缓存的数据量为96个字节。  For example, the terminal includes four channel groups respectively, a first channel group, second channel, third channel and fourth channel groups, the terminal needs to use the four channels set of transmission data, and statistics for each channel group corresponding to the amount of data in the buffer cache, assuming the amount of data corresponding to a first set of statistics of the channel buffer cache is 100 bytes, the amount of buffered data in the buffer corresponding to a second channel group of 93 bytes, the amount of data in the buffer cache corresponding to the third signal channel group is 95 bytes, the amount of data for the fourth channel group corresponding to the cache buffer is 96 bytes.
 例如，确定出第一信道组对应的数据量100个字节所在数值范围为98至101个字节，确定出第二信道组对应的数据量93个字节所在数值范围为90至93个字节，确定出第三信道组对应的数据量95个字节所在数值范围为94至97个字节以及确定出第四信道组对应的数据量96个字节所在数值范围为94至97个字节。  For example, the numerical range determining an amount of data corresponding to a first channel group 100 Byte channel is 98 to 101 bytes, it is determined that the amount of data of the second channel group corresponding to the byte where the value range 93 to 90 93 bytes, it is determined that the numerical ranges corresponding to the amount of data channel group 95 byte third channel is 94 to 97 bytes of data and determining the amount of channel group corresponding to a fourth channel 96 byte values range from 94 to 97 bytes.
 其中，在本实施例中，终端和基站都存储如表5所示的数值范围与级别的对应关系表。  In the present embodiment, the terminal and the base station are stored as table values and the range of level correspondence table shown in FIG. 5. 另外，终端还发送长BSR消息给基站，而长BSR消息包括一个BSR子头，但BSR控制元包括多个缓存大小字段，所以长BSR消息的BSR子头中只能填写一个信道组的第二级别， 在本实施例中，可以根据预设的规则选择一个信道组，将选择的信道组的第二级别和第一级别填写在BSR子头和BSR控制元中，将其他未选择的信道组对应的第一级别填写在BSR 控制元中。 In addition, the terminal also sends a message to the base station long BSR, and the long BSR BSR message includes a sub-header, the BSR control element comprises a plurality of cache size field, so long BSR BSR sub-header of the message can only fill one channel of the second group level, in the present embodiment, can select a channel group according to a predetermined rule, the second level and the first level channel group will be chosen to fill the BSR sub-header and a BSR control element, the other channel group is not selected corresponding to the first level of fill in the BSR control element. 预设的规则可以为选择优先级最大的信道组。 Preset rule may select the maximum priority channel group.
 具体地，根据预设的规则选择一个信道组，根据选择的信道组对应的数值范围，从已存储的数值范围与级别的对应关系表中获取选择的信道组对应的第一级别和第二级别。  In particular, selecting a channel group according to a preset rule, obtaining a first level corresponding to the channel group selected from a numerical range with a level correspondence table stored in accordance with a numerical range channel group corresponding to the selected and second level.
 例如，假设第一信道组的优先级最大，根据预设的规则选择第一信道组，根据第一信道组对应的数值范围98至101个字节，从如表5所示的数值范围与级别的对应关系表中获取对应的第一级别5和第二级别2。  For example, assuming the maximum priority of the first channel group, selecting a first channel group according to a predetermined rule, according to the value range of the first channel group corresponding to 98 to 101 bytes, the values as shown in Table 5 level range correspondence table acquired in the corresponding first level and a second level 2 5.
 具体地，终端根据其他每个未选择的信道组对应的数值范围，从已存储的数值范围与级别的对应关系表中获取其他每个未选择的信道组对应的第一级别。  Specifically, the terminal according to the value range of each other unselected channel group corresponding to a first level for additional channel for each non-selected group from the numerical range corresponding to the level correspondence table has been stored.
 例如，其他未选择的每个信道组分别为第二信道组、第三信道组和第四信道组；终端根据第二信道组对应的数值范围90至93个字节、第三信道组对应的数值范围94至97 个字节以及第四信道组对应的数值范围94至97个字节，分别从如表5所示的数值范围与级别的对应关系表中获取第二信道组对应的第一级别为5、第三信道组对应的第一级别为5以及第四信道组对应的第一级别为5。  For example, the other non-selected group of each channel are a second channel, third channel and fourth channel groups; terminal according to a second range of values corresponding to the channel set 90 to 93 bytes, the third channel range of values corresponding to the group 94 to 97 bytes, and the numerical range corresponding to a fourth channel group from 94 to 97 bytes, are acquired from the second channel group corresponding to the numerical range such as level correspondence table as shown in table 5 5 is a first level, a first level corresponding to a third channel group 5 is a first level and a fourth channel group is corresponding to 5.
 其中，在本实施例中，事先约定BSR控制元中的第一个缓存大小字段、第二个缓存大小字段、第三个缓存大小字段以及第四缓存大小字段分别对应的信道组。  In the present embodiment, prior agreement BSR control element in a first buffer size field, a second group channel buffer size field, a third and a fourth buffer size field buffer size corresponding to each field.
 例如，事先约定BSR控制元中的第一个缓存大小字段、第二个缓存大小字段、第三个缓存大小字段以及第四缓存大小字段分别对应第一信道组、第二信道组、第三信道组和第四信道组。  For example, a pre-agreed BSR control element in a first buffer size field, the second field cache size, cache size of the third field and the fourth field buffer size correspond to the first channel group and second channel group, a third channel and a fourth channel group set.
 然后，将选择的第一信道组的第二级别2的二进制10填写在BSR子头的保留字段中，得到的BSR子头如表8所示。  Then, a second binary level of the first channel group 2 is selected to fill in the 10 sub-header reserved field in the BSR, the BSR to give the sub-header as shown in Table 8.
 其中，将第一信道对应的第一级别5填写在BSR控制元的第一个缓存大小字段中， 将第二信道对应的第一级别5填写在BSR控制元的第二个缓存大小字段中，将第三信道对应的第一级别5填写在BSR控制元的第三个缓存大小字段中，将第四信道对应的第一级别5填写在BSR控制元的第四个缓存大小字段中；其中，5的二进制为000101，得到的BSR控制元如表9所示。  wherein the first channel corresponding to a first level of fill in the 5 first buffer size field in the BSR control element, the second channel corresponding to a first level of fill in the BSR control element 5 of the second buffer size field, the third channel corresponding to a first level of fill in the BSR control element 5 of the third buffer size field, the fourth channel corresponding to a first level of fill in the BSR control element 5 in the fourth cache size field ; wherein the 5 to 000101 binary to obtain the BSR control element is shown in table 9.
 其中，BSR消息由如表8所示的BSR子头和如表9所示的BSR控制元组成，然后终端再将如表8和9组成的BSR消息发送给基站。  wherein, BSR message consists BSR control element 9 shown BSR subheader as shown in Table 8 and Table, and then the terminal transmits BSR message as shown in Table 8 and 9 consisting of the base station.
 步骤406 ：基站接收BSR消息，根据预设的规则确定一个信道组，从该BSR消息中提取确定的信道组对应的第一级别和第二级别，以及其他每个未确定的信道组对应的第一级别；[0121 ] 具体地，基站接收BSR消息，根据预设的规则确定一个信道组，从该BSR消息的BSR 控制元中提取确定的信道组和其他每个未确定的信道组对应的第一级别，以及从该BSR消息的BSR子头的保留字段中提取确定的信道组对应的第二级别。  Step 406: the base station receiving a BSR message, determining a channel group according to a preset rule, the extraction is determined from the BSR message channel group corresponding to a first level and the second level, and each of the other unidentified channel group corresponding to a first level;  specifically, the base station receives the BSR message, determining a channel group according to a preset rule, the BSR control element of the BSR message extracting determined channel group and each channel group other undetermined corresponding to the first level, and extracting from the determined sub-header reserved field BSR in the BSR message channel group corresponding to a second level.
 例如，预设的规则为选择优先级最大的信道组，基站根据预设的规则确定出优先级最大的第一信道组，则其他未确定的每个信道组分别为第二信道组、第三信道组和第四信道组，从BSR消息的BSR控制元中分别提取第一信道组、第二信道组、第三信道组和第四信道组对应的第一级别5，从该BSR消息的BSR子头的保留字段中提取第一信道组对应的第二级别2。  For example, the default rule for the largest selection priority channel group, the base station determines the maximum first priority channel group according to a preset rule, the other unidentified group of each channel of the second channel group are , third channel and fourth channel groups BSR BSR message from the control element respectively extracts a first channel group, second channel, third channel and fourth channel group corresponding to the first level 5, from the BSR second level sub-header reserved field BSR message extracting a first channel corresponding to the group 2.
 具体地，基站根据确定的信道组对应的第一级别和第二级别，从已存储的数值范围与级别的对应关系表中获取对应的数值范围，将获取的数值范围的上限值确定为为确定的信道组分配的空口资源的大小。  Specifically, the base station acquires from a range of values corresponding to the level value range correspondence table stored in the channel according to the determined group corresponding to the first level and a second level, the upper limit of the numerical range of the acquired It is determined to be a channel of air interface resources assigned to the group determined size.
 例如，基站根据第一信道组对应的第一级别5和第二级别2，从如表5所示的数值范围与级别的对应关系表中获取对应的数值范围为98至101个字节，将该数值范围的上限值101个字节确定为为第一信道组分配的空口资源的大小。  For example, the base station 2 acquires the corresponding range of values from the numerical range such as level correspondence table shown in Table 5 in accordance with the first and second level of the first level 5 channel group is corresponding to 98-101 characters section, the upper limit value range is determined as 101 bytes a first channel of air interface resources assigned to the group size.
 步骤408 ：基站根据提取的其他每个未确定的信道组对应的第一级别，获取其他每个未确定的信道组对应的数值范围，将其他每个未确定的信道组对应的数值范围的上限值确定为为其他每个未确定的信道组分配的空口资源的大小。  Step 408: The base station according to a first level of each of the other unidentified channel group corresponding to the extracted, obtaining the numerical range corresponding to the other channels of each group undetermined, the other channel group corresponding to each of the undetermined values upper limit of the size is determined as the air interface resources allocated for each of the other channel group is undetermined.
 具体地，基站根据提取的其他每个未确定的信道组的第一级别，从已存储的数值范围与第一级别的对应关系表中获取其他每个未确定的信道组对应的数值范围，将其他每个未确定的信道组对应的数值范围的上限值确定为为其他每个未确定的信道组分配的空口资源的大小。  Specifically, the base station acquires the other channel group corresponding to each of the undetermined values from the first numerical range and the level correspondence table stored according to the first level of the other channel group for each extracted undetermined range, the upper limit of the range of other values corresponding to each channel group is determined undetermined size air interface resources allocated for each of the other channel group is undetermined.
 其中，在本实施例中，在基站中还事先存储如表10所示的数值范围与第一级别的对应关系表。  wherein, in the embodiment, the base station is also stored in advance value ranges as shown in Table 10 and the first level correspondence table in the present embodiment.
 例如，根据第二信道组的第一级别5、第三信道组的第一级别5和第四信道组的第一级别5，从如表10所示的数值范围与第一级别的对应关系表中分别获取第二信道组对应的数值范围90至105个字节，第三信道组对应的数值范围为90至105个字节以及第四信道组对应的数值范围为90至105个字节，将105个字节分别确定为为第二信道组、第三信道组和第四信道组分配空口资源的大小。  For example, a first level of a second set of channels 5, a first level of a third channel group 5 first level 5 and a fourth channel group from the numerical range shown in Table 10 and the first level a correspondence table acquisition ranges of values respectively corresponding to the second signal channel group from 90 to 105 bytes, the numerical range of the third channel group is corresponding to 90 to 105 bytes, and the numerical range corresponding to a fourth channel group is from 90 to 105 byte, 105 byte are determined as a second channel, third channel and fourth channel groups air interface resource allocation size.  步骤409 ：基站根据为确定的信道组分配的空口资源的大小，为确定的信道组分配空口资源，根据为其他每个未确定的信道分配的空口资源的大小，为其他每个未确定的信道组分配空口资源。  Step 409: The base station according to the size of the air interface resources of a channel group assignment determined, the channel group is assigned air interface resources determined according to the size of the air interface resources allocated for each of the other unidentified channel, not to each of the other determining a channel set allocated air interface resource.
 例如，根据为第一信道组分配的空口资源的大小101个字节，为第一信道组分配101个字节的空口资源；根据第二信道组分配的空口资源的大小105个字节，为第二信道组分配105个字节的空口资源；根据第三信道组分配的空口资源的大小105个字节，为第三信道组分配105个字节的空口资源；根据第四信道组分配的空口资源的大小105个字节，为第四信道组分配105个字节的空口资源。  For example, according to the size of 101 bytes air interface resource of the first channel group assigned, the assigned 101 bytes of air interface resource of the first channel group; according to the size of the air interface resources of the second channel group assigned to 105 word section allocated 105 bytes of air interface resources for the second channel group; according to the size of 105 bytes of the third channel group is assigned air interface resources allocated 105 bytes of air interface resources for the third channel group; the fourth channel group size 105 bytes allocated air interface resource is assigned 105 bytes of air interface resources fourth channel group.
 发送模块503，用于发送该BSR消息给基站，请求基站分配空口资源。  The sending module 503, configured to send the BSR message to the base station, the base station requesting allocation of air interface resources.
 其中，第一获取模块504，具体用于根据该缓冲器中缓存的数据量，通过查询数值范围与级别的对应关系表来获取该信道组对应的第一级别和第二级别。  wherein the first acquiring module 504, particularly for the amount of data buffered in the buffer, to obtain a first level and a second level corresponding to the channel set by the level value range correspondence table queries.
 第二填写单元，用于将获取的第二级别填写在该BSR消息的BSR子头的保留字段中。  Fill a second means for obtaining a second level of fill in the reserved field of the sub-header BSR BSR message.
 选择模块，用于如果该BSR消息为长BSR消息，则根据预设的规则从多个信道组中选择一个信道组。  selection module for, if the message is a long BSR BSR message, selecting a channel group from a plurality of channel group according to a preset rule.
 第二填写模块，用于根据多个信道组中另一未选择的信道组对应的缓冲器中缓存的另一数据量，获取另一未选择的信道组对应的另一第一级别，另一第一级别用于指示另一数据量所在的数值范围，将另一第一级别填写在该BSR消息的BSR控制元中。  Fill a second module, according to a further amount of data channel group corresponding to another plurality of channel groups selected buffer is not cached, obtaining a further channel group corresponding to the other non-selected first level , another first-level value range for the amount of data further indicates where the another first level of fill in the BSR control element of the BSR message.
 分配模块603，用于为该信道组分配获取大小的空口资源。  allocation module 603, a channel group assignment for acquiring the size of the air interface resources.
 第二确定单元，用于根据获取的数值范围的上限值，确定为该信道组分配的空口资源的大小。  The second determination unit configured to obtain the upper limit of the numerical range, to determine the size of the air interface resources for the channel group assignment.
 第二提取模块，用于从该BSR消息的控制元中提取另一未确定的信道组对应的另一第一级别，另一第一级别用于指示另一数据量所在的数值范围，根据另一第一级别，为另一未确定的信道组分配空口资源。  second extraction means for extracting another set of channels corresponding to the first level to another unidentified message from the control element of the BSR, the another first level for indicating the amount of data located in another range of values the first level to another, the air interface resource allocation to another set of channels not determined.
 终端701，用于当根据信道组对应的缓冲器中缓存的数据量获取该信道组对应的第一级别和第二级别；将获取的第一级别填写在BSR消息的BSR控制元中以及将获取的第二级别填写在BSR消息的BSR子头中；发送BSR消息给基站，且第二级别为第一级别的子级另IJ，其中，第一级别用于指示一段数值范围，第二级别用于在第一级别指示的一段数值范围内进一步指示该缓冲器中缓存的数据量所在的数值范围； 基站702，用于接收该BSR消息，分别从该BSR消息的BSR子头和BSR控制元中提取该信道组对应的第一级别和第二级别；根据提取的第一级别和第二级别，获取为该信道组分配的空口资源的大小；为该信道组分配获取大小的空口资源。  terminal 701, when obtaining a first level and a second level corresponding to the channel set according to the amount of data corresponding to the channel group of the buffers in cache; first fill level acquired in the BSR BSR control element in the message and a second fill level acquired in the BSR BSR message subheader; BSR message transmitted to the base station, and the second level is a child of another IJ first level, wherein the first period of a numerical range for indicating the level of the first two level further indicates a numerical range for the amount of data in the buffer cache resides within a range of values in a first class indication;  base station 702, for receiving the BSR message, respectively, from the sub-BSR BSR message BSR control element head and extracting a first level and a second level corresponding to the channel set; based on the extracted first level and a second level, obtaining the size of the air interface resources assigned to the channel groups; obtain the size of the group is assigned to the channel air interface resources.
 以上实施例提供的技术方案中的全部或部分内容可以通过软件编程实现，其软件程序存储在可读取的存储介质中，存储介质例如：计算机中的硬盘、光盘或软盘。  All of the above technical solutions provided in the embodiments, or part may be implemented by software programming, in the storage medium may be readable, for example, a storage medium storing a software program which: a computer hard disk, optical disk or floppy disk.
1. 一种分配空口资源的方法，其特征在于，所述方法包括：根据信道组对应的缓冲器中缓存的数据量获取所述信道组对应的第一级别和第二级另IJ，所述第一级别用于指示一段数值范围，所述第二级别用于在所述一段数值范围内进一步指示所述数据量所在的数值范围；将所述第一级别填写在缓冲器状态报告BSR消息的BSR控制元中以及将所述第二级别填写在所述BSR消息的BSR子头中；发送所述BSR消息给基站，请求所述基站分配空口资源。 1. A method for allocating resources of an air interface, wherein the method comprises: obtaining channel group corresponding to the first level and second level according to the amount of another IJ data channel group corresponding to the cache buffer, the a first section for indicating the level of a numerical range, the second level for a period within the range of values indicates that the value range of the further amount data is located; the fill level of said first buffer status report BSR message of BSR control element in the second level, and fill in the sub-header of the BSR BSR message; transmitting the BSR message to the base station requesting allocation of air interface resources of the base station.
2.如权利要求1所述的方法，其特征在于，所述根据所述缓冲器中缓存的数据量获取所述信道组对应的第一级别和第二级别，包括：根据所述缓冲器中缓存的数据量，通过查询数值范围与级别的对应关系表来获取所述信道组对应的第一级别和第二级别。 2. The method according to claim 1, wherein the obtaining the first level and a second level corresponding to the channel set according to the amount of data in the buffer cache, comprising: a buffer in accordance with the the amount of data cache, to obtain a first level and a second level corresponding to the channel set by the level value range correspondence table queries.
3.如权利要求1所述的方法，其特征在于，将所述第一级别填写在缓冲器状态报告BSR 消息的BSR控制元中以及将所述第二级别填写在所述BSR消息的BSR子头中，包括：将所述第一级别填写在所述BSR消息的BSR控制元的缓存大小字段中，以及将所述第二级别填写在所述BSR消息的BSR子头的保留字段中。 3. The method according to claim 1, characterized in that the fill level of the first report of the buffer status message BSR BSR control element in the second level, and fill in the subset of the BSR BSR message head, comprising: a first level to fill the buffer size field in the BSR control element of the BSR message, the fill level and the second sub-header in the reserved field of the BSR BSR message.
4.如权利要求1至3中任一项所述的方法，其特征在于，所述BSR消息为长BSR消息； 在所述根据信道组对应的缓冲器中缓存的数据量获取所述信道组对应的第一级别和第二级别之前，所述方法还包括：根据预设的规则从多个信道组中选择所述信道组；在所述发送所述BSR消息给基站，请求所述基站分配空口资源之前，所述方法还包括： 根据所述多个信道组中另一未选择的信道组对应的缓冲器中缓存的另一数据量，获取所述另一未选择的信道组对应的另一第一级别，所述另一第一级别用于指示所述另一数据量所在的数值范围，将所述另一第一级别填写在所述BSR消息的BSR控制元中。 4. The method of 1 to 3 of any one of the preceding claims, wherein the BSR is a long BSR message message; obtained according to the amount of data channel group corresponding to the cache buffer in the channel group before the corresponding first level and a second level, said method further comprising: selecting the channel set from a plurality of channel group according to a preset rule; in the transmission of the BSR to the eNB, requesting the allocation of the base station before the air interface resource, the method further comprising: the further the amount of data channel group corresponding to the plurality of channel groups in the other non-selected buffer cache acquires the other non-selected channel group corresponding to the other a first level, the first level for another range of values indicative of the amount of said further data is located, the other of said first level of fill in the BSR control element of the BSR message.
5. 一种分配空口资源的方法，其特征在于，所述方法包括：接收缓冲器状态报告BSR消息，分别从所述BSR消息的BSR控制元和BSR子头中提取信道组对应的第一级别和第二级别，所述第一级别用于指示一段数值范围，所述第二级别用于在所述一段数值范围内进一步指示更具体的数值范围；根据所述第一级别和所述第二级别，获取为所述信道组分配的空口资源的大小； 为所述信道组分配所述大小的空口资源。 A method of allocating air interface resources, wherein, the method comprising: receiving a buffer status report BSR message, respectively BSR control element and a first level sub-header is extracted from channel group corresponding to the BSR BSR message and a second level, said first level indicating a period of a numerical range for a second level for further indicate more specific numerical ranges within said period numerical range; according to the first level and the second level, obtaining the size of the air interface resources assigned to the group of channels; channel group is assigned to the size of the air interface resources.
6.如权利要求5所述的方法，其特征在于，所述分别从所述BSR消息的BSR控制元和BSR子头中提取信道组对应的第一级别和第二级别，包括：从所述BSR消息的BSR控制元的缓存大小字段中提取所述信道组对应的第一级别； 从所述BSR消息的BSR子头的保留字段中提取所述信道组对应的第二级别。 6. The method according to claim 5, wherein each said sub-header BSR control element, and extracting a first level and a second level corresponding to the group channel from the BSR BSR message, comprising: from the BSR BSR message buffer size field control element extracting a first set corresponding to the level of the channel; extracting a second level of the channel corresponding to the group from the sub-header reserved field BSR in the BSR message.
7.如权利要求5所述的方法，其特征在于，所述根据所述第一级别和第二级别，获取为所述信道组分配的空口资源的大小，包括：根据所述第一级别和第二级别，通过查询数值范围与级别的对应关系表，获取所述更具体的数值范围；将所述更具体的数值范围作为所述信道组对应的数据量所在的数值范围；根据所述数据量所在的数值范围的上限值，确定为所述信道组分配的空口资源的大小。 7. The method according to claim 5, wherein said level according to the first and second level, obtaining the size of the air interface resource allocation channel groups, comprising: based on the first level and second level, numerical range query level correspondence table, obtain the numerical ranges and more particularly; more specifically, the value range as the numerical ranges of data channel group corresponding to the amount of the channel is located; according to the data the upper limit of the numerical range where the amount is determined as the size of the air interface resources assigned to the group of channels.
8.如权利要求5至7中任一项所述的方法，其特征在于，所述BSR消息为长BSR消息； 在所述分别从所述BSR消息的BSR子头和BSR控制元中提取信道组对应的第一级别和第二级别之前，所述方法还包括：如果所述BSR消息的控制元中填写多个信道组的第一级别，则根据预设的规则确定所述信道组；所述方法还包括：从所述BSR消息的控制元中提取另一未确定的信道组对应的另一第一级别，所述另一第一级别用于指示所述另一数据量所在的数值范围，根据所述另一第一级别，为所述另一未确定的信道组分配空口资源。 8. The method of any one of 5 to 7 claim, wherein the BSR is a long BSR message message; respectively, from the sub-header of the BSR BSR BSR message and extracts the channel control element before the first group and a second level corresponding to the level, the method further comprising: controlling the BSR message element if the fill level of a first plurality of channel groups, the channel group is determined according to a preset rule; the said method further comprising: extracting a further channel group corresponding to a first level from the other undetermined control element of the BSR message, the first level for another range of values indicative of the amount of data located further the first level of the other, the air interface resources allocated to the other channel group is undetermined.
9. 一种终端，其特征在于，所述终端包括：第一获取模块，用于根据信道组对应的缓冲器中缓存的数据量获取所述信道组对应的第一级别和第二级别，所述第一级别用于指示一段数值范围，所述第二级别用于在所述一段数值范围内进一步指示所述数据量所在的数值范围；第一填写模块，用于将所述第一级别填写在缓冲器状态报告BSR消息的BSR控制元中以及将所述第二级别填写在所述BSR消息的BSR子头中；发送模块，用于发送所述BSR消息给基站，请求所述基站分配空口资源。 A terminal, characterized in that, said terminal comprising: a first acquiring module, for acquiring the group of channels corresponding to the first level and second level according to the amount of data channel group corresponding to the cache buffer, the is used to indicate some level of said first numerical range, said second level for a period within the range of values indicates that the value range of the further amount data is located; fill a first module, configured to fill the first level report BSR BSR buffer status message to the control element and the second fill level in the sub-header of the BSR BSR message; transmitting means for transmitting the BSR message to the base station, the base station requesting allocation of an air interface resources.
10.如权利要求9所述的终端，其特征在于，所述第一获取模块，具体用于根据所述缓冲器中缓存的数据量，通过查询数值范围与级别的对应关系表来获取所述信道组对应的第一级别和第二级别。 10. The terminal according to claim 9, wherein said first acquiring module, particularly for the amount of data buffered in the buffer, acquired by the numerical range of the level correspondence table to the query a first channel group and a second level corresponding to the level.
11.如权利要求9所述的终端，其特征在于，所述第一填写模块包括：第一填写单元，用于将所述第一级别填写在所述BSR消息的BSR控制元的缓存大小字段中；第二填写单元，用于将所述第二级别填写在所述BSR消息的BSR子头的保留字段中。 11. The terminal according to claim 9, characterized in that said first fill module comprising: a first unit to fill, the fill in the first level cache for the BSR message size field BSR control element ; and a second fill unit for the second level of fill in the sub-header reserved field BSR in the BSR message.
12.如权利要求9所述的终端，其特征在于，所述终端还包括：选择模块，用于如果所述BSR消息为长BSR消息，则根据预设的规则从多个信道组中选择所述信道组；所述终端还包括：第二填写模块，用于根据所述多个信道组中另一未选择的信道组对应的缓冲器中缓存的另一数据量，获取所述另一未选择的信道组对应的另一第一级别，所述另一第一级别用于指示所述另一数据量所在的数值范围，将所述另一第一级别填写在所述BSR消息的BSR 控制元中。 12. The terminal according to claim 9, wherein said terminal further comprising: a selection module for, if the message is a long BSR BSR message, selecting from a plurality of channel group according to a preset rule said channel groups; the terminal further comprises: a second fill module, according to a further amount of data channel groups corresponding to the plurality of channel groups other unselected buffer cache, the other is not acquired another channel group corresponding to a first selected level, the first level for another range of values indicative of the amount of data to another location, the fill level of said another first BSR in the BSR control message cell.
13. —种基站，其特征在于，所述基站包括：第一提取模块，用于接收缓冲器状态报告BSR消息，分别从所述BSR消息的BSR子头和BSR控制元中提取信道组对应的第一级别和第二级别，所述第一级别用于指示一段数值范围，所述第二级别用于在所述一段数值范围内进一步指示更具体的数值范围；第二获取模块，用于根据所述第一级别和所述第二级别，获取为所述信道组分配的空口资源的大小；分配模块，用于为所述信道组分配所述大小的空口资源。 13. - kind of a base station, wherein, said base station comprising: a first extraction module for receiving a buffer status report BSR message, respectively, from the sub-header of the BSR BSR BSR message and extracts the channel control element corresponding to the group a first level and a second level, said first level indicating a period of a numerical range for a second level for further indicate more specific numerical ranges within said period numerical range; second obtaining module, according to the first level and the second level, obtaining the size of the air interface resource allocation channel group; allocation module, used to set the channel of the air interface resource allocation size.
14.如权利要求13所述的基站，其特征在于，所述第一提取模块包括： 接收单元，用于接收BSR消息；第一提取单元，用于从所述BSR消息的BSR控制元的缓存大小字段中提取所述信道组对应的第一级别；第二提取单元，用于从所述BSR消息的BSR子头的保留字段中提取所述信道组对应的第二级别。 14. The base station according to claim 13, wherein said first extraction module comprising: a receiving unit for receiving a BSR message; a first extracting unit, the buffer control element for the BSR BSR message from the size field extracting a first level corresponding to the channel group; a second extraction unit for extracting a second level corresponding to the group of channels reserved field from the sub-header BSR BSR message.
15.如权利要求13所述的基站，其特征在于，所述第二获取模块包括：第二获取单元，用于根据所述第一级别和第二级别，通过查询数值范围与级别的对应关系表，获取所述更具体的数值范围；将所述更具体的数值范围作为所述信道组对应的数据量所在的数值范围；第二确定单元，用于根据所述数据量所在的数值范围的上限值，确定为所述信道组分配的空口资源的大小。 15. The base station according to claim 13, wherein the second acquiring module comprises: a second obtaining unit, according to the first level and the second level, by querying the corresponding relationship between the value of the level range table, more particularly obtaining the numerical range; more specifically, the numerical ranges of the channel as a set of numbers corresponding to the range where the amount of data; a second determining unit, according to the numerical range of the amount of data located upper limit value, determining the size of the air interface resource allocation channel group.
16.如权利要求5所述的基站，其特征在于，所述BSR消息为长BSR消息； 所述基站还包括：确定模块，用于如果所述BSR消息的控制元中填写多个信道组的第一级别，则根据预设的规则确定出具有第一级别和第二级别的所述信道组； 所述基站还包括：第二提取模块，用于从所述BSR消息的控制元中提取另一未确定的信道组对应的另一第一级别，所述另一第一级别用于指示所述另一数据量所在的数值范围，根据所述另一未确定的信道组对应的第一级别，为所述另一未确定的信道组分配空口资源。 16. The base station according to claim 5, wherein the BSR is a long BSR message message; the base station further comprising: a determining module, for controlling the BSR message element if fill the plurality of channel groups the first level is determined according to a preset rule out the group of channels having a first level and a second level; the base station further comprises: a second extraction module for extracting from the other control element of the BSR message another channel group corresponding to a first undetermined level, the first level for another range of values indicative of the amount of said further data is located, according to a first channel corresponding to the level of the other set of undetermined , air interface resources assigned to the other channel group is undetermined.