CN101227230A - Method and apparatus for collocating special time slot in special sub frame of LTE TDD system - Google Patents

Method and apparatus for collocating special time slot in special sub frame of LTE TDD system Download PDF

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Publication number
CN101227230A
CN101227230A CNA2008100023402A CN200810002340A CN101227230A CN 101227230 A CN101227230 A CN 101227230A CN A2008100023402 A CNA2008100023402 A CN A2008100023402A CN 200810002340 A CN200810002340 A CN 200810002340A CN 101227230 A CN101227230 A CN 101227230A
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subclass
short
uppts
constitute
length
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CN101227230B (en
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郝鹏
夏树强
戴博
梁春丽
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ZTE Corp
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ZTE Corp
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Abstract

The invention provides a method and a device for preparing a special time slot in a special sub frame of an LTE TDD system, the special time slot comprises DwPTS, GP and UpPTS. The preparation comprises following steps: ascertaining the length of the UpPTS which takes the symbolic number as a unit, ascertaining the length of the GP which takes the symbolic number as the unit according to the length of the UpPTS, and ascertaining the length of the DwPTS which takes the symbolic number as the unit according to the length of the UpPTS and the length of the GP. The invention enables the LTE system to effectively coexist in adjacent frequency with a TD-SCDMA system and a TD-SCDMA system and can simplify the design complexity of the special time slot of the LTE system.

Description

The compound method and the device of special time slot in the special subframe of LTE TDD system
Technical field
The present invention relates to the communications field, the compound method and the device of special time slot in the special subframe of a kind of LTE TDD system.
Background technology
The frame structure of LTE (Long Term Evolution, Long Term Evolution) system TDD (Time DivisionDuplex, time division duplex) pattern, as shown in Figure 1.In this frame structure, the radio frames of a 10ms is divided into two fields, and it is 0.5ms time slot (numbering from 0 to 9) that each field is divided into 10 length, and two time slots are formed the subframe that length is 1ms, comprises 5 subframes (numbering from 0 to 4) in the field.For length is the short CP (Cyclic Prefix, Cyclic Prefix) of 5.21us and 4.69us, the symbol that it is 66.7us that time slot comprises 7 length, and wherein first symbol CP length is 5.21us, the CP length of all the other 6 symbols is 4.69us; For length is the long CP of 16.67us, and a time slot comprises 6 symbols.In addition, in this frame structure, the preparation characteristics of subframe are:
Subframe 0 is fixed for descending;
Subframe 1 (hereinafter referred to as special subframe) comprises 3 special time slots; be respectively DwPTS (Downlink Pilot Time Slot; descending pilot frequency time slot), GP (Guard Period, protection period) and UpPTS (Uplink Pilot Time Slot, uplink pilot time slot).Wherein,
↑ DwPTS is used for descending, and a minimum symbol is used to transmit primary synchronization channel P-SCH (Primary-Synchronization Channel, primary synchronization channel), and when DwPTS comprised a plurality of symbol, P-SCH was placed on (as shown in Figure 1) on first symbol;
↑ GP is a guard time, does not transmit any data;
↑ UpPTS is used for up, can be used to transmit RACH (Random AccessChannel, Random Access Channel), data, signals such as sounding (detection) pilot tone.
Preceding n subframe of subframe 1 back is used for uplink (1≤n≤3), and a back 3-n subframe is used for downlink transfer.
The preparation of another field can be identical with previous field, can be descending sub frame entirely also, transmitting downlink data.
In realizing process of the present invention, the inventor finds that there are the following problems at least in the prior art.
When considering the coexistence of LTE TDD system and TD-SCDMA system (frame structure as shown in Figure 2) and TD-CDMA system (frame structure as shown in Figure 3), if the preparation of the time span of three special time slots (DwPTS, GP and UpPTS) is improper, can cause LTE system and TD-SCDMA and TD-CDMA system can't realize effective adjacent frequency coexistence.
Summary of the invention
The present invention aims to provide the compound method of special time slot in the special subframe of a kind of LTE TDD system, can solve the problem that prior art special time slot improper LTE system that causes of preparation and TD-SCDMA and TD-CDMA system can't realize effective adjacent frequency coexistence.
In an embodiment of the present invention, provide the compound method of special time slot in the special subframe of a kind of LTE TDD system, special time slot comprises DwPTS, GP and UpPTS, may further comprise the steps: what determine UpPTS is the length of unit with the symbolic number; Determine that according to the length of UpPTS GP's is the length of unit with the symbolic number; And determine that according to the length of UpPTS and the length of GP DwPTS's is the length of unit with the symbolic number.
In an embodiment of the present invention, also provide the device for formulating of special time slot in the special subframe of a kind of LTE TDD system, special time slot comprises DwPTS, GP and UpPTS, comprising: the UpPTS module is used for determining that UpPTS's is the length of unit with the symbolic number; The GP module is used for determining that according to the length of UpPTS GP's is the length of unit with the symbolic number; And the DwPTS module, be used for determining that according to the length of UpPTS and the length of GP DwPTS's is the length of unit with the symbolic number.
Compound method of the above embodiment of the present invention and device provide the preparation program to special time slot, so overcome the problem that prior art special time slot improper LTE system that causes of preparation and TD-SCDMA and TD-CDMA system can't realize effective adjacent frequency coexistence, and then reached the LTE system and can realize effective adjacent frequency coexistence, and can simplify the effect of the design complexities of LTE system special time slot with TD-SCDMA and TD-CDMA system.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present invention, constitutes the application's a part, and illustrative examples of the present invention and explanation thereof are used to explain the present invention, do not constitute improper qualification of the present invention.In the accompanying drawings:
Fig. 1 shows the frame structure of LTE TDD system;
Fig. 2 shows the frame structure of TD-SCDMA system;
Fig. 3 shows the frame structure of TD-CDMA system;
Fig. 4 shows the flow chart according to the compound method of the embodiment of the invention; And
Fig. 5 shows the block diagram according to the device for formulating of the embodiment of the invention.
Embodiment
Below with reference to the accompanying drawings and in conjunction with the embodiments, describe the present invention in detail.
Fig. 4 shows the flow chart according to the compound method of the embodiment of the invention.This compound method is used to dispose special subframe interior three special time slot DwPTS, GP and UpPTS, may further comprise the steps:
Step S10, what determine UpPTS is the length of unit with the symbolic number;
Step S20 determines that according to the length of UpPTS GP's is the length of unit with the symbolic number; And
Step S30 determines that according to the length of UpPTS and the length of GP DwPTS's is the length of unit with the symbolic number.
Preferably, step S10 specifically comprises: the lengths sets that obtains a UpPTS from following lengths sets:
When 1) symbol was for weak point CP, lengths sets comprised:
{2、6、11}；
{1、6、11}；
{1、2、6、11}；
{2、6、7、11}；
{1、6、7、11}；
{1、2、6、7、11}；
{0、2、6、11}；
{0、1、6、11}；
{0、2、6、7、11}；
{0、1、6、7、11}；
{0、1、2、6、11}；
{0、1、2、6、7、11}；
{0、6、11}；
{0、6、7、11}；
{0、1、2、6}；
{2}；
{2、6}；
{1}；
{1、2、6}；
{1、6}；
{6}；
{0、2、6}；
{0、6}；
{0、1、6}；
0,2}; Or
{0、1}；
When 2) symbol was for long CP, lengths sets comprised:
{1、5、9}；
{1、5、6、9}；
{0、1、5、9}；
{0、1、5、6、9}；
{0、5、9}；
{0、5、6、9}；
{0、1、5}；
{1}；
{5}；
{1、5}；
0,1}; Or
{0、5}。
Preferably, step S20 specifically comprises:
When 1) symbol is for weak point CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{13}；
{12}；
{11}；
{10}；
{10、11}；
10,12}; Or
{10、13}；
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{12}；
{11}；
{10}；
10,11}; Or
{10、12}；
C) length of UpPTSd is 2 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{ 9}; Or
{6、8}；
Long GP subclass comprises:
{11}；
{ 10}; Or
{10、11}；
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises
{ 6}; Or
{7}；
E) length of UpPTS is 7 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
{3、5}；
{1}；
{ 2}; Or
{3}；
Middle GP subclass comprises:
{6}；
F) length of UpPTS is 11 o'clock, selects a subclass to constitute the lengths sets of a GP from short GP subclass, and wherein, short GP subclass comprises:
{2}；
When 2) symbol is for long CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{11}；
{ 10}; Or
{10、11}；
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{10}；
C) length of UpPTS is 5 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4}；
{2、3、4}；
{1、2、3}；
{1、2}；
{2、3}；
{1}；
{ 2}; Or
{3}；
Middle GP subclass comprises:
{5}；
E) length of UpPTS is 9 o'clock, selects a subclass to constitute the lengths sets of a GP from short GP subclass, and wherein, short GP subclass comprises:
{2}。
Preferably, step S30 specifically comprises:
When 1) symbol is for weak point CP,
DwPTS+GP+UpPTS＝14 (1)
When 2) symbol is for long CP,
DwPTS+GP+UpPTS＝12 (2)
Special subframe preparation program according to the foregoing description is determined can make LTE system and TD-SCDMA and TD-CDMA system realize effective adjacent frequency coexistence, and can simplify the design complexities of LTE system special time slot.
Annotate: in the following embodiments, HCR (High Chip Rate) is TD-CDMA; LCR (Low Chip Rate) is TD-SCDMA; M: n represents the ratio of descending time slot and ascending time slot number; Normal representative not with the scene of other coexistence of systems; All representatives are suitable for all coexistence scenes; The unit of length is symbolic number
Embodiment one
● for short CP
■ UpPTS length is 0,1,6,11;
The length of ■ GP is
During UpPTS=0, GP=1,2,3,5,10,13;
Figure S2008100023402D00182
During UpPTS=1, GP=2,3,4,8;
Figure S2008100023402D00183
During UpPTS=6, GP=2,3,4,5,7;
Figure S2008100023402D00184
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special subframe of as above select forming shown in table 1a
Table 1a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 2 1 LCR 4∶3 normal
1 10 3
2 9 4 LCR 4∶3， HCR 13∶2，10∶5
3 5 8
4 6 2 6 LCR 5∶2，2∶5
5 5 3
6 4 4 LCR 5∶2，2∶5 HCR 11∶4
7 3 5
8 1 7 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 11 LCR 3∶4
10 13 1 0 HCR 12∶3
11 12 2
12 11 3
13 9 5
14 4 10
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00191
During UpPTS=0, GP=1,2,3,5,9,11;
Figure S2008100023402D00192
During UpPTS=1, GP=2,3,4,5;
Figure S2008100023402D00193
During UpPTS=5, GP=2,3,4,5,6;
Figure S2008100023402D00194
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 1b
Table 1b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 6 5
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4
7 2 5
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 7 5
14 3 9
15 1 11 all
Embodiment two
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
During UpPTS=0, GP=1,2,3,6,10,13;
During UpPTS=2, GP=2,3,4,5;
Figure S2008100023402D00203
During UpPTS=6, GP=2,3,4,5,7;
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 2a
Table 2a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 10 2 2 LCR 4∶3 normal
1 9 3 LCR 4∶3， HCR 13∶2，10∶5
2 8 4
3 7 5
4 6 2 6 LCR 5∶2，2∶5
5 5 3
6 4 4 LCR 5∶2，2∶5 HCR 11∶4
7 3 5
8 1 7 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 11 LCR 3∶4
10 13 1 0 HCR 12∶3
11 12 2
12 11 3
13 8 6
14 4 10
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
During UpPTS=0, GP=1,2,3,5,9,11;
During UpPTS=1, GP=2,3,4,5;
Figure S2008100023402D00213
During UpPTS=5, GP=2,3,4,5,6;
Figure S2008100023402D00214
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 2b
Table 2b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 6 5
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4
7 2 5
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 7 5
14 3 9
15 1 11 all
Embodiment three
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00221
During UpPTS=0, GP=1,2,3,4,5,8,13;
Figure S2008100023402D00222
During UpPTS=2, GP=1,2,3,6,11;
Figure S2008100023402D00223
During UpPTS=6, GP=2,7;
Figure S2008100023402D00224
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 3a
Table 3a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 6 6
4 1 11 LCR 4∶3，3∶4 HCR 13∶2，10∶5， 11∶4
5 6 2 6 LCR 5∶2，2∶5
6 1 7 LCR 3∶4，5∶2，2∶5 HCR11∶4
7 1 2 11 LCR 3∶4
8 13 1 0 HCR 12∶3
9 12 2
10 11 3
11 10 4
12 9 5
13 6 8
14 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00231
During UpPTS=0, GP=1,2,3,4,5,8,11;
Figure S2008100023402D00232
During UpPTS=1, GP=2,3,4,10;
Figure S2008100023402D00233
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00234
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 3b
Table 3b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 1 10 LCR 4∶3，3∶4 HCR 13∶2，10∶5，11∶4
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4
7 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
8 1 2 9 LCR 3∶4
9 11 1 0 HCR 12∶3
10 10 2
11 9 3
12 8 4
13 7 5
14 4 8
15 1 11 all
Embodiment four
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00241
During UpPTS=0, GP=1,2,3,4,5,6,8,13;
Figure S2008100023402D00242
During UpPTS=2, GP=1,2,3,11;
Figure S2008100023402D00243
During UpPTS=6, GP=2,7;
Figure S2008100023402D00244
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 4a
Table 4a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 1 11 LCR 4∶3，3∶4 HCR 13∶2，10∶5
4 6 2 6 LCR 5∶2，2∶5
5 1 7 LCR 3∶4，5∶2，2∶5 HCR 11∶4
6 1 2 11 LCR 3∶4
7 13 1 0 HCR 12∶3
8 12 2
9 11 3
10 10 4
11 9 5 LCR 4∶3 HCR 12∶3
12 8 6
13 6 8
14 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00251
During UpPTS=0, GP=1,2,3,4,5,7,11;
Figure S2008100023402D00252
During UpPTS=1, GP=2,3,4,10;
Figure S2008100023402D00253
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00254
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 4b
Table 4b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 1 10 LCR 4∶3，3∶4 HCR 13∶2，10∶5，11∶4
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4 LCR 3∶4，5∶2，2∶5
7 1 6 HCR 11∶4
8 1 2 9 LCR 3∶4
9 11 1 0 HCR 12∶3
10 10 2
11 9 3
12 8 4
13 7 5
14 5 7
15 1 11 all
Embodiment five
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00261
During UpPTS=0, GP=1,2,3,4,5,6,8,13;
Figure S2008100023402D00262
During UpPTS=2, GP=1,2,3,11;
Figure S2008100023402D00263
During UpPTS=6, GP=2,3,7;
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 5a
Table 5a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 1 11 LCR 4∶3，3∶4 HCR 13∶2，10∶5
4 6 2 6 LCR 5∶2，2∶5
5 5 3
6 1 7 LCR 3∶4，5∶2，2∶5 HCR 11∶4
7 1 2 11 LCR 3∶4
8 13 1 0 HCR 12∶3
9 12 2
10 11 3
11 10 4
12 9 5 LCR 4∶3 HCR 12∶3
13 8 6
14 6 8
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00271
During UpPTS=0, GP=1,2,3,4,5,9,11;
Figure S2008100023402D00272
During UpPTS=1, GP=2,3,4,10;
Figure S2008100023402D00273
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00274
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 5b
Table 5b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 1 10 LCR 4∶3，3∶4 HCR 13∶2，10∶5，11∶4
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4 LCR 3∶4，5∶2，2∶5
7 1 6 HCR 11∶4
8 1 2 9 LCR 3∶4
9 11 1 0 HCR 12∶3
10 10 2
11 9 3
12 8 4
13 7 5
14 3 9
15 1 11 all
Embodiment six
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
During UpPTS=0, GP=1,2,3,4,5,8,13;
Figure S2008100023402D00282
During UpPTS=2, GP=1,2,3,11;
Figure S2008100023402D00283
During UpPTS=6, GP=2,3,4,7;
Figure S2008100023402D00284
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 6a
Table 6a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 1 11 LCR 4∶3，3∶4 HCR 13∶2，10∶5
4 6 2 6 LCR 5∶2，2∶5
5 5 3
6 4 4 LCR 3∶4，5∶2，2∶5 HCR 11∶4
7 1 7
8 1 2 11 LCR 3∶4
9 13 1 0 HCR 12∶3
10 12 2
11 11 3
12 10 4
13 9 5 LCR 4∶3 HCR 12∶3
14 6 8
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00291
During UpPTS=0, GP=1,2,3,4,8,11;
Figure S2008100023402D00292
During UpPTS=1, GP=2,3,4,5,10;
Figure S2008100023402D00293
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00294
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 6b
Table 6b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 6 5
4 1 10 LCR 4∶3，3∶4 HCR 13∶2，10∶5，11∶4
5 5 2 5 LCR 5∶2，2∶5
6 4 3
7 3 4 LCR 5∶2，2∶5 HCR 11∶4
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 8 4
14 4 8
15 1 11 all
Embodiment seven
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00301
During UpPTS=0, GP=1,2,3,4,8,13;
Figure S2008100023402D00302
During UpPTS=2, GP=1,2,3,4,11;
Figure S2008100023402D00303
During UpPTS=6, GP=2,3,4,7;
Figure S2008100023402D00304
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 7a
Table 7a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 8 4
4 1 11
5 6 2 6 LCR 5∶2，2∶5
6 5 3
7 4 4 LCR 5∶2，2∶5 HCR 11∶4
8 1 7 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 11 LCR 3∶4
10 13 1 0 HCR 12∶3
11 12 2
12 11 3
13 10 4
14 6 8
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00311
During UpPTS=0, GP=1,2,3,4,8,11;
Figure S2008100023402D00312
During UpPTS=1, GP=2,3,4,10;
Figure S2008100023402D00313
During UpPTS=5, GP=2,3,4,5,6;
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 7b
Table 7b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 1 10 LCR 4∶3，3∶4 HCR 13∶2，10∶5，11∶4
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4
7 2 5
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 8 4
14 4 8
15 1 11 all
Embodiment eight
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00321
During UpPTS=0, GP=1,2,3,5,8,13;
Figure S2008100023402D00322
During UpPTS=2, GP=1,2,3,4,11;
Figure S2008100023402D00323
During UpPTS=6, GP=2,3,4,7;
Figure S2008100023402D00324
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 8a
Table 8a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 8 4
4 1 11 LCR 4∶3，3∶4 HCR 13∶2，10∶5
5 6 2 6 LCR 5∶2，2∶5
6 5 3
7 4 4 LCR 3∶4，5∶2，2∶5 HCR 11∶4
8 1 7
9 1 2 11 LCR 3∶4
10 13 1 0 HCR 12∶3
11 12 2
12 11 3
13 9 5 LCR 4∶3 HCR 12∶3
14 6 8
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00331
During UpPTS=0, GP=1,2,3,4,5,8,11;
Figure S2008100023402D00332
During UpPTS=1, GP=2,3,4,10;
Figure S2008100023402D00333
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00334
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 8b
Table 8b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 1 10 LCR 4∶3，3∶4 HCR 13∶2，10∶5，11∶4
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4
7 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
8 1 2 9 LCR 3∶4
9 11 1 0 HCR 12∶3
10 10 2
11 9 3
12 8 4
13 7 5
14 4 8
15 1 11 all
Embodiment nine
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
During UpPTS=0, GP=1,2,3,5,8,13;
During UpPTS=2, GP=1,2,3,11;
Figure S2008100023402D00343
During UpPTS=6, GP=2,3,4,5,7;
Figure S2008100023402D00344
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 9a
Table 9a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 1 11 LCR 4∶3，3∶4 HCR 13∶2，10∶5
4 6 2 6 LCR 5∶2，2∶5
5 5 3
6 4 4 LCR 3∶4，5∶2，2∶5 HCR 11∶4
7 3 5
8 1 7
9 1 2 11 LCR 3∶4
10 13 1 0 HCR 12∶3
11 12 2
12 11 3
13 9 5 LCR 4∶3 HCR 12∶3
14 6 8
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
During UpPTS=0, GP=1,2,3,5,9,11;
Figure S2008100023402D00352
During UpPTS=1, GP=2,3,4,7;
Figure S2008100023402D00353
During UpPTS=5, GP=2,3,4,5,6;
Figure S2008100023402D00354
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 9b
Table 9b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 4 7
4 5 2 5 LCR 5∶2，2∶5
5 4 3
6 3 4 LCR 5∶2，2∶5 HCR 11∶4
7 2 5
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 7 5
14 3 9
15 1 11 all
Embodiment ten
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00361
During UpPTS=0, GP=2,3,4,5,8,13;
Figure S2008100023402D00362
During UpPTS=2, GP=1,2,3,11;
Figure S2008100023402D00363
During UpPTS=6, GP=2,3,4,5,7;
Figure S2008100023402D00364
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 10a
Table 10a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 1 11 LCR 4∶3，3∶4 HCR 13∶2，10∶5
4 6 2 6 LCR 5∶2，2∶5
5 5 3
6 4 4 LCR 3∶4，5∶2，2∶5 HCR 11∶4
7 3 5
8 1 7
9 1 2 11 LCR 3∶4
10 12 2 0 HCR 12∶3
11 11 3
12 10 4
13 9 5 LCR 4∶3 HCR 12∶3
14 6 8
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00371
During UpPTS=0, GP=1,2,3,5,9,11;
Figure S2008100023402D00372
During UpPTS=1, GP=2,3,4,7,10;
Figure S2008100023402D00373
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00374
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 10b
Table 10b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 4 7
4 1 10
5 5 2 5 LCR 5∶2，2∶5
6 4 3
7 3 4 LCR 5∶2，2∶5 HCR 11∶4
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 7 5
14 3 9
15 1 11 all
Embodiment 11
● for short CP
■ UpPTS length is 0,1,6,11;
The length of ■ GP is
Figure S2008100023402D00381
During UpPTS=0, GP=1,2,3,5,10,13;
Figure S2008100023402D00382
During UpPTS=1, GP=2,3,4,5,9;
Figure S2008100023402D00383
During UpPTS=6, GP=2,3,4,5;
Figure S2008100023402D00384
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 11a
Table 11a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 2 1 LCR 4∶3 normal
1 10 3
2 9 4 LCR 4∶3， HCR 13∶2，10∶5
3 8 5
4 4 9 LCR 4∶3， HCR 13∶2，11∶4， 10∶5
5 6 2 6 LCR 5∶2，2∶5
6 5 3
7 4 4 LCR 5∶2，2∶5 HCR 11∶4
8 3 5
9 1 2 11 LCR 3∶4
10 13 1 0 HCR 12∶3
11 12 2
12 11 3
13 9 5
14 4 10
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00391
During UpPTS=0, GP=2,3,4,5,8,11;
Figure S2008100023402D00392
During UpPTS=1, GP=2,3,4,5,8;
Figure S2008100023402D00393
During UpPTS=5, GP=2,3,4,5;
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 11b
Table 11b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 6 5
4 3 8 LCR 4∶3， HCR 13∶2，11∶4， 10∶5
5 5 2 5 LCR 5∶2，2∶5
6 4 3
7 3 4 LCR 5∶2，2∶5 HCR 11∶4
8 2 5
9 1 2 9 LCR 3∶4
10 10 2 0 HCR 12∶3
11 9 3
12 8 4
13 7 5
14 4 8
15 1 11 all
Embodiment 12
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00401
During UpPTS=0, GP=2,3,5,10,13;
Figure S2008100023402D00402
During UpPTS=2, GP=1,2,3,4,5,9;
Figure S2008100023402D00403
During UpPTS=6, GP=2,3,4,5;
Figure S2008100023402D00404
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 12a
Table 12a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 8 4
4 7 5
5 3 9 LCR 4∶3， HCR 13∶2，11∶4， 10∶5
6 6 2 6 LCR 5∶2，2∶5
7 5 3
8 4 4 LCR 5∶2，2∶5 HCR 11∶4
9 3 5
10 1 2 11 LCR 3∶4
11 12 2 0 HCR 12∶3
12 11 3
13 9 5
14 4 10
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00411
During UpPTS=0, GP=1,2,3,4,8,11;
Figure S2008100023402D00412
During UpPTS=1, GP=2,3,4,5,8;
During UpPTS=5, GP=2,3,4,5;
Figure S2008100023402D00414
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 12b
Table 12b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 6 5
4 3 8 LCR 4∶3， HCR 13∶2，11∶4， 10∶5
5 5 2 5 LCR 5∶2，2∶5
6 4 3
7 3 4 LCR 5∶2，2∶5 HCR 11∶4
8 2 5
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 8 4
14 4 8
15 1 11 all
Embodiment 13
● for short CP
■ UpPTS length is 0,1,6,11;
The length of ■ GP is
Figure S2008100023402D00421
During UpPTS=0, GP=1,2,3,5,10,13;
Figure S2008100023402D00422
During UpPTS=1, GP=2,3,4,8,12;
During UpPTS=6, GP=2,3,4,7;
Figure S2008100023402D00424
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special subframe of as above select forming shown in table 13a
Table 13a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 2 1 LCR 4∶3 normal
1 10 3
2 9 4 LCR 4∶3， HCR 13∶2，10∶5
3 5 8
4 1 12
5 6 2 6 LCR 5∶2，2∶5
6 5 3
7 4 4 LCR 5∶2，2∶5 HCR 11∶4
8 1 7 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 11 LCR 3∶4
10 13 1 0 HCR 12∶3
11 12 2
12 11 3
13 9 5
14 4 10
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00431
During UpPTS=0, GP=1,2,3,5,9,11;
Figure S2008100023402D00432
During UpPTS=1, GP=2,3,4,7,10;
Figure S2008100023402D00433
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00434
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 13b
Table 13b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 4 7
4 1 10
5 5 2 5 LCR 5∶2，2∶5
6 4 3
7 3 4 LCR 5∶2，2∶5 HCR 11∶4
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 7 5
14 3 9
15 1 11 all
Embodiment 14
● for short CP
■ UpPTS length is 0,2,6,11;
The length of ■ GP is
Figure S2008100023402D00441
During UpPTS=0, GP=1,2,3,6,13;
Figure S2008100023402D00442
During UpPTS=2, GP=2,3,4,8,11;
Figure S2008100023402D00443
During UpPTS=6, GP=2,3,4,7;
During UpPTS=11, GP=2;
The length of ■ DwPTS is: 14-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 14a
Table 14a
Conf Short CP Supported Scenarios
DwPTS GP UpPTS
0 11 1 2 LCR 4∶3 normal
1 10 2
2 9 3 LCR 4∶3， HCR 13∶2，10∶5
3 8 4
4 4 8
5 1 11
6 6 2 6 LCR 5∶2，2∶5
7 5 3
8 4 4 LCR 5∶2，2∶5 HCR 11∶4
9 1 7 LCR 3∶4，5∶2，2∶5 HCR 11∶4
10 1 2 11 LCR 3∶4
11 13 1 0 HCR 12∶3
12 12 2
13 11 3
14 8 6
15 1 13 all
● for long CP
■ UpPTS length is 0,1,5,9;
The length of ■ GP is
Figure S2008100023402D00451
During UpPTS=0, GP=1,2,3,5,9,11;
Figure S2008100023402D00452
During UpPTS=1, GP=2,3,4,7,10;
Figure S2008100023402D00453
During UpPTS=5, GP=2,3,4,6;
Figure S2008100023402D00454
During UpPTS=9, GP=2;
The length of ■ DwPTS is: 12-GP-UpPTS;
According to the preparation of the special time slot of as above select forming shown in table 14b
Table 14b
Conf Long CP Supported Scenarios
DwPTS GP UpPTS
0 9 2 1 LCR 4∶3 normal
1 8 3
2 7 4 LCR 4∶3， HCR 13∶2，10∶5
3 4 7
4 1 10
5 5 2 5 LCR 5∶2，2∶5
6 4 3
7 3 4 LCR 5∶2，2∶5 HCR 11∶4
8 1 6 LCR 3∶4，5∶2，2∶5 HCR 11∶4
9 1 2 9 LCR 3∶4
10 11 1 0 HCR 12∶3
11 10 2
12 9 3
13 7 5
14 3 9
15 1 11 all
Fig. 5 shows the block diagram according to the device for formulating of the embodiment of the invention, comprising:
UpPTS module 10 is used for determining that UpPTS's is the length of unit with the symbolic number;
GP module 20 is used for determining that according to the length of UpPTS GP's is the length of unit with the symbolic number; And
DwPTS module 30 is used for determining that according to the length of UpPTS and the length of GP DwPTS's is the length of unit with the symbolic number.
Preferably, UpPTS module 10 is used for obtaining from following lengths sets the lengths sets of a UpPTS:
When 1) symbol was for weak point CP, lengths sets comprised:
{2、6、11}；
{1、6、11}；
{1、2、6、11}；
{2、6、7、11}；
{1、6、7、11}；
{1、2、6、7、11}；
{0、2、6、11}；
{0、1、6、11}；
{0、2、6、7、11}；
{0、1、6、7、11}；
{0、1、2、6、11}；
{0、1、2、6、7、11}；
{0、6、11}；
{0、6、7、11}；
{0、1、2、6}；
{2}；
{2、6}；
{1}；
{1、2、6}；
{1、6}；
{6}；
{0、2、6}；
{0、6}；
{0、1、6}；
0,2}; Or
{0、1}。
When 2) symbol was for long CP, lengths sets comprised:
{1、5、9}；
{1、5、6、9}；
{0、1、5、9}；
{0、1、5、6、9}；
{0、5、9}；
{0、5、6、9}；
{0、1、5}；
{1}；
{5}；
{1、5}；
{0、1}；
{0、5}。
Preferably, GP module 20 specifically comprises:
First module, when being used for symbol for weak point CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{13}；
{12}；
{11}；
{10}；
{10、11}；
10,12}; Or
{10、13}；
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{12}；
{11}；
{10}；
10,11}; Or
{10、12}；
C) length of UpPTSd is 2 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{ 9}; Or
{6、8}；
Long GP subclass comprises:
{11}；
{ 10}; Or
{10、11}；
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises
{ 6}; Or
{7}；
E) length of UpPTS is 7 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
{3、5}；
{1}；
{ 2}; Or
{3}；
Middle GP subclass comprises:
{6}；
F) length of UpPTS is 11 o'clock, selects a subclass to constitute the lengths sets of a GP from short GP subclass, and wherein, short GP subclass comprises:
{ 2}; And
Unit second, when being used for symbol for long CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{11}；
{ 10}; Or
{10、11}；
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
{7}；
{8}；
{9}；
{6、7}；
{6、8}；
{7、8}；
{8、9}；
6,8}; Or
{7、9}；
Long GP subclass comprises:
{10}；
C) length of UpPTS is 5 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4、5}；
{1、2、3、4}；
{1、2、3、5}；
{1、2、4、5}；
{2、3、4、5}；
{2、3、4}；
{2、3、5}；
{2、4、5}；
{1、2、3}；
{1、2、4}；
{1、3、5}；
{3、4、5}；
{2、3}；
{3、4}；
{1、2}；
{2、4}；
3,5}; Or
{2}；
Middle GP subclass comprises:
{6}；
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
{1、2、3、4}；
{2、3、4}；
{1、2、3}；
{1、2}；
{2、3}；
{1}；
{ 2}; Or
{3}；
Middle GP subclass comprises:
{5}；
E) length of UpPTS is 9 o'clock, selects a subclass to constitute the lengths sets of a GP from short GP subclass, and wherein, short GP subclass comprises:
{2}。
Preferably, DwPTS module 30 specifically comprises:
Unit the 3rd when being used for symbol for weak point CP, is provided with DwPTS=14-GP-UpPTS;
Unit the 4th when being used for symbol for long CP, is provided with DwPTS=12-GP-UpPTS.
Special subframe preparation program according to the foregoing description is determined can make LTE system and TD-SCDMA and TD-CDMA system realize effective adjacent frequency coexistence, and can simplify the design complexities of LTE system special time slot.
Obviously, those skilled in the art should be understood that, above-mentioned each module of the present invention or each step can realize with the general calculation device, they can concentrate on the single calculation element, perhaps be distributed on the network that a plurality of calculation element forms, alternatively, they can be realized with the executable program code of calculation element, thereby, they can be stored in the storage device and carry out by calculation element, perhaps they are made into each integrated circuit modules respectively, perhaps a plurality of modules in them or step are made into the single integrated circuit module and realize.Like this, the present invention is not restricted to any specific hardware and software combination.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (8)

1. the compound method of special time slot in the special subframe of a LTE TDD system, described special time slot comprises DwPTS, GP and UpPTS, it is characterized in that, may further comprise the steps:
What determine UpPTS is the length of unit with the symbolic number;
Determine that according to the length of UpPTS GP's is the length of unit with the symbolic number; And
Determine that according to the length of UpPTS and the length of GP DwPTS's is the length of unit with the symbolic number.
2. compound method according to claim 1 is characterized in that, what determine UpPTS is that the length of unit specifically comprises: the lengths sets that obtains a UpPTS from following lengths sets with the symbolic number:
When 1) symbol was for weak point CP, lengths sets comprised:
2,6,11}; 1,6,11}; 1,2,6,11}; 2,6,7,11}; 1,6,7,11}; 1,2,6,7,11}; 0,2,6,11}; 0,1,6,11}; 0,2,6,7,11}; 0,1,6,7,11}; 0,1,2,6,11}; 0,1,2,6,7,11}; 0,6,11}; 0,6,7,11}; 0,1,2,6}; { 2}; 2,6}; { 1}; 1,2,6}; 1,6}; { 6}; 0,2,6}; 0,6}; 0,1,6}; 0,2} or 0,1};
When 2) symbol was for long CP, lengths sets comprised:
1,5,9}; 1,5,6,9}; 0,1,5,9}; 0,1,5,6,9}; 0,5,9}; 0,5,6,9}; 0,1,5}; { 1}; { 5}; 1,5}; 0,1} or 0,5}.
3. compound method according to claim 2 is characterized in that, what determine GP according to the length of UpPTS is that the length of unit specifically comprises with the symbolic number:
When 1) symbol is for weak point CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{ 13}; { 12}; { 11}; { 10}; 10,11}; 10,12}; Or 10,13};
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{ 12}; { 11}; { 10}; 10,11}; Or 10,12};
C) length of UpPTSd is 2 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; Or 6,8};
Long GP subclass comprises:
{ 11}; { 10}; Or 10,11};
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises
{ 6}; Or { 7};
E) length of UpPTS is 7 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; { 1}; { 2}; Or { 3};
Middle GP subclass comprises:
{6}；
F) length of UpPTS is 11 o'clock, selects a subclass to constitute the lengths sets of a GP from short GP subclass, and wherein, short GP subclass comprises:
{2}；
When 2) symbol is for long CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{ 11}; { 10}; Or 10,11};
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{10}；
C) length of UpPTS is 5 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{6}；
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4}; 2,3,4}; 1,2,3}; 1,2}; 2,3}; { 1}; { 2}; Or { 3};
Middle GP subclass comprises:
{5}；
E) length of UpPTS is 9 o'clock, selects a subclass from short GP subclass
Constitute the lengths sets of a GP, wherein, short GP subclass comprises:
{2}。
4. according to each described compound method of claim 1 to 3, it is characterized in that what determine DwPTS according to the length of the length of UpPTS and GP is that the length of unit specifically comprises with the symbolic number:
When 1) symbol is for weak point CP,
DwPTS+GP+UpPTS＝14 (1)
When 2) symbol is for long CP,
DwPTS+GP+UpPTS＝12 (2)
5. the device for formulating of special time slot in the special subframe of a LTE TDD system, described special time slot comprises DwPTS, GP and UpPTS, it is characterized in that, comprising: the UpPTS module is used for determining that UpPTS's is the length of unit with the symbolic number;
The GP module is used for determining that according to the length of UpPTS GP's is the length of unit with the symbolic number; And
The DwPTS module is used for determining that according to the length of UpPTS and the length of GP DwPTS's is the length of unit with the symbolic number.
6. device for formulating according to claim 5 is characterized in that, described UpPTS module is used for obtaining from following lengths sets the lengths sets of a UpPTS:
When 1) symbol was for weak point CP, lengths sets comprised:
2,6,11}; 1,6,11}; 1,2,6,11}; 2,6,7,11}; 1,6,7,11}; 1,2,6,7,11}; 0,2,6,11}; 0,1,6,11}; 0,2,6,7,11}; 0,1,6,7,11}; 0,1,2,6,11}; 0,1,2,6,7,11}; 0,6,11}; 0,6,7,11}; 0,1,2,6}; { 2}; 2,6}; { 1}; 1,2,6}; 1,6}; { 6}; 0,2,6}; 0,6}; 0,1,6}; 0,2} or 0,1};
When 2) symbol was for long CP, lengths sets comprised:
1,5,9}; 1,5,6,9}; 0,1,5,9}; 0,1,5,6,9}; 0,5,9}; 0,5,6,9}; 0,1,5}; { 1}; { 5}; 1,5}; 0,1} or 0,5}.
7. device for formulating according to claim 6 is characterized in that, described GP module specifically comprises:
First module, when being used for symbol for weak point CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{ 13}; { 12}; { 11}; { 10}; 10,11}; 10,12}; Or 10,13};
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{ 12}; { 11}; { 10}; 10,11}; Or 10,12};
C) length of UpPTSd is 2 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; Or 6,8};
Long GP subclass comprises:
{ 11}; { 10}; Or 10,11};
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises
{ 6}; Or { 7};
E) length of UpPTS is 7 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; { 1}; { 2}; Or { 3};
Middle GP subclass comprises:
{6}；
F) length of UpPTS is 11 o'clock, selects a subclass to constitute the lengths sets of a GP from short GP subclass, and wherein, short GP subclass comprises:
{ 2}; And
Unit second, when being used for symbol for long CP,
A) length of UpPTS is 0 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{ 11}; { 10}; Or 10,11};
B) length of UpPTS is 1 o'clock, selects a subclass to constitute a set from short GP subclass; Or from short GP subclass and respectively select a subclass to constitute a set in the GP subclass; Or from short GP subclass and long GP subclass, respectively select a subclass to constitute a set; Or from short GP subclass, respectively select a subclass to constitute the lengths sets of a GP in GP subclass and the long GP subclass, wherein, lack GP subclass, middle GP subclass and long GP subclass and be respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{ 6}; { 7}; { 8}; { 9}; 6,7}; 6,8}; 7,8}; 8,9}; 6,8}; Or 7,9};
Long GP subclass comprises:
{10}；
C) length of UpPTS is 5 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4,5}; 1,2,3,4}; 1,2,3,5}; 1,2,4,5}; 2,3,4,5}; 2,3,4}; 2,3,5}; 2,4,5}; 1,2,3}; 1,2,4}; 1,3,5}; 3,4,5}; 2,3}; 3,4}; 1,2}; 2,4}; 3,5}; Or { 2};
Middle GP subclass comprises:
{6}；
D) length of UpPTS is 6 o'clock, selects a subclass to constitute a set from short GP subclass; Or therefrom select a subclass to constitute a set in the GP subclass; Or from short GP subclass and respectively select a subclass to constitute the lengths sets of a GP in the GP subclass, wherein, short GP subclass and middle GP subclass are respectively:
Short GP subclass comprises:
1,2,3,4}; 2,3,4}; 1,2,3}; 1,2}; 2,3}; { 1}; { 2}; Or { 3};
Middle GP subclass comprises:
{5}；
E) length of UpPTS is 9 o'clock, selects a subclass to constitute the lengths sets of a GP from short GP subclass, and wherein, short GP subclass comprises:
{2}。
8. according to each described device for formulating of claim 5 to 7, it is characterized in that described DwPTS module specifically comprises:
Unit the 3rd when being used for symbol for weak point CP, is provided with DwPTS=14-GP-UnPTS;
Unit the 4th when being used for symbol for long CP, is provided with DwPTS=12-GP-UpPTS.
CN200810002340A 2008-01-08 2008-01-08 Method and apparatus for collocating special time slot in special sub frame of LTE TDD system Expired - Fee Related CN101227230B (en)

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