WO2010145520A1

WO2010145520A1 - Contention-based uplink transmission method and device

Info

Publication number: WO2010145520A1
Application number: PCT/CN2010/073883
Authority: WO
Inventors: 喻斌; 张健; 郝鹏; 朱鹏
Original assignee: 中兴通讯股份有限公司
Priority date: 2009-11-05
Filing date: 2010-06-12
Publication date: 2010-12-23
Also published as: CN101715237A; CN101715237B

Abstract

A contention-based uplink transmission method and device are provided in the invention. The method includes the following steps: an network side informs a terminal of one or more shared resource identifiers Contention Based - Radio Network Temporary Identifiers (CB-RNTIs) and sends uplink scheduling grant signalings corresponding to one or more CB-RNTIs to the terminal (S602), wherein: the uplink scheduling grant signalings are used for informing the terminal of resources which are allocated to the terminal for Contention Based (CB) uplink transmission and located between resources occupied by an uplink control signaling and that occupied by frequency hopping, and there is a one-to-one correspondence between CB-RNTIs and uplink scheduling grant signalings; the terminal performs CB uplink transmission by using the resources (S604). The invention reduces the overhead of Physical Downlink Control Channel (PDCCH) and the probability of collision between terminals, and alleviates the load of PDCCH public search space; meanwhile, it reduces the effect on frequency domain scheduling or Physical Uplink Shared Channel (PUSCH) frequency hopping, and improves the entire performance of the contention-based uplink signal transmission scheme.

Description

In the case of the communication field, the Co e O based C) method is involved. Background wood in the long-term o g e o o ) system terminal se q e ) physical control sc Co C a e P CC ) Sc ed g e es S ) obtained terminal S physical

Sc o Co o C a e P CC ) assigns a terminal to the terminal (Sec ed g a a ) terminal or configuration) S) P CC assigns the terminal to the terminal for the physical share P sc S edC a e P SC ). The terminal S to the 5) is not large enough to make or feel the amount of the user or the user. There is a certain demand in the way of the resource used in the method.

performance. In the case of a synchronous terminal, the step is not directly pre-S, and even the step 3 is lowered. The terminal requires prior resources. The unusual resources of the city to allocate some special resources are often shared by many or all terminals. Terminals needed to use resources directly without prior

Because multiple terminals can use shared resources together, they can be born or lost. In the case of the system, the probability of multi-terminal sharing and sharing resources will go to the more resources. In a passionate way. The terminal shares resources to communicate messages in the small Ce or to share the resource forest C-. All the terminals in the small. P CC allocation

The terminal uses the allocated resources in the central terminal of the C-small-)

Yu Jie terminal. 2 shown in step 0 is the information resource C - all terminal terminals to

CC, its steps are

Terminal to share with direct use in P SC

That is, step 2.

The middle and lower physical control commands are carried in the P CC CC under the control information o Co o O ao C ) The format of the different control information control information C Fo a ) is not included in the oa Fo a this, this a, this a, This a, this a 3, this a 3A, etc. under the control information format where C is a pass-through.

The C format has a 6 bb special C c c ed da c C ec C C C C all implicit mode

Ado ewo Te o a de ) is the C C terminal terminal C C takes its control information.

The resources of the department are allocated with the resources eso ce oc sheep. Resources are mapped from the physical sca C ae ) to the resource sheep eso ce ee R ). The resource package sca eso ce oc PR ) and the resource a eso ce oc R ) are configured to have the R physical resource P in the subcarrier S bc e in the temple. The 2 subcarriers are the same as 5 z and the width of the PR is 8 z. Always oa C cceoa CP b 7 The first e dedC cc ef e dedCP) 6 is the length of the P So So 5 s. . Introduce the PR package resource sheep. in. Introducing the indexing power of PR

""

The index of the 0-series PR where & 0 y index 0 an index then P is always shown as 3 of P. The resources have the same and size of PR. The resource allocation of SC shown in Fig. 4 is based on the allocation of centralized oca e).

. The part of the department. Contains the visual power of PR R ".

Contains the subcarriers of the eyesight ".". Distributing ds b ed a oca o ) in non-resource allocation means that the P SC of the user terminal occupies more or not the PR C se ) 5 in the inter-component carrier. However, the existing C-process is not yet pointed out in C's resource allocation method to the terminal to use the allocated resources C. The content distribution method that has not been pointed out in C is based on how the terminal uses the allocated resource C.

The main purpose of the present invention is to provide a method for solving the above. The C-method of the purpose of the description of the purpose of the C-method is to refer to the multi-shared resource forest C-communication terminal to the terminal or multi-C-the resources of the C that are allocated to the terminal. The resources occupied by the resources occupied by the control order are the same as the C- and scheduling order terminal resources C. The other aspect of the present invention provides a method for the resource information resource to be allocated to the terminal by the C method, and the scheduling of the predetermined terminal to the terminal C-. The resource size allocated by the resource allocation and the allocated resource size

The terminal reserves the resource information C. The purpose of the description of the present aspect is to provide a method for the C-Calculation, the first predetermined and the predetermined time, and the terminal is allocated to the terminal. The resource of C is higher than the resource size terminal allocated by the resource information resource packet allocated by the terminal, and the resource size terminal is scheduled, the predetermined rule, and the resource information C. The re-introduction of the purpose of the description of the purpose of the C method Baosuke C - and the scheduled terminal to the terminal C - scheduling order in which the predetermined packet end of the resource size of the terminal of the resource size of the terminal allocation The resource information resource information packet is in the size of C's multiple resources and the terminal is scheduled and the resource information C. The re-introduction aspect of the present invention proposes that the C device package is used for the scheduling of the medium or multiple C-terminals to the terminal or multiple C-s, and the resource resources of the C allocated to the terminal are occupied by the signaling. The resources occupied by the resources are the same as the C- and scheduling commands in the resource C. The re-introduction aspect of the present invention proposes that the C device package is configured to allocate a C- and a predetermined terminal to the terminal C-, wherein the resource size of the packet terminal is scheduled to be allocated to the terminal. The resource resource packet resource allocation and the allocated resource size allocation resource size are integrated with the root reservation and resource information C. The re-introduction aspect of the present invention proposes that the C device package allocates the C-, the predetermined and the predetermined terminal to the terminal, and the resource size of the predetermined packet terminal C is allocated to the terminal. The resource size of C is higher than the resource size allocated by the resource information resource packet allocated by the terminal.

Yu Gen's reservation, the first reservation and the resource information C. The re-introduction aspect of the present invention proposes that the C device package schedules the resource size of the resource size terminal in which the packet is terminated by the C- and the predetermined terminal to the terminal C- The allocated resource information resource information packet is in the size of C's multiple resources and placed in the root reservation and resource information C

. In the case where the allocated resources are allocated, the information C of the terminal terminal is used to solve the problem that the resource allocation method that has not been indicated in C is reduced by the resource C of the terminal. The probability of CC dropping the terminal alleviates the performance of the scheme in which the P CC co-search is the same as the scheme in which the scheduling or P SC is reduced. The explanation of the part of the cost of the unexplained step of understanding the explanation of the cost is obvious. In the middle, it is the flow of the teaching process in the department of Xiangfumu. 3 is the indication of PR in the phase of the wood. 4 is the PSC centralized resource allocation in the phase of the tree. 5 is the P SC non-resource allocation in the phase system. 6 is the C method of the method. The flow of the C method of the C method is the flow of the C method of the method. The flow of the C method of the present method is the resource allocation of the present embodiment, and the resource allocation of the present and the second is the resource allocation of the present. 3 is the resource allocation diagram 4 of the present 4 is the C device of the present. Ways to take into account the existence of the existing wood in the C

The principle is to let the resources allocated by the terminal communicate with the terminal terminal to describe the resource C. The allocated resources are used to control the resources occupied by the resources occupied by the control and the resources that are considered to be occupied, and the resources are still used in the multi-child park or the resources used by the terminal in C. The resource size allocated by the terminal is set to the resource size allocated by the terminal using the resource C or the resource used by the terminal in the C, and the resource allocated by the terminal is used by the terminal to utilize the resource C by the terminal. Reduced the probability of P CC dropping the terminal, alleviating the P CC co-search, the same reduction, or the P SC shadow is improved.

Hugh performance. The next will refer to the unclear version. What is needed is in the middle of the matter. The method basically mentions that the method 6 is the step S602 to the step S604 and the step S602 under the method package shown in the method 6 of the method C of the method, and the inter- or multi-shared resource forest C-terminal to the terminal or the multi-C-order among them

Let the resources allocated by the terminal to the resources of the control order occupy the resources occupied by the control order with C - and

Order. Step S604 terminal resource C. In the step S602, the predetermined mode will be a multi-C-communication terminal in which the predetermined mode packs the following at least the system message, the R C command, and the pre-C - . The format package of the order below uses at least the centralized control information of the centralized resource allocation C. 0, non-resource allocation C This a. The resources of the multi-message C that are allocated by the terminal. The multi-message package has at least a fixed amount of multi-mesons, a configuration of multi-mesons, and a multi-message of the first meson to the terminal to receive the new multi-mesons, the multi-mesons of the first meson to the C-multiples. C can be scheduled in which the predetermined mode package is below at least the domain resource control R C order, rest

AC sheep P, physical control orders, system information support. Wherein the control command packet below at least the channel seat indication C, the array P e-cod g de P , the indication d o

), AC AC, Sc e g e es S ). The occupied resources are physically shared P SC c for vB.

R "where the physical resources of the system are in the case of P SC Offset. Configure whether there is no P SC offset with C high order. In step S604, the terminal resource C packet terminal mediation or multi-C-command resource resource resources

The resources of the C-utilization of the resources used in the equal-probability way of the resource C. The method basically mentions that the method 7 is the step S702 to the step S704 and the step S702 under the method package shown in the method 7 of the method C of the method, the medium C - and the predetermined terminal terminal are forwarded to the terminal C - The resource size of C is such that the resource information packet resource allocated by the terminal is allocated and the resource size allocated by the allocated resource size

. Step S704, the terminal schedules the resource and the resource information C. In step S702, the resources of the pass-through are allocated in a non-resource allocation manner or in a resource-distributed manner in a centralized resource allocation manner, and the resource allocation manner in which the resources are used is allocated. The predetermined method will be referred to the C-Terminal Terminal, where the predetermined mode package includes at least the following system message, C command, and pre-C-. In step S704, the terminal is scheduled and the resource information C packet terminal ordering order divides the resource indicated by the resource information into the resource size in the resource.

. The resource C packet terminal in the terminal resource is the C- of the resource C in the equal probability resource. The method basically mentions that the method 8 is the step S802 to the step S804 in the method package shown in the flow method of the method C of the method, and the step S802 is to pass the terminal to the terminal. If the resource size of the packet terminal in C is predetermined, then the resource allocated to the packet of the packet is higher than the resource size allocated by the resource information resource packet allocated by the terminal. Step S804: the terminal is scheduled, the predetermined rule, and the resource information C. In step S802, the terminal predetermined, the predetermined, and the resource information C packets are received by the terminal in the case of the scheduling command of the terminal C, and the terminal is scheduled, the predetermined, and the resource information C. In the case where the terminal receives the scheduling command of the terminal C that is not from the terminal, the terminal stops using the resource C of the predetermined schedule, the predetermined schedule, and the resource information.

The predetermined method will be based on the C-Terminal terminal in which the predetermined mode packs the following at least the home message, the RC order, and the pre-C-. In the first case, the resources allocated by the resources of the resources allocated by the Baogang terminal in the control order are uniformly distributed in the resources occupied by the occupied resources. The control command packet below at least the channel seats indicate C, the code matrix, the indication, the AC AC, and the schedule S. The occupied resource P SC c is represented. "In the case of the Emperor's physical resources, otherwise the P SC is offset. In step 04, the terminal is scheduled, the first scheduled, and the resource information C is the terminal of the packet and is assigned to C. The resources of the set. The P SC offset terminal illumination sequence divides the placed resources into resource C in the resource size terminal resource in the resource. Responsible terminal photo resource C in equal probability resources

C-. Method: Whether or not C is not P SC offset. Therefore, the method of the terminal C can be fundamentally mentioned. The method 9 is the method of the method C, the method of the method shown in the flow of the method of the method shown in the step S902 to the step S902, the step C902 and the predetermined terminal terminal to the terminal C- Let the resource size of the resource size terminal in which the packet is terminated in C is such that the resource information resource information allocated to the C is larger than the size of the resource of C. Step S904, the terminal reserves the resource information C. The resources in the multiple in step 02 are separated by at least resources. The predetermined method will refer to the C-Terminal terminal, which is in the predetermined mode package, at least the following system message, R C command, and pre-C-. In step 04, the terminal is scheduled and the resource information C is the resource C indicated by the terminal resource information. The multi-media resource indicated by the terminal resource information is the same as the probability of the C-package.

C-. The terminal reservation and the resource information C describe the method of the resource information and the reservation of the terminal C. The following will be the conclusion.

The method package is as follows: The following steps are used to access the C- used terminal. Pass C- to the system message or RC to enable or terminate the C-value in a pre-fixed C-value. Through the C- of the terminal or more. Step 2 C - The resource resource for which the terminal is allocated is the same as the P CC resource occupied by the control command and the resource for the P SC. The resource P SC oga ge for P SC does not indicate that the large c of SC oga ge is higher than the P SC offset sc - o gO Ese ). Pending

vBC". Control package to .c.

At least C, array index, indication, AC AC,

. The step is to use the value of the unsc - o gOfEse to the reserved resource. The sc - o gO e is configured to pass the R C command, the command, etc. Step 0 shows the assigned resource R. The C C of the P CC is transmitted by the C C C - ) terminal of the resource allocated to the predetermined sub-sequence of the predetermined sub- and P CC bearers

The +4 step sequence is either a fixed child or a configured child ie a + + - meson or a + + - meson or a sequence child until the new resource is received by C -) or / and The ability to. The format of the order is either C Fo in the centralized resource allocation or C added in the non-resource allocation in the -A.

Step 3: The terminal of the terminal C- or the resource terminal that is used for the C- is a medium probability of the resource.

The method package described below is based on the resource allocation terminal of the terminal. The following steps are used to access the C-C- terminal that is used by the terminal. The C- is terminated by a message or R C or by a pre-fixed C - value. The step needs to pre-determine the resource size of the terminal each time. R Step 22 P CC C -

The C C C - ) of the band is used by the terminal in the predetermined sub-allocation of the R resource for the predetermined sub- and P CC-order sub-

+4. The size of the resource

Instruct all idle resources to support non-resource allocation. Step 23 Terminal C - P CC describes the sub-clause of C-. The resources of R are used for .

Step 24 The terminal is scheduled to be described. R is divided into length R of the terminal resource

C - . In the step, the order of the R is the same as the probability resource of the terminal stepped by the terminal. The method package described below is based on the resource allocation terminal of the terminal. The following steps are performed in the following steps: Step 3 of the C-Card is used in the C-Calculation of C-type or C-valued pre-fixed C-values. In addition, it is necessary to pre-determine the resource size of the terminal at each time. Step 32: The resource size allocated by the terminal is allocated by the resource R. The resource of the resource R used for the control) is used for the P CC resource occupied by the control command. The resource P SC oga ge of P SC is the same as the size of SC oga ge.

P sC OO+ f Odd determined by the high reference sc - o gO Sse

The control order package is at least CQ, below. . .

Array index, indication, AC AC, . The step is to reserve the value of the un-sc - o gO e to the reserved resource. The size of the allocated resource is uniformly distributed among the P CC resources occupied by the lower control order and the same as the P SC o g a ge in the C- of the P SC o g a ge P CC

a) The order of the " or " can be stated as a high order. Step 33 Terminals to describe the live command sc - o gO e

The value of the reference and the pass are calculated for the assigned

The reservation of the terminal is described in the R

The C-step is described as described. The order of R and the terminal of the terminal are described in the probability of resources. On the other hand, the terminal has to describe the resources of the live command R. What is needed is that the resource occupied by the resources occupied by the resources of the C in the C is uniformly distributed in the resources occupied by the occupied resources. In the sacred seat, the content of the reservation is based on the resource.

The method package described below is based on the resource allocation terminal of the terminal. The following steps are performed in the following steps: Step 4: The terminal used in the C-C is C-only. The C-Terminal is used only by means of a message or R C to enable C- or pre-fix C-value. Step 42 P CC C -

Ga ) Let the CCC of the ga band - ) pass the sub-allocation of the sub-allocated PC se ) resource and the child of the P CC +4. The R resource of the step-by-step description of the P resource is used in the right and wrong, that is, the child P resource obtained by at least the R step 43 terminal C - P CC description C -. The terminal is scheduled to be in the description of C - . The step is predetermined, and the terminal is equal to the probability P. Step 44 due to the terminal and the resources available at each time The small size of the decision is the size of the resource equal to the size of the resource due to the allocated size and set "received C-."

Described. The method of mentioning Hugh. The size c of the PR 50 SC oga ge of the system z of the D-mediated intermediate component carrier is determined by the high reference sc - o gOfEse = A. " 40

. d

among them . Need to be. cW.

The component carriers are connected to the C-C- and C-2 terminals, and the resources of the size 2 R are allocated to the P SC ogg as shown in the sub-pass P CC C - a ) CCC - ) is used by the terminal to allocate sub +4 for

The resource set and resource size are shown immediately below the P SC og "a ge of the part 2 R in the sub-P CC C-2". 4 The other resource settings and resource sizes used for viewing are as follows: 2 R in the lower part of the P SC og "a ge or in the non-allocation mode using the C - narration 4 R and the R in the R C - 2 refers to the first and the second R in 4 R to obtain the frequency division gain. Terminal C - and C - 2 respectively denote the R resource sub +4 as long as there is

Can and/or have a new P CC terminal that receives C- and C-2 in need of C-C-2 The medium probability of the resources is in the use of C-. 2 Describes the method of the proposed method. The PR 50 of the z-intermediate component carrier z is exploited by the idle R resource. The terminal used in the terminal is C-C-C. The step is to describe the terminal in the manner of a message or an RC command C- or a pre-fixed C-value. Pre-determined the resource size of each terminal 2 R in the sub-pass P CC C-

Let the C C C - ) of the band pass the terminal sub +4 to allocate the resources for the pre-channel +4 R and set

The R resource is configured with 0 R C - indicating that terminal 8 R is at . The way R is generalized to the resources of . Terminal C - P CC description C -

Let the resources of +4 8 be used for . Terminal 8 8 R is set to 8 R divided into length 2 R 4 . Terminals with requirements, 4 resources, medium probability

For the C-. 3 describes the method of the proposed method. D-A is the PR of the z of the intermediate component carrier 50 needs to be in the core component carrier at the end of the C-C-C. The step is to describe the terminal in the manner of a message or an RC command C- or a pre-fixed C-value. 5, the distribution of resources allocated in advance for the resource size 2 R of the terminal in advance, that is, the P CC resource occupied by the resource in the control order and the resource P SC oga used for the P SC Ge indicates) the big c with P SC oga ge is determined by the high reference sc - o gOfEse

Odd

0. Where the control order is occupied. . .

P CC resource package C AC AC resources. Step

Whether or not the value of the un sc - o gO e is reserved for the purpose of the reserved resource. Configuration 0 that Pus. "40 shows. 5 Pre-configured 4 R resources are equally distributed among the P CC resources occupied by the lower control order and P SC ogg. The message or RC message terminal is allocated 2 resources. The terminal of the terminal is allocated in advance by the resource size of the terminal.

It is the power of the terminal.

And the R 4 assigned by the terminal calculates the assigned amount for

The 4 R of 25 is set to the next 2 R terminal of the P SC oga ge. The order of 4 R is divided into 2 terminals of length 2 R and the probability of the resource 2 is C - . The terminal has to say the resources of the live command 4 R. 4 describes the method of the proposed method. The PR 50 of the z-intermediate component carrier z is exploited by the idle R resource. The same terminal used in the C-C-C. The step is to describe the terminal in the manner of a message or an RC command C- or a pre-fixed C-value. Sympathy configurator +4 of the idle resource in the sub-P CC C - ga ) Let the ga band CCC - ) pass the terminal in the sub +4 allocated for the PC se ) resources per The R resource resources are right and wrong. 3 shows the P 3 size 2 R 2 size R size 3 R terminal C - P CC description C -

Let the resources of +4 be used for

The size and setting of the 3 are shown. There is a requirement for the terminal to describe the resources of 3 with a medium probability of C-. Same as the allocated size and the stated C-. The device basically mentions the C device device The C method described in the method. 4 is the device package 42 of the C device of the present device. The resource resource occupied by the control resource is allocated to the terminal or the multi-C-terminal resource allocated to the terminal. The resources used are the same as C- and 44 of 42 in resource C. What is needed is the method of the C device in the device, and the method of rest is not described in the method. The device basically mentions the C device device in the C method device package described in the method.

The resource size of the C- and the predetermined-pass terminal to the terminal C-, wherein the packet is terminated by the resource size of the C, and the resource size allocated by the terminal, and the resource size allocated by the allocated resource size.

For the root reservation and resource information C. What is needed is that the C device described in the device is described in the method and will not be described again. The device basically mentions the C device device described in the method described in the C method device package

In the case of the C-, the first predetermined, and the predetermined-time terminal, the terminal is placed in the terminal, and the resource size of the C-predetermined packet terminal is allocated to the terminal. Resource resource resource packet allocation resource size allocated resource size

Yugen's reservation, the first reservation, and the resource information C. It should be understood that the method of the C device described in the device is described in the method, and the method of rest is not described herein. The C device device package described in the method of the present invention is provided.

The size of the resource of the resource information resource allocated to the terminal by the C- and the predetermined terminal to the terminal C-, the size of the resource of the resource-sized terminal in which the packet is terminated by the C, is the size of the resource. And

For the root reservation and resource information C. It is to be understood that the method of the C device described in the device is described in the method and will not be described again. The C mentioned in the present invention reduces the probability that the P CC decreases the terminal, alleviates the P CC co-search and the same reduction or the P SC shadow is improved.

Hugh performance. What needs to be clear is the steps in the process

The order of the instructions in the process is in some cases the steps shown or described in a different order. However, the various steps or steps of the present invention in the field are to be stored in the storage device by means of a general device without them being concentrated in the device of the sheep or distributed to the device by the device. The devices do not either make them into separate integrations or make multiple or steps of them into sheep integration. This is not a specific piece of software and software. The use of the above-mentioned force is not used to make the wood in this field. Where in the spirit and

2 The repairs, equivalent substitutions, etc. made in the principles are included in this warranty.

Claims

The C method that is required is characterized by

The C-communication terminal or the multi-shared resource C-communication terminal is assigned to the terminal by the terminal or the multi-C-

Resource The resource used by the resource used to control the order

The terminal is the resource C. The method is claimed to be characterized by the resource of C in the multi-message assigned by the terminal. The method of claim 2 is characterized in that the multi-message packet has at least a fixed amount of multi-mesons, a configured amount of multi-mesons, and a plurality of mesons of the multi-mesons to the terminal to receive a multi-messor The multi-meson of the multi-meson to the C-multi-meson. The method of claim 3 is characterized in that the C-capable predetermined mode is that the predetermined mode package includes at least a domain resource control R C command, a Hugh Control AC, a Sheep P, a physical control command, and a system information support. The method is characterized in that the control command packet indicates that at least the channel seats indicate CQ, array index, indication, AC AC, and . The method described is characterized in that the resource used is physical.

Shared P SC stands for VPu. "In the case of the physical resources of the system, otherwise. P SC offset. The method described in claim 6 is characterized by the method package. Whether C is high or not, the configuration is not P SC offset. The required method is characterized in that the foot mode or the multi-C-terminal is included in the foot mode, at least the family message, the RC command, and the pre-C-. The required method is characterized by the following format: at least the centralized information is allocated under the information C. This a, non-allocated C. The method of the a requirement to the 9th item is characterized by the terminal C package.

The middle of the terminal or the multi-C-

Utilize the use of C-C. C method is characterized by

Ms. C and the information assigned to the terminal terminal of the terminal C-

Let the foot pack the large and small packets of the terminal and the allocated big terminal and information C. The required method is characterized by the terminal foot and the information C package.

The terminal sequence divides the information indicated by the information into the size

Terminal C. The method of requirement 2 is specific to the terminal

Medium C package The terminal according to the equal probability of the resource C in the slope resource. The method is claimed to be characterized in that the resource allocation mode for the resource of the pass is at least centralized resource allocation and non-resource allocation. The method of claim 4, wherein the predetermined manner is to pass the terminal to the terminal, wherein the predetermined manner includes at least a system message, an RC command, and a pre-C-. The C method is special in the package

The priority of the resource information allocated by the terminal to the terminal to the terminal, and the predetermined amount of the resource size of the terminal at C The terminal is assigned to C

The resource resource is allocated by the resource information packet, the terminal, the first reservation, the first reservation, and the resource information C. The method of claim 6 is characterized in that the terminal is configured by the terminal, the predetermined rule, and the resource information C package

And in the case that the terminal receives the command that is not from the C of the terminal, the terminal, the predetermined rule, and the resource information C. The method of claim 7 is characterized in that, in the case that the terminal receives a command that is not from the C of the terminal, the terminal stops using the predetermined period, the predetermined period, and the Resource information resource C. The method of claim 6 is characterized in that the resources allocated by the resource allocated by the terminal in the terminal are uniformly distributed in the occupied resource of the resource occupied by the control order. Used in close proximity. The method of requirement 9 is characterized by the terminal first, the first foot, and the information C package.

The terminal and the foot are assigned to C

Of which. P SC offset terminal sequence divides the already divided into the size of

Terminal C. The method of claim 20 is characterized by

Medium C package

The terminal, etc.

C. The method of claim 9 is characterized in that the package is at least C, array index, indication, AC AC,

. The method of requirement 9 is characterized by the occupied P S .

C stands for vB. "The physical resources of the system are under. Otherwise. P SC offset. The method of requirement 23 is characterized by the method package.

Whether the C is not P SC offset. The method of claim 6 to 24 is characterized by

The foot mode will refer to the C-pass terminal in which the foot mode includes the following at least the home message, the RC command, and the pre-C-. The C method is special in the package Will introduce the C- and foot-to-terminal to the terminal

C - the information assigned by the terminal

Let the size of the packet in the size of the C terminal be packaged in C

Of the size and

Terminal foot and information C. The method of Requirement 26 is characterized by the terminal foot and the information C package.

More than the C indicated by the terminal information. The method of Requirement 27 is characterized by the multi-C package indicated by the terminal information.

The terminal is waiting for more than C. The method of claim 26 is characterized by the terminal foot and the information C method package.

The information and the footsteps of the receiving terminal C. The method of claim 26 to 29 is characterized in that

The foot mode will be C-pass the terminal in which the foot mode packs the following at least the system message, the R C command, and the pre-C-. C device is characterized by

In the case of a medium or multiple C-communication terminal or a multi-C-

Let the occupied terminal occupied by the C terminal of the C terminal be the same as C. C device is specially packaged And the predetermined C-terminal and the predetermined-pass terminal to the terminal, the C--distributed resource information of the terminal, wherein the predetermined packet is the terminal

The resource size of the resource information packet resource and the allocated resource are greater than the root of the predetermined rule and the resource information C. C device is characterized by

And the first predetermined packet of the resource information allocated by the terminal to the terminal to the terminal by the C-, the predetermined, and the predetermined predetermined terminal And the resource size allocated by the resource information packet allocated by the terminal to the resource of the C is the root predetermined content, the predetermined content, and the resource information C. C device is characterized by

And the resource information allocated by the C- and the predetermined terminal to the terminal of the terminal C-

Let the predetermined packet include the resource size of the terminal at C, the resource size of the terminal, and the size and location of the resource information of the resource information packet C.

The root is described in the rule and the resource information C.