CN108810974B

CN108810974B - Resource mapping method, network equipment and base station

Info

Publication number: CN108810974B
Application number: CN201710313725.XA
Authority: CN
Inventors: 弓宇宏; 郝鹏; 左志松; 张晨晨; 刘文豪
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2017-05-05
Filing date: 2017-05-05
Publication date: 2023-11-14
Anticipated expiration: 2037-05-05
Also published as: CN108810974A

Abstract

The embodiment of the invention discloses a resource mapping method, which comprises the following steps: and respectively carrying out resource mapping of the data channel in N resource areas according to a resource mapping mode corresponding to each resource area, wherein N is a positive integer. Compared with the prior art, the resource mapping of the data channel is carried out by different resource areas according to the corresponding resource mapping mode, so that the dynamic use of the control channel area resource by the data channel can be realized, the signaling overhead is reduced, and the resource utilization rate of the control channel area is ensured. The embodiment of the invention also provides network side equipment and a base station for resource mapping.

Description

Resource mapping method, network equipment and base station

Technical Field

The present invention relates to the field of communications, and in particular, to a method for resource mapping, a network side device, and a base station.

Background

With the development of wireless communication technology and the increasing demand for communication by users, fifth generation mobile communication (5th Generation,5G) technology has become a trend in future network development in order to meet the higher, faster and newer communication demands.

A 5G communication system is considered to be implemented in a higher and wider frequency band (e.g., above 3 GHz) in order to achieve higher data rates. The high-frequency communication is characterized by relatively serious path loss and penetration loss, and is closely related to the atmosphere in the process of space propagation. According to the characteristic of extremely short wavelength of high-frequency signals, a large number of small antenna arrays can be applied, so that the beam forming technology can obtain more accurate beam directions, the coverage capability of the high-frequency signals is improved by the advantage of the narrow beam technology, the transmission loss is compensated, and the method is a great characteristic of high-frequency communication.

In a conventional long term evolution (Long Term Evolution, LTE) system, a control channel region and a data channel region are independent, and the control channel region is only used for transmitting a control channel and its associated demodulation reference signals, but cannot be used for transmitting a data channel. Since the bandwidth of the system is very large in most cases in the 5G communication system, the bandwidth is far greater than the maximum system bandwidth of LTE, for example, the maximum possible GHz level. In the LTE system, the resources of the downlink control channel are scattered and distributed over the whole system bandwidth, but in order to reduce the blind detection complexity and the terminal power consumption of the terminal in the 5G NR (New RAT) system, the network side often configures one or more control resource sets for the terminal, where each control resource set is formed by one or more physical resource blocks (physical resource block, PRBs) in the frequency domain, and is formed by one or more symbols in the time domain, where one control channel performs resource mapping and transmission only on one control resource set, which is essentially intended to limit the blind detection range of the control channel, and is embodied in one subband in the frequency domain instead of the whole bandwidth. In addition, considering that the number of beams that can be simultaneously transmitted on each symbol in the beamforming system is limited, omni-directional transmission cannot be supported, and thus, there may be a lot of resources in the NR control region that are idle.

In order to increase resource utilization, the third generation partnership project (3rd Generation Partnership Project,3GPP) has proposed in discussion about 5G communication systems (e.g., NR) the notion that it should be supported that data channels can dynamically use control channel region resources. However, since the resource allocation and transmission mechanism of the control channel are very different from those of the data channel, for example, the resource allocation unit of the control channel is a control channel unit (Control Channel Element, CCE), while the resource scattering is in units of resource element groups (Resource Element Group, REG), and the minimum basic unit of the resource allocation of the data channel is one PRB in the frequency domain and one symbol in the time domain. Although, the 3GPP further passes the REG of the control region in the discussion as one PRB in the frequency domain and one symbol in the time domain, which lays a foundation for implementing the reuse of the control region resources for the data channel. However, since the control channel supports both centralized and discrete transmission of resources, the remaining resources in the control channel region tend to be irregularly and discretely distributed. Among them, the most direct and highest resource utilization method is to dynamically inform terminals of all unused REG or CCE resources in one control region, but this results in a very large dynamic signaling overhead. Another simpler method is to indicate to the terminal the starting position of the data channel, which can be located in the control channel region, this method is the simplest, has little standardization effort, and little signaling overhead, but has a low resource utilization rate, and once one control channel is not known to the terminal, all the resources on the symbol corresponding to the control channel cannot be utilized by the data channel of the terminal. Therefore, how to use the control channel area resource for the data channel to achieve a higher resource utilization rate with a smaller signaling overhead has become a problem to be solved in the 5G communication system.

Disclosure of Invention

In order to solve the technical problems, the embodiments of the present invention expect to provide a method for mapping resources, a network side device, and a base station, which implement dynamic use of control channel area resources by a data channel, reduce signaling overhead, and ensure utilization of control channel area resources.

The technical scheme of the invention is realized as follows:

the embodiment of the invention provides a resource mapping method, which comprises the following steps: and respectively carrying out resource mapping of the data channel in N resource areas according to a resource mapping mode corresponding to each resource area, wherein N is a positive integer.

The embodiment of the invention also provides another resource mapping method, which comprises the following steps: and determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer.

The embodiment of the invention also provides a network side device for resource mapping, which comprises: and the processing module is used for carrying out resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer.

The embodiment of the invention also provides a base station for resource mapping, which comprises: and the determining module is used for determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area respectively, wherein N is a positive integer.

The embodiment of the invention provides a resource mapping method, network side equipment and a base station, wherein the resource mapping of a data channel is respectively carried out in N resource areas according to a resource mapping mode corresponding to each resource area, and N is a positive integer. Compared with the prior art, the resource mapping of the data channel is carried out by different resource areas according to the corresponding resource mapping mode, so that the dynamic use of the control channel area resource by the data channel can be realized, the signaling overhead is reduced, and the resource utilization rate of the control channel area is ensured.

Drawings

FIG. 1 is a flow chart of a method of resource mapping in an embodiment of the invention;

FIG. 2 is a first resource mapping diagram of a method for resource mapping according to an embodiment of the present invention;

FIG. 3 is a second resource mapping diagram of a method for resource mapping according to an embodiment of the present invention;

FIG. 4 is a diagram illustrating a third resource mapping method according to an embodiment of the present invention;

FIG. 5 is a diagram illustrating a fourth resource mapping method according to an embodiment of the present invention;

FIG. 6 is a diagram illustrating a fifth resource mapping method according to an embodiment of the present invention;

fig. 7 is a sixth resource mapping diagram of a method for resource mapping according to an embodiment of the present invention.

Detailed Description

The technical scheme of the embodiment of the invention is realized in particular as follows:

the embodiment of the invention provides a resource mapping method, which can comprise the following steps:

and respectively carrying out resource mapping of the data channel in N resource areas according to a resource mapping mode corresponding to each resource area, wherein N is a positive integer, and preferably N is a positive integer greater than 1.

Preferably, each of the N resource regions is located in a resource region of the control channel.

Preferably, the frequency domain resources of any one of the N resource regions are a subset of the frequency domain resources of the data channel.

Preferably, the method comprises: and setting a plurality of resource mapping modes for the designated resource areas in the N resource areas.

Preferably, the specified resource region includes one of:

a control resource set configured to the device to which the data channel belongs;

the control resource set of the control channel of the equipment which the data channel belongs to exists in the control resource set which is configured to the equipment which the data channel belongs to;

the control resource set of the control channel of the equipment which is allocated to the data channel is provided with the rest resources except for the resources corresponding to the other control resource sets which are allocated to the equipment which is allocated to the data channel;

A control resource set configured to the device to which the data channel belongs and resources in a frequency domain range corresponding to the data channel;

resources which are configured to the control resource set of the device to which the data channel belongs and are in the frequency domain range corresponding to the data channel exist in the control resource set of the control channel of the device to which the data channel belongs;

and the control resource set of the control channel of the device which is allocated to the data channel is provided with the rest resources except for the resources corresponding to the other control resource sets which are allocated to the device which is allocated to the data channel and are in the frequency domain range corresponding to the data channel.

Preferably, the plurality of resource mapping modes include at least one of the following:

a first resource mapping mode;

a second resource mapping mode;

a resource mapping mode III;

a resource mapping mode IV;

and a resource mapping mode five.

Preferably, the first resource mapping mode includes at least one of the following features:

allowing only a designated control channel to be transmitted in the designated resource area, wherein the designated control channel comprises a proprietary control channel and/or a public control channel of a device to which the data channel belongs;

The mapping resources of the data channel comprise the rest resources except the resources occupied by the special control channel and/or the public control channel of the equipment to which the data channel belongs in the appointed resource area;

the initial symbol of the data channel for resource mapping is the first symbol in the appointed resource region;

the initial symbol of the data channel for resource mapping is the first symbol in the control resource area;

the frequency domain resources mapped by the data channel in the designated resource region are a subset of the frequency domain resources of the data channel.

Preferably, the second resource mapping manner includes at least one of the following features:

the control channel mapped in the appointed resource region at least comprises a proprietary control channel and/or a public control channel of the equipment to which the data channel belongs;

defining a mapping sequence among control channels in advance, and when a plurality of control channels exist in the appointed resource region, mapping all the control channels existing in the appointed resource region into the appointed resource region in sequence according to the predefined mapping sequence;

the mapping resources of the data channel comprise the residual resources except the occupied resources of the special control channel and/or the public control channel of the equipment to which the data channel belongs in the appointed resource area;

The initial symbol of the data channel for resource mapping is the symbol of the proprietary control channel or the common control channel of the device to which the data channel belongs or the next symbol in the appointed resource region;

Preferably, the third resource mapping manner includes at least one of the following features:

the initial symbol position mapped to the data channel is indicated to the equipment to which the data channel belongs through signaling;

the initial symbol position mapped to the data channel is indicated to the equipment to which the data channel belongs by signaling in units of sub-bands;

mapping the data channel from the start symbol according to the indication of the start symbol position of the data channel;

when the initial symbol position is in the designated resource area, mapping resources of the data channel comprise the rest resources except the resources occupied by the exclusive control channel and/or the public control channel of the equipment to which the data channel belongs in the designated resource area from the resources corresponding to the initial symbol;

Preferably, the fourth resource mapping manner includes at least one of the following features:

the symbol position or the symbol number of the mapping control channel in the appointed resource region is indicated to the equipment to which the data channel belongs through signaling;

the initial symbol mapped by the data channel is the first symbol after the number of symbols mapped by the control channel in the appointed resource region;

the mapping resources of the data channel comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in the designated resource region;

the mapping resources of the data channel comprise the residual resources except the resources occupied by the special control channel and/or the public control channel of the equipment to which the data channel belongs in the resources corresponding to the residual symbols except the symbols of the mapping control channel in the appointed resource region;

Preferably, the fifth resource mapping manner includes at least one of the following features:

Indicating the idle symbol positions in the designated resource region to the equipment to which the data channel belongs through signaling;

the initial symbol of the data channel mapping is the first idle symbol from front to back in the time domain in the appointed resource region;

the mapping resources of the data channel comprise resources corresponding to idle symbols in the designated resource area;

the mapping resources of the data channel comprise the residual resources except the resources occupied by the special control channel and/or the common control channel of the equipment to which the data channel belongs in the resources corresponding to the idle symbols in the appointed resource area;

Preferably, the method further comprises:

and indicating the resource mapping mode corresponding to the appointed resource region through a high-layer signaling and/or a physical layer dynamic signaling, wherein the resource mapping mode corresponding to the appointed resource region is one of the plurality of resource mapping modes.

Preferably, the N resource areas include at least a first resource area and a second resource area.

Preferably, the resource mapping of the data channel is performed in the first resource area according to a first specified resource mapping mode, and the resource mapping of the data channel is performed in the second resource area according to a second specified resource mapping mode.

Preferably, the first resource area is a control resource set configured to a device to which the data channel belongs, and the second resource area is the remaining resources except the first resource area in the resource area of the control channel; or,

the first resource area is a control resource set configured to the control resource set of the device to which the data channel belongs, wherein the control resource set of the control channel of the device to which the data channel belongs exists in the control resource set, and the second resource area is the rest resources except the first resource area in the resource area of the control channel; or,

the control resource set of the control channel of the device belonging to the data channel is provided with resources except for other resources corresponding to the control resource set of the device belonging to the data channel, and the second resource area is the rest resources except the first resource area in the resource area of the control channel; or,

The first resource region is a control resource set configured to the device to which the data channel belongs and is a resource in a frequency domain range corresponding to the data channel, and the second resource region is a residual resource except the first resource region in the resource region of the control channel and in the frequency domain range corresponding to the data channel; or,

the first resource region is a resource which is configured to the control resource set of the device to which the data channel belongs, is in the frequency domain range corresponding to the data channel, and is in the control resource set of the control channel of the device to which the data channel belongs, and the second resource region is the rest resource except the first resource region in the resource region of the control channel and in the frequency domain range corresponding to the data channel; or,

the first resource region is a resource in a frequency domain corresponding to the data channel, the remaining resources except for other resources corresponding to the control resource set configured to the data channel in the control resource set configured to the data channel of the control channel of the data channel, and the second resource region is a remaining resource in a resource region of the control channel and in a frequency domain corresponding to the data channel except for the first resource region.

Preferably, the first specified resource mapping manner includes at least one of the following:

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

Preferably, the sixth resource mapping manner includes at least one of the following features:

allowing only a designated control channel to be transmitted in the first resource area, wherein the designated control channel comprises a proprietary control channel and/or a public control channel of equipment to which the data channel belongs;

the initial symbol of the data channel for resource mapping is the first symbol in the first resource area;

the frequency domain resources mapped by the data channel in the first resource region are a subset of the frequency domain resources of the data channel.

Preferably, the resource mapping mode seven includes at least one of the following features:

The control channel mapped in the first resource area at least comprises a proprietary control channel and/or a public control channel of the equipment to which the data channel belongs;

defining a mapping sequence among control channels in advance, and when a plurality of control channels exist in the first resource area, mapping all the control channels existing in the first resource area into the first resource area in sequence according to the predefined mapping sequence;

the mapping resources of the data channel comprise the rest resources except the resources occupied by the special control channel and/or the public control channel of the equipment to which the data channel belongs in the first resource area;

the initial symbol of the data channel for resource mapping is the symbol of the proprietary control channel or the common control channel of the device to which the data channel belongs or the next symbol in the first resource area;

Preferably, the mapping order between the control channels includes at least one of the following features:

the control channel is mapped sequentially according to the sequence of frequency domain first, time domain then, frequency domain from low to high and time domain from front to back;

The control channels are mapped in sequence from small to large according to the CCE index of a physical control channel unit or the CCE index of logic;

the control channels are mapped in sequence from small to large according to the REG index of the physical resource element group or the REG index of the logic;

the special control channel of the device to which the data channel belongs is arranged behind the common control channel when the resource mapping is carried out;

the special control channel of the equipment to which the data channel belongs is arranged behind other control channels when the resource mapping is carried out;

when there are a plurality of proprietary control channels of the device to which the data channel belongs, a predefined mapping order exists between the proprietary control channels of the devices to which the data channels belong.

Preferably, the resource mapping mode eight includes at least one of the following features:

When the initial symbol position is in the first resource region, mapping resources of the data channel comprise residual resources except resources occupied by a proprietary control channel and/or a public control channel of equipment to which the data channel belongs in the first resource region from resources corresponding to the initial symbol;

Preferably, the resource mapping mode nine includes at least one of the following features:

the symbol position or the symbol number of the mapping control channel in the first resource area is indicated to the equipment to which the data channel belongs through signaling;

the initial symbol mapped by the data channel is the first symbol after the number of symbols mapped by the control channel in the first resource area;

the mapping resources of the data channel comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in the first resource region;

the mapping resources of the data channel comprise the residual resources except the resources occupied by the special control channel and/or the public control channel of the equipment to which the data channel belongs in the resources corresponding to the residual symbols except the symbols of the mapping control channel in the first resource area;

Preferably, the resource mapping mode ten includes at least one of the following features:

indicating the idle symbol positions in the first resource region to equipment to which the data channel belongs through signaling;

the initial symbol of the data channel mapping is a first idle symbol from front to back in the time domain in the first resource region;

the mapping resources of the data channel comprise resources corresponding to idle symbols in the first resource region;

the mapping resources of the data channel comprise the residual resources except the resources occupied by the special control channel and/or the common control channel of the equipment to which the data channel belongs in the resources corresponding to the idle symbols in the first resource area;

Preferably, the second specified resource mapping manner includes one of the following:

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

Preferably, the eleventh resource mapping manner includes at least one of the following features:

the frequency domain resources mapped by the data channel in the second resource region are a subset of the frequency domain resources of the data channel.

Preferably, the resource mapping mode twelve includes at least one of the following features:

the symbol position or the symbol number of the mapping control channel in the second resource area is indicated to the equipment to which the data channel belongs through signaling;

the initial symbol mapped by the data channel is the first symbol after the number of symbols mapped by the control channel in the second resource area;

the mapping resources of the data channel comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in the second resource region;

Preferably, the resource mapping method thirteen includes at least one of the following features:

indicating the idle symbol positions in the second resource region to the equipment to which the data channel belongs through signaling;

the initial symbol of the data channel mapping is a first idle symbol from front to back in the time domain in the second resource region;

the mapping resources of the data channel comprise resources corresponding to idle symbols in the second resource region;

The embodiment of the invention also provides another resource mapping method, which can comprise the following steps:

and determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer, and preferably N is a positive integer greater than 1.

Preferably, the specified resource region includes one of:

the control resource set of the control channel of the equipment which is allocated to the data channel exists in the control resource set of the equipment which is allocated to the data channel, and the rest resources except for the resources corresponding to the control resource sets which are allocated to the equipment which is allocated to the data channel;

a control resource set configured to the equipment to which the data channel belongs and resources in a frequency domain range corresponding to the data channel;

the control resource set of the control channel of the device belonging to the data channel exists in the control resource set configured to the device belonging to the data channel, and the resources are in the frequency domain range corresponding to the data channel;

in the control resource set allocated to the device to which the data channel belongs, there are remaining resources except for other resources corresponding to the control resource set allocated to the device to which the data channel belongs, and resources within the frequency domain corresponding to the data channel.

a first resource mapping mode;

a second resource mapping mode;

a resource mapping mode III;

a resource mapping mode IV;

and a resource mapping mode five.

attempting to receive a dedicated control channel and/or a common control channel of the terminal in the designated resource region;

the mapping resource of the data channel is considered to comprise the rest resources except the resources occupied by the received exclusive control channel and/or common control channel in the designated resource area;

the mapping resources of the data channel are considered to be included in the designated resource area and in the frequency domain range corresponding to the data channel, and the rest resources except the resources occupied by the received exclusive control channel and/or common control channel are considered to be the rest resources;

considering the initial symbol of the data channel for resource mapping as the first symbol in the appointed resource region;

the starting symbol of the data channel for resource mapping is considered as the first symbol in the control resource region.

defining a mapping sequence among control channels in advance, wherein the mapping resources of the data channels are considered to comprise the residual resources after the control channel with the last mapping sequence in the received control channels in the designated resource area;

considering that the mapping resources of the data channel in the designated resource region are within the range of the frequency domain resources of the data channel;

the initial symbol of the data channel for resource mapping is the symbol of the control channel with the last mapping sequence or the next symbol in the received control channel;

the frequency domain resources mapped by the data channel in the designated resource region are considered to be within the range of the frequency domain resources of the data channel.

acquiring the initial symbol position of the mapping data channel through receiving signaling;

knowing the respective starting symbol positions of the data channel on one or more subbands by receiving signaling;

the initial symbol of the mapping resource of the data channel is considered to be the initial symbol position obtained through signaling;

When the starting symbol position is within the designated resource region, considering that the mapping resource of the data channel comprises the rest resources except the received control channel in the corresponding resources from the starting symbol in the designated resource region;

obtaining the symbol position or the symbol number of the mapping control channel in the appointed resource region through receiving signaling;

the initial symbol mapped by the data channel is considered as the first symbol after the number of symbols of the control channel mapped in the appointed resource region;

the mapping resources of the data channel are considered to comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in the appointed resource region;

the mapping resource of the data channel is considered to comprise the residual resources except the resources occupied by the received control channel in the resources corresponding to the residual symbols except the symbols of the mapping control channel in the appointed resource area;

obtaining the idle symbol position in the appointed resource region through receiving signaling;

the initial symbol of the data channel mapping is considered as a first idle symbol from front to back in the time domain in the appointed resource region;

the mapping resource of the data channel is considered to comprise the resource corresponding to the idle symbol in the appointed resource region;

the mapping resource of the data channel is considered to comprise the residual resources except the resources occupied by the received control channel in the resources corresponding to the idle symbols in the appointed resource area;

Preferably, the method further comprises:

and obtaining a resource mapping mode corresponding to the designated resource region through high-layer signaling and/or physical layer dynamic signaling, wherein the resource mapping mode corresponding to the designated resource region is one of the plurality of resource mapping modes.

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

attempting to receive a dedicated control channel and/or a common control channel of the terminal in the first resource region;

the mapping resources of the data channel are considered to comprise the remaining resources in the first resource region except the resources occupied by the received proprietary control channel and/or common control channel;

the mapping resources of the data channel are considered to comprise the residual resources except the resources occupied by the received exclusive control channel and/or common control channel in the first resource area and in the frequency domain range corresponding to the data channel;

considering the initial symbol of the data channel for resource mapping as the first symbol in the first resource area;

defining a mapping sequence among control channels in advance, wherein the mapping resources of the data channels are considered to comprise the residual resources after the control channel with the last mapping sequence in the received control channels in the first resource area;

the mapping resource of the data channel is considered to be in the range of the frequency domain resource of the data channel;

the frequency domain resources mapped by the data channel in the first resource region are considered to be within the range of the frequency domain resources of the data channel.

when at least two proprietary control channels exist in the equipment to which the data channel belongs, a predefined mapping sequence is set for the at least two proprietary control channels.

when the initial symbol position is within the first resource region, considering that the mapping resources of the data channel comprise the rest resources except the received control channel in the corresponding resources from the initial symbol in the first resource region;

obtaining the symbol position or the symbol number of the mapping control channel in the first resource area through receiving signaling;

the initial symbol mapped by the data channel is considered as the first symbol after the number of symbols mapped by the control channel in the first resource area;

the mapping resources of the data channel are considered to comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in the first resource region;

obtaining the idle symbol position in the first resource region through receiving signaling;

the initial symbol of the data channel mapping is considered as a first idle symbol from front to back in the time domain in the first resource area;

The mapping resources of the data channel are considered to comprise resources corresponding to idle symbols in the first resource region;

the mapping resources of the data channel are considered to comprise the residual resources except the resources occupied by the received control channel in the resources corresponding to the idle symbols in the first resource area;

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

when the starting symbol position is within the second resource region, the mapping resource of the data channel is considered to comprise a corresponding resource from the starting symbol in the second resource region;

The frequency domain resources mapped by the data channel in the second resource region are considered to be within the range of the frequency domain resources of the data channel.

obtaining the symbol position or the symbol number of the mapping control channel in the second resource area through receiving signaling;

the initial symbol mapped by the data channel is considered as the first symbol after the number of symbols mapped by the control channel in the second resource area;

the mapping resources of the data channel are considered to comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in the second resource region;

obtaining the idle symbol position in the second resource region through receiving signaling;

the initial symbol of the data channel mapping is considered to comprise a first idle symbol from front to back in the time domain in the second resource region;

the mapping resource of the data channel is considered to comprise the resource corresponding to the idle symbol in the second resource area;

The frequency domain resources mapped by the data channel in the second resource region are within the range of the frequency domain resources of the data channel.

The embodiment of the invention also provides a network side device, which can comprise: and the processing module is used for carrying out resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer, and preferably N is a positive integer greater than 1.

Preferably, the network side device further includes: a first setting module; the first setting module is configured to set a plurality of resource mapping modes for a specified resource area in the N resource areas.

Preferably, the specified resource region includes one of:

a first resource mapping mode;

a second resource mapping mode;

a resource mapping mode III;

a resource mapping mode IV;

And a resource mapping mode five.

Preferably, the network side device further includes: an indication module; the indication module is configured to indicate, through higher layer signaling and/or physical layer dynamic signaling, a resource mapping mode corresponding to the specified resource area, where the resource mapping mode corresponding to the specified resource area is one of the multiple resource mapping modes.

Preferably, the first specified resource mapping manner includes one of the following:

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

Preferably, the eleventh resource mapping manner includes at least one of the following features: the initial symbol position mapped to the data channel is indicated to the equipment to which the data channel belongs through signaling;

The embodiment of the invention also provides a base station, which can comprise: and the determining module is used for determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer, and preferably N is a positive integer greater than 1.

Preferably, the base station further comprises: a second setting module; the second setting module is configured to set a plurality of resource mapping modes for the designated resource areas in the N resource areas.

Preferably, the specified resource region includes one of: a control resource set configured to the device to which the data channel belongs;

A first resource mapping mode;

a second resource mapping mode;

a resource mapping mode III;

a resource mapping mode IV;

and a resource mapping mode five.

Preferably, the base station further comprises: an acquisition module; the acquisition module is configured to acquire a resource mapping mode corresponding to the specified resource area through higher layer signaling and/or physical layer dynamic signaling, where the resource mapping mode corresponding to the specified resource area is one of the multiple resource mapping modes.

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

The resource mapping mode is ten.

the mapping resources of the data channel are considered to comprise the residual resources except the resources occupied by the received control channel in the resources corresponding to the residual symbols except the symbols of the mapping control channel in the first resource area;

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

considering the mapping resource of the data channel as a resource corresponding to the remaining symbols except the symbol of the mapping control channel in the second resource region;

The present application will be described in further detail with reference to the accompanying drawings, in order to make the objects, technical solutions and advantages of the present application more apparent. It should be noted that, without conflict, embodiments of the present application and features in the embodiments may be combined with each other.

First embodiment

Fig. 1 is a flowchart of a method for resource mapping in an embodiment of the present invention, as shown in fig. 1, the method may include:

step 101: and respectively carrying out resource mapping of the data channel in N resource areas according to a resource mapping mode corresponding to each resource area, wherein N is a positive integer. Preferably, N is an integer greater than 1, and the N resource regions may be predefined.

Preferably, the resource mapping method provided by the embodiment of the invention can be applied to a transmitting side of a control channel, and further preferably, the method can be applied to a network side or a base station side.

Another method for mapping resources provided in the embodiment of the present invention includes: and determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer. Preferably, the method may be applied to a receiving side of a control channel, and further preferably, the method may be applied to a terminal side.

As an alternative embodiment of the present invention, each of the N resource areas is located in a resource area of the control channel. Preferably, each resource region may be a network side configured or defined resource region primarily or preferentially used for control channel transmission. The resource region of the control channel may contain at least one control resource set, each control resource set being composed of at least one physical resource block PRB in the frequency domain and at least one symbol in the time domain, there may be an overlap of resources between different control resource sets. It should be noted that, in the embodiments of the present invention, the "resource region of control channel" and the "control region" are equivalent.

As an alternative embodiment of the present invention, the frequency domain resources of each of the N resource regions are a subset of the frequency domain resources of the data channel.

Preferably, the embodiment of the invention can comprise the following two implementation manners:

preferably, as a first embodiment of the present invention, there is provided:

setting a plurality of resource mapping modes for a designated resource area in the N resource areas, preferably, the network side indicates the resource mapping mode corresponding to the designated resource area through a high-layer signaling and/or a physical layer dynamic signaling, wherein the resource mapping mode corresponding to the designated resource area is one of the plurality of resource mapping modes. Further optionally, the dynamic physical layer signaling is carried in a proprietary control channel of a device to which the data channel belongs.

In actual implementation, the designated resource region may include one of the following:

1) The control resource set configured to the device to which the data channel belongs, wherein preferably the control resource set here may be all control resource sets configured to the terminal, or at least one of the control resource sets configured to the terminal, wherein when the first resource region is at least one of the control resource sets configured to the terminal, the network side indicates the control resource set configured to the first resource region to the terminal through signaling or other manners;

2) The control resource set configured to the device to which the data channel belongs is a control resource set of a control channel of the device to which the data channel belongs, wherein preferably the control channel of the device to which the data channel belongs comprises a proprietary control channel and a public control channel of the device;

3) The control resource set of the control channel of the equipment which is allocated to the data channel is provided with the rest resources except other resources corresponding to the control resource set which is allocated to the equipment which is allocated to the data channel; preferably, the other control resource sets configured to the device to which the data channel belongs may include: and the control resource sets configured for the data channel are control resource sets except for the control resource sets of the control channel of the device to which the data channel belongs. When the control resource set of the control channel of the device allocated to the data channel belongs to the device, the control resource set of the control channel of the device allocated to the data channel is equal to the control resource set allocated to the device of the data channel, and the control resource sets allocated to the devices of the data channel are empty.

4) A control resource set configured to the device to which the data channel belongs and resources in a frequency domain range corresponding to the data channel;

5) Resources which are configured to the control resource set of the device to which the data channel belongs and are in the frequency domain range corresponding to the data channel exist in the control resource set of the control channel of the device to which the data channel belongs;

6) The control resource set of the control channel allocated to the device to which the data channel belongs has the remaining resources except the other resources corresponding to the control resource set allocated to the device to which the data channel belongs and the resources within the frequency domain corresponding to the data channel.

It should be noted that, in this document, the device to which the data channel belongs is a transmitting device or a receiving device corresponding to the data channel. For example, for a downlink data channel, the device to which the data channel belongs preferably refers to a receiving device, i.e., a terminal or a User Equipment (UE), of the data channel. The common control channel herein includes a common control channel common to a group of users, and the group of users includes a target terminal (i.e., a receiving device of the data channel).

Wherein the plurality of resource mapping modes comprise at least one of the following: a first resource mapping mode; a second resource mapping mode; a resource mapping mode III; a resource mapping mode IV; and a resource mapping mode five.

1) Resource mapping mode one

For the network side (or the base station side), the resource mapping mode one at least comprises one or more of the following characteristics:

a. allowing only a designated control channel to be transmitted in a designated resource area, wherein the designated control channel comprises a proprietary control channel and/or a public control channel of a device to which the data channel belongs;

b. mapping the data channel on the rest resources except the exclusive control channel and/or the public control channel of the device to which the data channel belongs in the appointed resource area;

c. the initial symbol of the data channel for resource mapping is the first symbol in the appointed resource region;

d. the initial symbol of the data channel for resource mapping is the first symbol in the control resource area;

e. the frequency domain resources mapped by the data channel in the designated resource region are a subset of the frequency domain resources of the data channel.

For the terminal side, the resource mapping mode one at least comprises one or more of the following characteristics:

a. Attempting to receive a terminal-specific control channel and/or a common control channel in the designated resource region;

b. considering that the mapping resources of the data channel comprise the rest resources except the resources occupied by the received control channel in the designated resource area;

c. the mapping resources of the data channel are considered to comprise the residual resources except the resources occupied by the received control channel in the frequency domain range corresponding to the data channel in the resource area designated by the number;

d. considering the initial symbol of the data channel for resource mapping as the first symbol in the appointed resource region;

e. the starting symbol of the data channel for resource mapping is considered as the first symbol in the control resource region.

It should be noted that only a part of data of the data channel is often mapped in the designated resource region, and the remaining part of data is mapped in the data channel resource region. Because the embodiment of the invention mainly describes how the data channel uses the residual resources in the resource area of the control channel, and the resource mapping of the data channel is mainly mapped according to the indication information in the control channel, the resource area of the data channel is not described in detail, and the default data channel continues to be mapped in the resource area of the data channel after the resource area of the control channel is mapped until the data of the data channel is completely mapped.

2) Resource mapping mode two

For the network side (or the base station side), the second resource mapping mode at least comprises one or more of the following characteristics:

a. the control channels mapped in the designated resource area at least comprise proprietary control channels and/or common control channels of the equipment to which the data channels belong, wherein optionally the control channels comprise all control channels in the current scheduling time unit, such as the control channels of the target terminal and the control channels of other terminals except the target terminal;

b. defining a mapping sequence among control channels, and when a plurality of control channels exist in a designated resource area, mapping the plurality of control channels into the designated resource area in sequence according to the defined mapping sequence;

c. mapping a data channel in the rest resources after mapping the resources of the exclusive control channel or the common control channel of the device to which the data channel belongs in the designated resource area;

d. the initial symbol of the data channel for resource mapping is the symbol of the proprietary control channel or the common control channel of the device to which the data channel belongs or the next symbol;

For the terminal side, the second resource mapping mode at least comprises one or more of the following characteristics:

b. defining a mapping sequence between control channels;

c. the mapping resources of the data channels are considered to comprise the residual resources except the control channel with the latest mapping sequence in the received control channels in the designated resource area;

d. considering that the mapping resources of the data channel in the designated resource region are within the range of the frequency domain resources of the data channel;

e. and the initial symbol of the data channel for resource mapping is the symbol of the proprietary control channel or the common control channel of the equipment to which the data channel belongs or the next symbol.

Preferably, the mapping order between control channels includes one or more of the following features: the control channel is mapped sequentially according to the sequence of frequency domain first, time domain then, frequency domain from low to high and time domain from front to back; the control channels are mapped in sequence from small to large according to the physical CCE index or the logic CCE index; the control channels are mapped in sequence from small to large according to the physical REG index or the logic REG index; the special control channel of the device to which the data channel belongs is arranged behind the common control channel when the resource mapping is carried out; the special control channel of the device to which the data channel belongs is arranged behind other control channels when the resource mapping is carried out; when there are a plurality of proprietary control channels of the device to which the data channel belongs, a predefined mapping order exists between the proprietary control channels of the devices to which the data channel belongs. By way of example, the terminal-specific control channels may include the following four types: a first type, a control channel for carrying downlink grant signaling of a current time slot; type two, control channel for carrying up going grant signaling in current time slot; type three, control channel for carrying downlink grant signaling across timeslots; type four, control channel for carrying uplink grant signaling across timeslots. In practical implementation, the mapping order of these four types of control channels may be predefined, for example: mapping type four, mapping type two, mapping type three, and mapping type one.

Here, the mapping order of the control channels corresponds to the resource order. For example, the resource order is arranged in order of frequency domain first, time domain second, frequency domain from low to high, time domain from front to back. For example, the control channel located higher in the frequency domain in the same symbol is arranged behind the control channel located lower in the frequency domain; the control channel with the rear time domain position is positioned behind the control channel with the front time domain position when different symbols are formed.

3) Resource mapping mode III

For the network side (or the base station side), the resource mapping mode III at least comprises one or more of the following characteristics:

a. signaling the start symbol mapped to the data channel to the device to which the data channel belongs, wherein preferably the start symbol position of the data channel can be located inside or outside the designated resource area, and the start symbol position corresponds to the data channel area;

b. indicating the starting symbol mapped to the data channel to the device to which the data channel belongs through signaling in units of subbands, wherein preferably, different subbands may have different starting symbol positions, and if the frequency domain corresponding to the data channel and/or the frequency domain corresponding to the designated resource region includes P subbands, P starting symbol position information needs to be indicated to the device (e.g., terminal) to which the data belongs; p is a positive integer;

c. Mapping the data channel from the start symbol according to the indication of the start symbol position of the data channel;

d. mapping the data channel on resources other than a dedicated control channel and a common control channel of a device to which the data channel belongs among the remaining resources starting from the start symbol in the designated resource region when the start symbol position is within the designated resource region;

For the terminal side, the resource mapping mode III at least comprises one or more of the following characteristics:

a. knowing the starting symbol position of the mapping data channel by receiving signaling, wherein preferably the starting symbol position of the data channel may be located inside or outside the specified resource region, and corresponds to the data channel region;

b. knowing the respective starting symbol positions of the data channel on one or more subbands by receiving signaling;

c. the initial symbol of the mapping resource of the data channel is considered to be the initial symbol position obtained through signaling;

d. When the initial symbol position is located in a designated resource area, considering that the mapping resources of the data channel comprise the rest resources except the exclusive control channel and the public control channel of the equipment to which the data channel belongs in the resources from the initial symbol in the designated resource area;

e. the frequency domain resources mapped by the data channel in the designated resource region are considered to be within the range of the frequency domain resources of the data channel.

Optionally, the signaling in the above description refers to higher layer signaling and/or physical layer dynamic signaling, where the physical layer dynamic signaling is carried in a dedicated control channel of a device to which a data channel of a scheduled data channel belongs.

4) Resource mapping mode four

For the network side (or the base station side), the resource mapping mode IV at least comprises one or more of the following characteristics:

a. the symbol position or the symbol number of the mapping control channel in the appointed resource region is indicated to the equipment to which the data channel belongs through signaling;

b. the starting symbol of the data channel mapping is the first symbol after the number of symbols of the mapping control channel in the designated resource area, preferably the default control channel is mapped from the first symbol of the designated resource area;

c. The mapping resources of the data channels in the appointed resource area are resources corresponding to the rest symbols except the control channels in the appointed resource area;

d. the mapping resources of the data channel in the appointed resource area are the residual resources except the resources occupied by the special control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the residual symbols except the mapping control channel in the appointed resource area;

For the terminal side, the resource mapping mode IV at least comprises one or more of the following characteristics:

a. obtaining the symbol position or the symbol number of the mapping control channel in the appointed resource region through receiving signaling;

b. the starting symbol of the data channel mapping is considered as the first symbol after the number of symbols of the mapping control channel in the designated resource area, preferably the default control channel is mapped from the first symbol of the designated resource area;

c. the mapping resource of the data channel is considered to comprise the resource corresponding to the residual symbol except the symbol of the mapping control channel in the appointed resource area;

d. The mapping resource of the data channel is considered to comprise the residual resources except the resources occupied by the special control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the residual symbols except the symbols of the mapping control channel in the appointed resource area;

5) Resource mapping mode five

For the network side (or the base station side), the resource mapping mode five at least comprises at least one of the following characteristics:

a. indicating the idle symbol positions in the designated resource region to the equipment to which the data channel belongs through signaling;

b. the initial symbol of the data channel mapping is the first idle symbol from front to back in the time domain in the appointed resource region;

c. mapping resources of the data channel in the appointed resource region are resources corresponding to idle symbols in the appointed resource region;

d. The mapping resources of the data channel in the appointed resource area are the rest resources except the resources occupied by the special control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the idle symbols in the appointed resource area;

For the terminal side, the resource mapping mode five at least comprises one or more of the following characteristics:

a. obtaining the idle symbol position in the appointed resource region through receiving signaling;

b. the initial symbol of the data channel mapping is considered as a first idle symbol from front to back in the time domain in the appointed resource region;

c. the mapping resource of the data channel is considered to comprise the resource corresponding to the idle symbol in the appointed resource region;

d. the mapping resource of the data channel is considered to comprise the residual resources except the resources occupied by the exclusive control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the idle symbols in the appointed resource area;

In the embodiments of the present invention, the "idle symbol position" may also be referred to as "symbol position available for mapping data channels".

Second embodiment

The invention provides a resource mapping method, which comprises the following steps:

and respectively carrying out resource mapping of the data channels in the plurality of resource areas according to the corresponding resource mapping modes. Wherein preferably the plurality of resource regions are predefined.

As an alternative embodiment of the present invention, the plurality of resource areas are located in a resource area of a control channel. Preferably, it refers to a resource region configured or specified on the network side, mainly or preferentially, for control channel transmission. It should be noted that the "resource region of control channel" and the "control region" described in the present invention are equivalent. Preferably, the resource region of the control channel contains one or more control resource sets, each control resource set is composed of one or more physical resource blocks PRB in the frequency domain and one or more symbols in the time domain. There may be an overlap of resources between different sets of control resources.

As an optional embodiment of the invention, the frequency domain resources of any one of the plurality of resource regions are a subset of the frequency domain resources of the data channel.

Preferably, another embodiment of the present invention includes:

setting a corresponding resource mapping mode for a designated resource region in the N resource regions, wherein preferably, the N resource regions at least can comprise a first resource region and a second resource region; the first resource region and the second resource region may be predefined. The network side performs resource mapping of the data channel in the first resource region according to a first specified resource mapping mode, and performs resource mapping of the data channel in the second resource region according to a second specified resource mapping mode.

In actual implementation, the first resource region and the second resource region may be defined as one of:

1) The first resource area is a control resource set configured to the equipment to which the data channel belongs, and the second resource area is the rest resources except the first resource area in the resource area of the control channel;

2) The first resource area is a control resource set configured to the control resource set of the device to which the data channel belongs, wherein the control resource set of the control channel of the device to which the data channel belongs exists in the control resource set, and the second resource area is the rest resources except the first resource area in the resource area of the control channel;

3) The first resource area is the remaining resources except for the resources corresponding to the control resource sets which are configured to the equipment which the data channel belongs to in the control resource sets which are configured to the equipment which the data channel belongs to, and the second resource area is the remaining resources except for the first resource area in the resource areas of the control channel; preferably, the other control resource sets configured to the device to which the data channel belongs may include: and the control resource sets configured for the data channel are control resource sets except for the control resource sets of the control channel of the device to which the data channel belongs. When the control resource set of the control channel of the device allocated to the data channel belongs to the device, the control resource set of the control channel of the device allocated to the data channel is equal to the control resource set allocated to the device of the data channel, and the control resource sets allocated to the devices of the data channel are empty.

4) The first resource region is a control resource set configured to the device to which the data channel belongs and is a resource in a frequency domain range corresponding to the data channel, and the second resource region is a residual resource except the first resource region in the resource region of the control channel and in the frequency domain range corresponding to the data channel;

5) The first resource region is a resource which is configured to the control resource set of the device to which the data channel belongs, is in the frequency domain range corresponding to the data channel, and is in the control resource set of the control channel of the device to which the data channel belongs, and the second resource region is the rest resource except the first resource region in the resource region of the control channel and in the frequency domain range corresponding to the data channel;

6) The first resource region is a resource in which a control resource set of a control channel configured to a device to which the data channel belongs has a remaining resource of the control resource set of the control channel of the device to which the data channel belongs except other resources corresponding to the control resource set configured to the device to which the data channel belongs and is in a frequency domain range corresponding to the data channel, and the second resource region is a remaining resource in a resource region of the control channel and is in a frequency domain range corresponding to the data channel except the first resource region.

It should be noted that, in this document, the device to which the data channel belongs is a transmitting device or a receiving device corresponding to the data channel. For example, for a downlink data channel, the device to which the data channel belongs preferably refers to a receiving device, i.e. a terminal or a user equipment, of the data channel. The common control channel herein includes a common control channel common to a group of users, and the group of users includes a target terminal therein.

By way of example, the first specified resource mapping manner may include one of: a sixth resource mapping mode; a seventh resource mapping mode; a resource mapping mode eight; a resource mapping mode nine; the resource mapping mode is ten.

1) Resource mapping mode six

For the network side (or the base station side), the resource mapping mode six at least comprises one or more of the following characteristics:

a. allowing only a designated control channel to be transmitted in a first resource area, wherein the designated control channel comprises a proprietary control channel and/or a public control channel of a device to which the data channel belongs;

b. mapping the data channel on the residual resources except the exclusive control channel and/or the common control channel of the device to which the data channel belongs in the first resource area;

c. the initial symbol of the data channel for resource mapping is the first symbol in the first resource area;

e. the frequency domain resources mapped by the data channel in the first resource region are a subset of the frequency domain resources of the data channel.

For the terminal side, the sixth resource mapping manner at least comprises one or more of the following features:

a. Attempting to receive a terminal-specific control channel and/or a common control channel in the first resource region;

b. considering that the mapping resources of the data channel comprise the residual resources except the resources occupied by the received control channel in the first resource area;

c. the mapping resources of the data channel are considered to comprise residual resources except the resources occupied by the received control channel in a frequency domain range corresponding to the data channel in a first resource area;

d. considering the initial symbol of the data channel for resource mapping as the first symbol in the first resource area;

Here, only a part of data of the data channel is often mapped in the first resource region, and the remaining part of data is mapped in the data channel region. Because the invention mainly describes how the data channel uses the residual resources in the resource area of the control channel, and the resource mapping of the data channel is mainly mapped according to the indication information in the control channel, the resource area of the data channel is not described in detail, and the default data channel can continue to be mapped in the resource area of the data channel after the resource area of the control channel is mapped until the data of the data channel is completely mapped.

2) Resource mapping mode seven

For the network side (or the base station side), the resource mapping mode seven at least comprises one or more of the following characteristics:

a. the control channels mapped in the first resource area at least comprise proprietary control channels and/or common control channels of the devices to which the data channels belong, wherein optionally the control channels comprise all control channels in the current scheduling time unit, such as control channels comprising the target terminal and control channels of other terminals except the target terminal;

b. defining a mapping sequence among control channels, and when a plurality of control channels exist in a first resource area, mapping the plurality of control channels into the first resource area in sequence according to the defined mapping sequence;

c. mapping a data channel in the remaining resources after mapping the resources of the exclusive control channel or the common control channel of the device to which the data channel belongs in the first resource region;

For the terminal side, the resource mapping mode seven at least comprises one or more of the following characteristics:

b. defining a mapping sequence between control channels;

c. considering that the mapping resources of the data channel comprise the residual resources in the first resource area except for the control channel with the latest mapping sequence in the received control channel;

d. the mapping resource of the data channel is considered to be in the range of the frequency domain resource of the data channel;

3) Resource mapping mode eight

For the network side (or the base station side), the resource mapping mode eight at least comprises one or more of the following characteristics:

a. signaling the start symbol mapped to the data channel to the device to which the data channel belongs, wherein preferably the start symbol position of the data channel can be located inside or outside the first resource area, and the start symbol position corresponds to the data channel area;

b. indicating the starting symbol mapped to the data channel to the device to which the data channel belongs through signaling in units of subbands, wherein preferably, different subbands may have different starting symbol positions, and if the frequency domain corresponding to the data channel and/or the frequency domain corresponding to the first resource region includes P subbands, P starting symbol position information needs to be indicated to the device (e.g., terminal) to which the data belongs;

d. mapping the data channel on resources except a proprietary control channel and a public control channel of a device to which the data channel belongs in the residual resources from the start symbol in the first resource region when the start symbol position is in the first resource region;

For the terminal side, the resource mapping mode eight at least comprises one or more of the following characteristics:

a. knowing, by receiving signaling, a starting symbol position mapped to the data channel, wherein preferably the starting symbol position of the data channel may be located inside or outside the first resource region, corresponding to a data channel region;

d. when the initial symbol position is located in a first resource area, considering that the mapping resources of the data channel comprise the rest resources except the exclusive control channel and the public control channel of the equipment to which the data channel belongs in the resources from the initial symbol in the first resource area;

e. The frequency domain resources mapped by the data channel in the first resource region are considered to be within the frequency domain resources of the data channel.

Preferably, the signaling in the above description refers to higher layer signaling and/or physical layer dynamic signaling, wherein optionally the physical layer dynamic signaling is carried in a control channel specific to the device to which the data channel of the data channel is scheduled.

4) Resource mapping mode nine

For the network side (or the base station side), the resource mapping mode nine at least comprises one or more of the following characteristics:

a. the symbol position or the symbol number of the mapping control channel in the first resource area is indicated to the equipment to which the data channel belongs through signaling;

b. the starting symbol of the data channel mapping is the first symbol after the number of symbols of the mapping control channel in the first resource area, preferably the default control channel is mapped from the first symbol of the first resource area;

c. the mapping resources of the data channels in the first resource area are resources corresponding to the remaining symbols except the control channels in the first resource area;

d. the mapping resources of the data channel in the first resource area are the residual resources except the resources occupied by the special control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the residual symbols except the mapping control channel in the first resource area;

For the terminal side, the resource mapping mode nine at least comprises one or more of the following characteristics:

a. obtaining the symbol position or the symbol number of the mapping control channel in the first resource area through receiving signaling;

b. the starting symbol of the data channel mapping is considered as the first symbol after the number of symbols of the mapping control channel in the first resource area, preferably the default control channel is mapped from the first symbol of the first resource area;

c. the mapping resources of the data channel are considered to comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in a first resource region;

d. considering that the mapping resources of the data channel comprise the residual resources except the resources occupied by the special control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the residual symbols except the symbols of the mapping control channel in the first resource area;

5) Resource mapping mode ten

For the network side (or the base station side), the resource mapping mode at least comprises one or more of the following characteristics:

a. indicating the idle symbol positions in the first resource region to equipment to which the data channel belongs through signaling;

b. the initial symbol of the data channel mapping is a first idle symbol from front to back in the time domain in the first resource region;

c. the mapping resource of the data channel in the first resource area is a resource corresponding to an idle symbol in the first resource area;

d. the mapping resources of the data channel in the first resource area are the rest resources except the resources occupied by the special control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the idle symbols in the first resource area;

For the terminal side, the resource mapping mode comprises at least one or more of the following characteristics:

a. obtaining the idle symbol position in the first resource region through receiving signaling;

b. the initial symbol of the data channel mapping is considered as a first idle symbol from front to back in the time domain in the first resource area;

c. the mapping resources of the data channel are considered to comprise resources corresponding to idle symbols in the first resource region;

d. the mapping resources of the data channel are considered to comprise the residual resources except the resources occupied by the special control channel and the public control channel of the equipment to which the data channel belongs in the resources corresponding to the idle symbols in the first resource area;

Preferably, the first specified resource mapping manner may be one of the above multiple resource mapping manners (resource mapping manners six to ten) fixedly, or one of the multiple resource mapping manners six to ten is selected as the current scheduling time unit or the resource mapping manner in the current period of time by a signaling configuration manner.

By way of example, the second specified resource mapping manner may include one of: eleven, twelve or thirteenth resource mapping modes.

1) Resource mapping mode eleven

For the network side (or the base station side), the resource mapping mode eleven at least comprises one or more of the following characteristics:

a. the starting symbol mapped to the data channel is indicated to the device to which the data channel belongs through signaling, wherein preferably, the starting symbol position of the data channel can be located inside or outside the second resource area. Otherwise, the data channel region is corresponding;

b. indicating the starting symbol mapped to the data channel to the equipment to which the data channel belongs by signaling in units of subbands, preferably different subbands may have different starting symbol positions, and if the frequency domain corresponding to the data channel and/or the frequency domain corresponding to the second resource region includes P subbands, indicating P starting symbol position information to the equipment (e.g., terminal) to which the data belongs;

d. the frequency domain resources mapped by the data channel in the second resource region are a subset of the frequency domain resources of the data channel.

For the terminal side, the resource mapping mode eleven at least comprises one or more of the following characteristics:

a. knowing the starting symbol position of the mapping data channel by receiving signaling, wherein preferably the starting symbol position of the data channel may be located inside or outside the second resource region. Otherwise, the data channel region is corresponding;

b. knowing the respective initial symbol positions of the data channel on one or more subbands by receiving signaling, preferably different subbands may have different initial symbol positions, and if the frequency domain corresponding to the data channel and/or the frequency domain corresponding to the second resource region includes P subbands, indicating P initial symbol position information to a device (e.g., a terminal) to which the data belongs;

d. when the starting symbol position is located in a second resource area, the mapping resource of the data channel is considered to comprise the resource from the starting symbol in the first resource area;

e. The frequency domain resources mapped by the data channel in the second resource region are considered to be within the frequency domain resources of the data channel.

Preferably, the signaling for indicating the start symbol position and the signaling for indicating the start symbol position of the mapping control channel in the first resource region in the present invention may be the same signaling or may be separately indicated by different signaling.

2) Twelve resource mapping modes

For the network side (or the base station side), the resource mapping mode twelve at least comprises one or more of the following characteristics:

a. the symbol position or the symbol number of the mapping control channel in the second resource region is indicated to the equipment to which the data channel belongs through signaling, preferably through common control signaling;

b. the initial symbol of the data channel mapping is the first symbol after the number of symbols of the control channel mapping in the second resource area, preferably the default control channel mapping is started from the first symbol of the second resource area;

c. The mapping resources of the data channels in the second resource area are resources corresponding to the remaining symbols except the control channels in the second resource area;

d. the frequency domain resources mapped by the data channel in the first resource region are a subset of the frequency domain resources of the data channel.

For the terminal side, the resource mapping mode twelve at least comprises one or more of the following characteristics:

a. knowing the symbol position or the symbol number of the mapping control channel in the second resource region by receiving signaling, preferably the signaling here refers to common control signaling;

b. considering the initial symbol of the data channel mapping as the first symbol after the number of symbols of the control channel mapping in the second resource area, preferably mapping the default control channel from the first symbol of the second resource area;

c. the mapping resources of the data channel are considered to comprise resources corresponding to the remaining symbols except the symbols of the mapping control channel in a second resource region;

d. the frequency domain resources mapped by the data channel in the second resource region are considered to be within the frequency domain resources of the data channel.

Preferably, the signaling for indicating the number of symbol positions or symbols mapped to the control channel in the second resource region and the signaling for indicating the number of symbol positions or symbols mapped to the control channel in the first resource region in the present invention may be the same signaling or may be separately indicated through different signaling.

3) Resource mapping mode thirteen

For the network side (or the base station side), the resource mapping mode thirteen at least comprises one or more of the following characteristics:

a. indicating the idle symbol positions in the second resource region to the equipment to which the data channel belongs through signaling;

b. the initial symbol of the data channel mapping is the first idle symbol from front to back in the time domain in the second resource region;

c. the mapping resource of the data channel in the second resource area is the resource corresponding to the idle symbol in the second resource area;

For the terminal side, the resource mapping mode thirteen at least comprises one or more of the following characteristics:

a. obtaining the idle symbol position in the second resource region through receiving signaling;

b. the initial symbol of the data channel mapping is considered as a first idle symbol from front to back in the time domain in the second resource region;

c. the mapping resource of the data channel is considered to comprise the resource corresponding to the idle symbol in the second resource area;

d. the frequency domain resources mapped by the data channel in the first resource region are considered to be within the frequency domain resources of the data channel.

Preferably, the signaling herein refers to terminal-specific control signaling or common control signaling.

Preferably, the signaling for indicating the idle symbol position in the second resource region and the signaling for indicating the idle symbol position in the first resource region may be unified one signaling or respectively indicated by different signaling.

Preferably, the second specified resource mapping mode is fixedly one of eleven to thirteenth resource mapping modes.

It should be noted that the resource mapping described herein may also be understood as a rate matching. That is, "resource mapping" as described herein may be equivalently "rate matching". The "device to which the data channel belongs" herein preferably refers to a target terminal (i.e., a terminal that receives the data channel). In this context, the terms "terminal" and "user" are equivalent.

In order to further embody the object of the present invention, further illustration is made on the basis of the first and second embodiments of the present invention.

Third embodiment

Fig. 2 is a first resource mapping diagram of a method for mapping resources according to an embodiment of the present invention, as shown in fig. 2, a frequency domain range of a data channel of UE1 is a range defined by a PDSCH1 of a vertical physical downlink shared channel (Physical Downlink Shared Channel, PDSCH) in the figure, and DCI1 is used to indicate a resource allocation situation of the data channel of UE1, where CORESET1 is a control resource set (Control Resource Set, CORESET) configured by a base station to UE 1. Also within the PDSCH1 frequency domain is a core 2, which is not a control resource set allocated to UE1, but a control resource set allocated to other users (e.g., UE 2), and is mainly used to transmit downlink control information (Downlink Control Information, DCI) of other users. The duration of the control resource sets CORESET1 and CORESET2 in the time domain is 2 OFDM symbols. In the embodiment of the present invention, CORESET1 may be understood as a first resource region, and CORESET2 may be understood as a second resource region.

The base station specifies that only the control channel or the common control channel of UE1 is allowed to be transmitted in the control resource set CORESET1 allocated to UE1, and transmits the data channel PDSCH1 of UE1 in the remaining resources of the control resource set other than the control channel or the common control channel used for transmitting UE 1. As shown in fig. 2, on the base station side, PDSCH1 is mapped into the remaining resources except DCI1 in CORESET1 and into the data channel resource region. On the receiving side, the UE1 can determine whether there is a dedicated control channel or a common control channel in the control resource set CORESET1 through blind detection, determine a specific resource position, and receive the data channel PDSCH1 corresponding to the DCI1 at the remaining resource positions in the control channel and in the data channel resource region.

Since control resource set CORESET2 is a non-configured control resource set for UE1, UE1 is not aware of CORESET2 and whether there is DCI for other users in it and the specific resource location of the DCI. Therefore, on the base station side, the base station indicates to the UE1 the starting symbol position of the PDSCH1 in CORESET2 through signaling, and the starting symbol of the PDSCH1 in CORESET2 in fig. 2 is the 2 nd OFDM symbol, that is, the PDSCH1 performs resource mapping from the 2 nd OFDM symbol in CORESET 2. On the receiving side, UE1 receives data channel PDSCH1 according to the CORESET2 resource map described above.

Fourth embodiment

Fig. 3 is a second resource mapping diagram of a method for mapping resources according to an embodiment of the present invention, as shown in fig. 3, a frequency domain range of a data channel of UE1 is a range defined by a vertical PDSCH1 in the figure, and DCI1 is used to indicate a resource allocation situation of the data channel of UE1, where CORESET1 is a control resource set configured by a base station to UE 1. Other users' DCIs are also allowed in CORESET1, for example DCI2 in FIG. 3 is the DCI of UE 2. Also within the PDSCH1 frequency domain is a core 2, which is not a set of control resources allocated to UE1, but a set of control resources allocated to other users, e.g., UE3, primarily for transmitting DCI for other users (except UE 1). The duration of the control resource sets CORESET1 and CORESET2 in the time domain is 2 OFDM symbols.

The base station defines that the control resource set CORESET1 allocated to the UE1 allows the DCI of other users to be transmitted in addition to the DCI of the UE1, but it is necessary to sequentially transmit the DCI of a plurality of users in the order of resources from the first frequency domain to the second time domain, from the low frequency domain to the high frequency domain, and from the first time domain to the second time domain. For example, in fig. 3, on the base station side, DCI2 of UE2 needs to be placed before DCI1 of UE1, and then data channel PDSCH1 of UE1 is transmitted on resources after DCI1 of CORESET 1. On the receiving side, UE1 obtains the specific resource location of its own control channel DCI1 in control resource set CORESET1 through blind detection, and considers that the data in data channel PDSCH1 of UE1 is mapped on the resources following DCI1 in CORESET 1.

Since control resource set CORESET2 is a non-configured control resource set for UE1, UE1 is not aware of CORESET2 and whether it has other users' DCIs and the specific resource locations of the DCIs. Thus, on the base station side, the base station indicates to UE1 the starting symbol position of PDSCH1 in CORESET2 by signaling, as in fig. 3, the starting symbol of PDSCH1 in CORESET2 is the 3 rd OFDM symbol, i.e. PDSCH1 performs resource mapping in CORESET2 starting from the 3 rd OFDM symbol. Here, the 3 rd OFDM symbol is located outside CORESET2, i.e., in the data channel resource region, and thus data channel mapping is not performed in CORESET 2. On the receiving side, UE1 receives data channel PDSCH1 according to the CORESET2 resource map described above.

It should be noted that, when there are multiple proprietary control channels of UE1 in the current scheduling time unit, the arrangement order between these multiple proprietary control channels needs to be specified, otherwise, UE1 cannot determine whether the DCI currently detected blindly is the last DCI in the current scheduling time unit. For example, the terminal-specific control channels include: 1) A terminal-specific control channel for scheduling uplink data traffic in a current scheduling time unit; 2) A terminal-specific control channel for scheduling downlink data traffic in a current scheduling time unit; 3) A terminal-specific control channel for scheduling uplink data traffic in a scheduled time unit subsequent to the current scheduled time unit; 4) A terminal-specific control channel for scheduling uplink data traffic in a scheduled time unit subsequent to the current scheduled time unit. The four terminal-specific control channels are mapped sequentially in a predefined order. Preferably, when all of the four control channels are present in the current schedule time unit, the dedicated control channel 2 is mapped last).

Fifth embodiment

The network side (or base station) sets a plurality of resource mapping modes for the appointed resource region, and indicates the mapping mode currently used to the terminal through signaling. Preferably, the base station indicates the currently used resource mapping mode to the terminal through physical layer dynamic signaling.

By way of example, the various resource mapping approaches may include: one or more of a first resource mapping manner, a second resource mapping manner, a third resource mapping manner, a fourth resource mapping manner and a fifth resource mapping manner in the first embodiment.

For example, the plurality of resource mapping modes includes a mode one and a mode two. Firstly, blind detection is carried out on a control resource set configured to a terminal, DCI corresponding to the terminal and a specific resource position of the DCI are determined, and resources of a mapping data channel are determined; the manner of resource mapping is determined by the PDSCH starting symbol (i.e., the data channel of the terminal is mapped from the PDSCH starting symbol in the set of control resources allocated to the terminal, except for the DCI of the terminal and the remaining resources of the resources occupied by the common control channel). The first method is preferably the second resource mapping method in the first embodiment, and the second method is preferably the third resource mapping method in the first embodiment.

In actual implementation, the base station indicates the starting symbol position of PDSCH1 to user UE 1. Meanwhile, the base station is further configured to indicate whether the data channel resource mapping should be performed in the first mode or the second mode in the control resource set configured to the UE1 by adding 1 bit in the DCI1 of the UE 1. Therefore, the base station can select any mapping mode according to the actual situation.

For example, as shown in fig. 3, when there is no resource overlap between the control resource set CORESET1 configured to the terminal UE1 and the control resource set CORESET2 not configured to the terminal UE1, the base station performs resource mapping of the UE1 data channel PDSCH1 to the CORESET1 in a manner, and the base station indicates to the terminal UE1 that the resource mapping is performed in a manner to the CORESET1 configured to the terminal through signaling, so that the UE1 knows that the data channel PDSCH1 is performed in a manner to the CORESET1 and receives the data channel in a manner to the CORESET 1.

Fig. 4 is a third resource mapping diagram of a resource mapping method in an embodiment of the present invention, as shown in fig. 4, when there is a partial resource overlap between the control resource set CORESET1 configured to the terminal UE1 and the control resource set CORESET2 not configured to the UE1, if the resource mapping is performed in the first manner, all DCI must be placed on the overlapping portion resources of the two control resource sets, which has a significant limitation on the scheduling of the base station, especially when the overlapping portion resources are not too many.

Fig. 5 is a fourth resource mapping diagram of a method for resource mapping in an embodiment of the present invention, as shown in fig. 5, in order not to cause too great limitation on scheduling of a base station, the base station performs resource mapping on CORESET1 in a second mode, and the base station indicates to the terminal UE1 that resource mapping is performed on CORESET1 in the second mode through signaling, so that the UE1 receives a data channel in the second mode after knowing that the data channel PDSCH1 performs resource mapping in the second mode.

Since control resource set CORESET2 is a non-configured control resource set for UE1, UE1 is not aware of CORESET2 and whether it has other users' DCIs and the specific resource locations of the DCIs. Therefore, on the base station side, the base station indicates to the UE1 the starting symbol position of the PDSCH1 in CORESET2 through signaling, as in fig. 4 and 5, the starting symbol of the PDSCH1 in CORESET2 is the 2 nd OFDM symbol, i.e. the PDSCH1 performs resource mapping in CORESET2 starting from the 2 nd OFDM symbol. On the receiving side, UE1 receives data channel PDSCH1 according to the CORESET2 resource map described above.

Note that, when the control resource set CORESET1 allocated to the terminal UE1 is the resource mapping mode two, the base station needs to signal to the UE1 a starting symbol position (referred to as a starting symbol position 1) of the PDSCH1 in CORESET1, and there is also a starting symbol position (referred to as a starting symbol position 2) on the control resource set CORESET2 not allocated to the UE 1. The two initial symbol positions may be the same or different, and when the two initial symbol positions are the same, that is, the initial symbol position of the UE1 defaults to the control resource set CORESET1 is the initial symbol position of CORESET2, the base station only needs to uniformly notify information of one initial symbol position through signaling. When the two initial symbol positions are different, the base station needs to respectively notify a plurality of initial symbol positions through signaling, and the plurality of initial symbol positions can respectively correspond to symbols on one sub-band by taking the sub-band as a unit, or respectively correspond to symbols on different control resource sets. In the embodiment of the present invention, the starting symbol position may be the starting symbol position of the data channel resource mapping on CORESET1 and CORESET2, and the starting symbol position is also dynamically notified through the physical layer signaling.

In practical implementation, the network side may indicate to the terminal whether switching between multiple mapping modes is enabled through higher layer signaling, when the signaling indicates "not enabled", the base station maps the data channel according to the signaling indication of the initial symbol position of the PDSCH, and the terminal knows that the data channel starts to map from the initial symbol position of the PDSCH indicated by the base station, and starts to receive the data channel from the initial symbol position.

Sixth embodiment

The network side (or the base station) sets a plurality of resource mapping modes for the designated resource area, and indicates the currently used mapping mode to the terminal through signaling, and when the base station configures a plurality of control resource sets for the terminal, different resource areas of the plurality of control resource sets may adopt the same or different mapping modes. Preferably, the base station indicates the mapping manner currently used to the terminal through physical layer dynamic signaling.

Fig. 6 is a fifth resource mapping diagram of a resource mapping method in an embodiment of the present invention, as shown in fig. 6, where CORESET1 and CORESET2 are two control resource sets configured for UE1, where the duration of CORESET1 in the time domain is 2 symbols, the duration of CORESET2 in the time domain is 3 symbols, and there is a partial resource overlap between CORESET2 and CORESET 1.

In practical implementation, when there is a control channel or a Common control channel of UE1 in CORESET2, as shown in fig. 6, there are two control channels of scheduling users in CORESET1, namely, a control channel DCI1 of UE1 (DCI 1 is used for scheduling data channel PDSCH1 of UE 1) and a control channel DCI2 of other users, and there is one control channel DCI3 and a Common control channel Common DCI of scheduling other users in CORESET 2. Since there are control channels (i.e., control channel DCI1 and Common control channel DCI of UE i) that can be detected by UE blindly in CORESET1 and CORESET2, UE1 knows the resource situation occupied by CORESET1 and CORESET2 respectively, for example, DCI1 in CORESET1 can be received by UE1 and Common DCI in CORESET2 can be received by UE1, so resource mapping can be performed in CORESET1 and CORESET2 in a first manner. Signaling indicates to UE1 that resource mapping is performed in both CORESET1 and CORESET2 in a manner one. Specifically, a predefined mapping order is required to be set for the control channel, in CORESET1, the base station sorts DCIs of all users in a predefined manner, DCI2 of other users is placed before DCI1 of UE1, and data channel PDSCH1 of UE1 is mapped in the remaining resources after DCI1 except the resources occupied by CORESET 2; in COERESET2, the base station sorts DCIs of all users according to a predefined mode, places DCIs of other users in front of Common DCIs, and maps a data channel PDSCH1 of UE1 in the residual resources after the Common DCIs; at the receiving end, after receiving the indication of the resource mapping mode of the base station, the UE1 knows that PDSCH1 is mapped in the remaining resources except CORESET2 after DCI1 in CORESET1, PDSCH1 is mapped in the resources after Common DCI in CORESET2, and receives the data channel PDSCH1 according to the above mapping mode and the indication of other information of DCI 1.

In practical implementation, when there is no control channel and no common control channel of the target user in CORESET2, the base station indicates to the terminal that its data channels are mapped in mode one on resources other than CORESET2 in CORESET1, and that data channels are mapped in mode two in other control resource sets (including CORESET 2).

Fig. 7 is a sixth resource mapping diagram of a method for mapping resources according to an embodiment of the present invention, as shown in fig. 7, since CORESET2 does not have a control channel or a common control channel of UE1, it is required to map data channels in a second manner, where the data channels are mapped from the 2 nd symbol on CORESET2, and the data channels are mapped in a first manner on resources other than CORESET2 in CORESET 1. The base station informs the UE1 through signaling that the initial symbol position of the data channel for resource mapping in CORESET2 is the 2 nd OFDM symbol.

Optionally, the base station may select an appropriate data channel mapping manner for the resource region corresponding to the control resource set configured to the target terminal according to different mapping conditions of CORESET1 and CORESET2, transmission conditions of the control channel, channel quality environment, and the like, and indicate the mapping manner to the terminal through signaling. The different resource region division may be performed according to different control resource sets, or according to whether a control channel or a common control channel of the target user exists/is received in the control resource sets, or whether the control channel or the common control channel of the target user exists/is received, or the remaining resources except other control resource sets (such as CORESET2 in fig. 6 and 7) configured for the target user in the control channel region corresponding to the data channel frequency domain in the remaining resources except the foregoing resources, and so on. The different region divisions should preferably be predefined.

In the embodiment of the invention, the resource mapping of the data channel is performed in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer. Compared with the prior art, the resource mapping of the data channel is carried out by different resource areas according to the corresponding resource mapping mode, so that the dynamic use of the control channel area resource by the data channel can be realized, the signaling overhead is reduced, and the resource utilization rate of the control channel area is ensured.

Seventh embodiment

For the method of the embodiment of the present invention, the embodiment of the present invention further provides a network side device for resource mapping, where the network side device may include:

and the processing module is used for carrying out resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer.

Preferably, the specified resource region includes one of:

a first resource mapping mode;

a second resource mapping mode;

a resource mapping mode III;

a resource mapping mode IV;

and a resource mapping mode five.

Preferably, the network side device further includes: an indication module; the indication module is configured to indicate, through higher layer signaling and/or physical layer dynamic signaling, a resource mapping mode corresponding to the specified resource area, where the resource mapping mode corresponding to the specified resource area is one of the multiple resource mapping modes. .

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

In practical applications, the processing module, the first setting module and the indication module may be implemented by a central processing unit (Central Processing Unit, CPU), a microprocessor (Micro Processor Unit, MPU), a digital signal processor (Digital Signal Processor, DSP), or a field programmable gate array (Field Programmable Gate Array, FPGA) in the network side device.

Eighth embodiment

For the method of the embodiment of the present invention, the embodiment of the present invention also provides a base station for resource mapping, where the base station may include: and a determining module for determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer.

a first resource mapping mode;

a second resource mapping mode;

a resource mapping mode III;

a resource mapping mode IV;

and a resource mapping mode five.

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

In practical applications, the determining module, the second setting module and the obtaining module may be implemented by CPU, MPU, DSP, FPGA located in the base station.

It will be appreciated by those skilled in the art that embodiments of the present invention may be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of a hardware embodiment, a software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, magnetic disk storage, optical storage, and the like) having computer-usable program code embodied therein.

The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems) and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flowchart illustrations and/or block diagrams, and combinations of flows and/or blocks in the flowchart illustrations and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

The foregoing description is only of the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention.

Claims

1. A method of resource mapping, the method comprising:

respectively carrying out resource mapping of a data channel in N resource areas according to a resource mapping mode corresponding to each resource area, wherein N is a positive integer;

each of the N resource regions is located in a resource region of a control channel;

the frequency domain resource of any one of the N resource areas is a subset of the frequency domain resource of the data channel;

the method further comprises the steps of: setting a plurality of resource mapping modes for the appointed resource region in the N resource regions;

the specified resource region includes one of:

the method comprises the steps that the control resource set of the control channel of the device which is allocated to the data channel is provided with the rest resources except for the resources corresponding to the other control resource sets which are allocated to the device which is allocated to the data channel and the resources in the frequency domain range corresponding to the data channel;

The plurality of resource mapping modes comprise at least one of the following: a first resource mapping mode; a second resource mapping mode; a resource mapping mode III; a resource mapping mode IV; a fifth resource mapping mode;

the first resource mapping mode comprises at least one of the following characteristics:

the frequency domain resources mapped by the data channel in the designated resource region are subsets of the frequency domain resources of the data channel;

the second resource mapping mode includes at least one of the following features:

the third resource mapping mode includes at least one of the following features:

Mapping the data channel from a starting symbol position according to the indication of the starting symbol position of the data channel;

when the initial symbol position is in the designated resource area, mapping resources of the data channel comprise the rest resources except the resources occupied by the exclusive control channel and/or the public control channel of the equipment to which the data channel belongs in the designated resource area from the resources corresponding to the initial symbol position;

the fourth resource mapping manner includes at least one of the following features:

the fifth resource mapping mode includes at least one of the following features:

2. The method according to claim 1, wherein the method further comprises:

3. The method of claim 1, wherein the step of determining the position of the substrate comprises,

the N resource areas at least comprise a first resource area and a second resource area.

4. The method of claim 3, wherein the step of,

and performing resource mapping of the data channel according to a first specified resource mapping mode in the first resource region, and performing resource mapping of the data channel according to a second specified resource mapping mode in the second resource region.

5. The method of claim 3, wherein the first resource region is a control resource set configured to a device to which the data channel belongs, and the second resource region is a remaining resource other than the first resource region in a resource region of the control channel; or,

6. The method of claim 4, wherein the first specified resource mapping scheme comprises at least one of:

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

7. The method of claim 6, wherein the sixth resource mapping manner comprises at least one of the following features:

8. The method of claim 6, wherein the resource mapping scheme seven comprises at least one of the following features:

9. The method according to claim 1 or 8, characterized in that the mapping order between the control channels comprises at least one of the following features:

10. The method of claim 6, wherein the resource mapping scheme eight includes at least one of the following features:

when the initial symbol position is in the first resource region, mapping resources of the data channel comprise residual resources except resources occupied by a proprietary control channel and/or a public control channel of equipment to which the data channel belongs in the resources corresponding to the initial symbol position in the first resource region;

11. The method of claim 6, wherein the resource mapping method nine comprises at least one of the following features:

12. The method of claim 6, wherein the resource mapping scheme ten includes at least one of the following features:

13. The method of claim 4, wherein the second specified resource mapping scheme comprises one of:

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

14. The method of claim 13, wherein the resource mapping manner eleven includes at least one of the following features:

15. The method of claim 13, wherein the resource mapping pattern twelve includes at least one of the following features:

16. The method of claim 13, wherein the resource mapping scheme thirteen includes at least one of the following features:

17. A method of resource mapping, the method comprising:

determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area, wherein N is a positive integer;

the specified resource region includes one of:

The control resource set of the control channel of the device which is allocated to the data channel is provided with the rest resources except the resources corresponding to the control resource set which is allocated to the device which is allocated to the data channel and the resources in the frequency domain range corresponding to the data channel;

attempting to receive a dedicated control channel and/or a common control channel of a terminal in the designated resource region;

the initial symbol of the data channel for resource mapping is considered as the first symbol in the control resource area;

considering that the frequency domain resources mapped by the data channel in the designated resource region are within the range of the frequency domain resources of the data channel;

when the starting symbol position is within the designated resource region, considering that the mapping resource of the data channel comprises the rest resources except the received control channel in the corresponding resources from the starting symbol position in the designated resource region;

18. The method of claim 17, wherein the method further comprises:

19. The method of claim 17, wherein the step of determining the position of the probe is performed,

20. The method of claim 19, wherein the step of determining the position of the probe comprises,

21. The method of claim 19, wherein the first resource region is a control resource set configured to a device to which the data channel belongs, and the second resource region is a remaining resource of a resource region of the control channel other than the first resource region; or,

22. The method of claim 20, wherein the first specified resource mapping scheme comprises at least one of:

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

23. The method of claim 22, wherein the sixth resource mapping manner includes at least one of the following features:

24. The method of claim 22, wherein the resource mapping scheme seven includes at least one of the following features:

25. The method according to claim 17 or 24, wherein the mapping order between the control channels comprises at least one of the following features:

26. The method of claim 22, wherein the resource mapping scheme eight includes at least one of the following features:

the initial symbol position of the mapping resource of the data channel is considered to be the initial symbol position obtained through signaling;

when the starting symbol position is within the first resource region, considering that the mapping resources of the data channel comprise the rest resources except the received control channel in the corresponding resources from the starting symbol position in the first resource region;

27. The method of claim 22, wherein the resource mapping means nine comprises at least one of the following features:

28. The method of claim 22, wherein the resource mapping scheme ten includes at least one of the following features:

29. The method of claim 20, wherein the second specified resource mapping scheme comprises one of:

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

30. The method of claim 29, wherein the resource mapping scheme eleven includes at least one of the following features:

when the starting symbol position is within the second resource region, the mapping resource of the data channel is considered to comprise the corresponding resource from the starting symbol position in the second resource region;

31. The method of claim 29, wherein the resource mapping pattern twelve includes at least one of the following features:

32. The method of claim 29, wherein the resource mapping scheme thirteen includes at least one of the following features:

33. A network side device, characterized in that the network side device comprises: the processing module is used for carrying out resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area respectively, and N is a positive integer;

the network side device further includes: a first setting module; the first setting module is configured to set a plurality of resource mapping modes for a designated resource area in the N resource areas;

the specified resource region includes one of:

34. The network-side device of claim 33, wherein the network-side device further comprises: an indication module; the indication module is configured to indicate, through higher layer signaling and/or physical layer dynamic signaling, a resource mapping mode corresponding to the specified resource area, where the resource mapping mode corresponding to the specified resource area is one of the multiple resource mapping modes.

35. The network-side device of claim 33, wherein the N resource regions include at least a first resource region and a second resource region.

36. The network side device of claim 35, wherein the resource mapping of the data channel is performed in the first resource region according to a first specified resource mapping manner, and wherein the resource mapping of the data channel is performed in the second resource region according to a second specified resource mapping manner.

37. The network side device according to claim 35, wherein the first resource region is a control resource set configured to a device to which the data channel belongs, and the second resource region is a remaining resource except the first resource region in a resource region of the control channel; or,

38. The network-side device of claim 36, wherein the first specified resource mapping manner comprises one of:

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

39. The network side device according to claim 38, wherein the sixth resource mapping manner includes at least one of the following features:

40. The network side device according to claim 38, wherein the resource mapping manner seven includes at least one of the following features:

41. The network-side device of claim 33 or 40, wherein the mapping order between the control channels comprises at least one of the following features:

42. The network side device according to claim 38, wherein the resource mapping manner eight includes at least one of the following features:

43. The network side device according to claim 38, wherein the resource mapping manner nine includes at least one of the following features:

44. The network side device according to claim 38, wherein the resource mapping manner ten includes at least one of the following features:

45. The network-side device of claim 36, wherein the second specified resource mapping manner comprises one of:

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

46. The network-side device of claim 45, wherein the resource mapping scheme eleven includes at least one of the following features: the initial symbol position mapped to the data channel is indicated to the equipment to which the data channel belongs through signaling;

47. The network-side device of claim 45, wherein the resource mapping manner twelve includes at least one of the following features:

48. The network-side device of claim 45, wherein the resource mapping scheme thirteen comprises at least one of the following features:

49. A base station, the base station comprising: the determining module is used for determining the resource mapping of the data channel in N resource areas according to the resource mapping mode corresponding to each resource area respectively, and N is a positive integer;

the base station further includes: a second setting module; the second setting module is configured to set a plurality of resource mapping modes for a designated resource area in the N resource areas;

the specified resource region includes one of: a control resource set configured to the device to which the data channel belongs;

50. The base station of claim 49, wherein the base station further comprises: an acquisition module; the acquisition module is configured to acquire a resource mapping mode corresponding to the specified resource area through higher layer signaling and/or physical layer dynamic signaling, where the resource mapping mode corresponding to the specified resource area is one of the multiple resource mapping modes.

51. The base station of claim 49, wherein the N resource regions comprise at least a first resource region and a second resource region.

52. The base station of claim 51, wherein the resource mapping of the data channel is performed in the first resource region according to a first specified resource mapping scheme, and wherein the resource mapping of the data channel is performed in the second resource region according to a second specified resource mapping scheme.

53. The base station of claim 51, wherein the first resource region is a set of control resources configured for a device to which the data channel belongs, and the second resource region is a remaining resource of the resource regions of the control channel other than the first resource region; or,

54. The base station of claim 52, wherein the first specified resource mapping scheme comprises one of:

a sixth resource mapping mode;

a seventh resource mapping mode;

a resource mapping mode eight;

a resource mapping mode nine;

the resource mapping mode is ten.

55. The base station of claim 54, wherein the sixth resource mapping scheme comprises at least one of the following features:

56. The base station of claim 54, wherein the resource mapping scheme seven comprises at least one of the following features:

57. The base station of claim 49 or 56, wherein the mapping order between the control channels comprises at least one of the following:

58. The base station of claim 54, wherein the resource mapping scheme eight includes at least one of the following features:

59. The base station of claim 54, wherein the resource mapping scheme nine comprises at least one of the following features:

60. The base station of claim 54, wherein the resource mapping scheme ten comprises at least one of the following features:

61. The base station of claim 52, wherein the second specified resource mapping scheme comprises one of:

a resource mapping mode eleven;

twelve resource mapping modes;

the resource mapping mode is thirteen.

62. The base station of claim 61, wherein the resource mapping scheme eleven includes at least one of the following features:

63. The base station of claim 61, wherein the resource mapping pattern twelve comprises at least one of the following features:

64. The base station of claim 61, wherein the resource mapping scheme thirteen comprises at least one of the following features: