CN113115464A

CN113115464A - Pediatric diagnosis guiding method and system for intelligent hospital

Info

Publication number: CN113115464A
Application number: CN202110587705.8A
Authority: CN
Inventors: 郝倩; 张军晶; 沈印芬
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-05-27
Filing date: 2021-05-27
Publication date: 2021-07-13

Abstract

The invention discloses a pediatric diagnosis guiding method for an intelligent hospital, which comprises the following steps: generating pediatric diagnosis guide information by a hospital server, and sending the pediatric diagnosis guide information to a base station by the hospital server; establishing communication connection between a mobile terminal and a base station; transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier; monitoring, by the mobile terminal, downlink scheduling information for a second downlink carrier transmitted by the base station in the first sub-search space in response to receiving the indication for the first sub-search space; monitoring, by the mobile terminal, downlink scheduling information for a third downlink carrier transmitted by the base station in the second sub-search space in response to receiving the indication for the second sub-search space; in response to receiving the indication for the third sub-search space, monitoring, by the mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by the base station in the third sub-search space.

Description

Pediatric diagnosis guiding method and system for intelligent hospital

Technical Field

The invention relates to the technical field of intelligent medical treatment, in particular to a pediatric diagnosis guide method and a pediatric diagnosis guide system for an intelligent hospital.

Background

Guiding the physician's physician. The work involves a series of detailed contents of guiding patients to see a doctor, nursing the patients to carry out various tests, examinations, fees, medicines taking, admission procedures and nursing the patients to corresponding departments.

The prior art CN109300535A discloses a diagnosis guide method, a diagnosis guide device and a machine readable storage medium, belonging to the field of computers. The diagnosis guiding method comprises the following steps: determining patient information; determining possibility distribution of departments which can be registered by the patient according to the patient information; and any of the following: in the event that the likelihood distribution includes only one department, controlling informing the patient of that department; and in the event that the likelihood distribution includes at least two departments, generating a question requiring a patient to answer in accordance with the likelihood distribution; and changing the possibility distribution of departments according to the answer to the question needing the patient to answer, repeatedly regenerating the question according to the changed possibility distribution of departments and changing the possibility distribution of departments according to the answer to the regenerated question, and finally determining the department registered by the patient.

The information disclosed in this background section is only for enhancement of understanding of the general background of the invention and should not be taken as an acknowledgement or any form of suggestion that this information forms the prior art already known to a person skilled in the art.

Disclosure of Invention

The invention aims to provide a pediatric diagnosis guide method and system for an intelligent hospital, which can overcome the defects of the prior art.

In order to achieve the above object, the present invention provides a pediatric diagnosis guide method for a smart hospital, which is characterized in that the pediatric diagnosis guide method for the smart hospital comprises the following steps:

generating pediatric diagnosis guide information by a hospital server, and sending the pediatric diagnosis guide information to a base station by the hospital server;

establishing, by a mobile terminal, a communication connection with a base station, wherein the mobile terminal communicates with the base station on a first downlink carrier, a second downlink carrier, a third downlink carrier, and a fourth downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used to transmit downlink scheduling information for a third downlink carrier;

transmitting, by the base station, a first downlink control message to the mobile terminal in a search space in a control region of the first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier;

monitoring, by the mobile terminal, downlink scheduling information for a second downlink carrier transmitted by the base station in the first sub-search space in response to receiving the indication for the first sub-search space;

monitoring, by the mobile terminal, downlink scheduling information for a third downlink carrier transmitted by the base station in the second sub-search space in response to receiving the indication for the second sub-search space;

in response to receiving the indication for the third sub-search space, monitoring, by the mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by the base station in the third sub-search space.

In a preferred embodiment, the pediatric consultation method for the intelligent hospital comprises the following steps:

receiving, by the mobile terminal, the pediatric referral information sent by the base station on a second downlink carrier in response to receiving the downlink scheduling information for the second downlink carrier;

receiving, by the mobile terminal, the pediatric referral information sent by the base station on a third downlink carrier in response to receiving the downlink scheduling information for the third downlink carrier;

receiving, by the mobile terminal, the pediatric referral information sent by the base station on a fourth downlink carrier in response to receiving the downlink scheduling information for the fourth downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fourth sub-search space in an extended control region of the first downlink carrier, wherein the fourth sub-search space is used to transmit repetitions of downlink scheduling information for the second downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used to transmit downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fifth sub-search space in an extended control region of the first downlink carrier, wherein the fifth sub-search space is used to transmit repetitions of downlink scheduling information for the third downlink carrier;

transmitting, by the base station, a first downlink control message to the mobile terminal in a search space in a control region of the first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a sixth sub-search space in an extended control region of the first downlink carrier, wherein the sixth sub-search space is used to transmit repetitions of downlink scheduling information for the fourth downlink carrier.

monitoring, by the mobile terminal, for repetitions of downlink scheduling information for a second downlink carrier transmitted by the base station in a fourth sub-search space in response to receiving the indication for the fourth sub-search space;

monitoring, by the mobile terminal, in the fifth sub-search space for repetitions of downlink scheduling information for a third downlink carrier transmitted by the base station in response to receiving the indication for the fifth sub-search space;

monitoring, by the mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by the base station in the third sub-search space in response to receiving the indication for the third sub-search space;

in response to receiving the indication for the sixth sub-search space, listening, by the mobile terminal, in the sixth sub-search space for repetitions of downlink scheduling information for a fourth downlink carrier transmitted by the base station.

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fourth sub-search space in an extended control region of the first downlink carrier, wherein the fourth sub-search space is used to transmit repetitions of downlink scheduling information for the second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for the second downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used for transmitting downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fifth sub-search space in an extended control region of the first downlink carrier, wherein the fifth sub-search space is used for transmitting repetitions of downlink scheduling information for the third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for the third downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a sixth sub-search space in an extended control region of the first downlink carrier, wherein the sixth sub-search space is used to transmit repetitions of downlink scheduling information for the fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for the fourth downlink carrier.

monitoring, by the mobile terminal, in the fourth sub-search space for repetitions of a plurality of downlink scheduling information for the second downlink carrier transmitted by the base station in response to receiving the indication for the fourth sub-search space;

monitoring, by the mobile terminal, in the fifth sub-search space for repetitions of a plurality of downlink scheduling information for a third downlink carrier transmitted by the base station in response to receiving the indication for the fifth sub-search space;

in response to receiving the indication for the sixth sub-search space, listening, by the mobile terminal, in the sixth sub-search space for repetitions of a plurality of downlink scheduling information for a fourth downlink carrier transmitted by the base station.

The invention provides a pediatric diagnosis guiding system for an intelligent hospital, which is characterized by comprising the following components:

means for generating, by a hospital server, pediatric referral information and transmitting, by the hospital server, the pediatric referral information to a base station;

means for establishing, by a mobile terminal, a communication connection with a base station, wherein the mobile terminal communicates with the base station on a first downlink carrier, a second downlink carrier, a third downlink carrier, and a fourth downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used to transmit downlink scheduling information for a third downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier;

means for monitoring, by the mobile terminal, downlink scheduling information for a second downlink carrier transmitted by the base station in the first sub-search space in response to receiving the indication for the first sub-search space;

means for monitoring, by the mobile terminal, downlink scheduling information for a third downlink carrier transmitted by the base station in the second sub-search space in response to receiving the indication for the second sub-search space;

means for monitoring, by the mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by the base station in the third sub-search space in response to receiving the indication for the third sub-search space.

In a preferred embodiment, a pediatric referral system for an intelligent hospital comprises:

means for receiving, by the mobile terminal, the pediatric referral information sent by the base station on a second downlink carrier in response to receiving downlink scheduling information for the second downlink carrier;

means for receiving, by the mobile terminal, the pediatric referral information sent by the base station on a third downlink carrier in response to receiving downlink scheduling information for the third downlink carrier;

means for receiving, by the mobile terminal, the pediatric referral information sent by the base station on a fourth downlink carrier in response to receiving the downlink scheduling information for the fourth downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fourth sub-search space in an extended control region of the first downlink carrier, wherein the fourth sub-search space is used to transmit repetitions of downlink scheduling information for the second downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used to transmit downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fifth sub-search space in an extended control region of the first downlink carrier, wherein the fifth sub-search space is used to transmit repetitions of downlink scheduling information for the third downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a sixth sub-search space in an extended control region of the first downlink carrier, wherein the sixth sub-search space is used to transmit repetitions of downlink scheduling information for the fourth downlink carrier.

means for monitoring, by the mobile terminal, for a repetition of downlink scheduling information for a second downlink carrier transmitted by the base station in a fourth sub-search space in response to receiving the indication for the fourth sub-search space;

means for monitoring, by the mobile terminal, for a repetition of downlink scheduling information for a third downlink carrier transmitted by the base station in a fifth sub-search space in response to receiving the indication for the fifth sub-search space;

means for monitoring, by the mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by the base station in the third sub-search space in response to receiving the indication for the third sub-search space;

means for monitoring, by the mobile terminal, for a repetition of downlink scheduling information for a fourth downlink carrier transmitted by the base station in the sixth sub-search space in response to receiving the indication for the sixth sub-search space.

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fourth sub-search space in an extended control region of the first downlink carrier, wherein the fourth sub-search space is used to transmit repetitions of downlink scheduling information for the second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of the downlink scheduling information for the second downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used to transmit downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fifth sub-search space in an extended control region of the first downlink carrier, wherein the fifth sub-search space is used to transmit repetitions of downlink scheduling information for the third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of the downlink scheduling information for the third downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a sixth sub-search space in an extended control region of the first downlink carrier, wherein the sixth sub-search space is used to transmit repetitions of downlink scheduling information for the fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for the fourth downlink carrier.

means for monitoring, by the mobile terminal, in response to receiving the indication for the fourth sub-search space, a repetition of a plurality of downlink scheduling information for the second downlink carrier transmitted by the base station in the fourth sub-search space;

means for monitoring, by the mobile terminal, in the fifth sub-search space, for repetitions of a plurality of downlink scheduling information for a third downlink carrier transmitted by the base station in response to receiving the indication for the fifth sub-search space;

means for monitoring, by the mobile terminal, for a repetition of a plurality of downlink scheduling information for a fourth downlink carrier transmitted by the base station in the sixth sub-search space in response to receiving the indication for the sixth sub-search space.

Compared with the prior art, the method has the advantages that the scheme of carrier aggregation can improve the system throughput and the transmission speed, and the carrier aggregation is a technology very suitable for intelligent medical treatment. The carrier aggregation scheme in the prior art has a considerable problem, and the first is that the UE overhead is large; secondly, the DCI information is designed to adapt to the characteristics of the PDCCH channel, and the use of the PDSCH channel to transmit DCI information results in waste of resources (since the data channel can send a large amount of information, but the DCI information amount is much smaller than the data, such mismatching results in waste of data); third, the prior art cannot give a targeted solution when DCI information repetition is required, since DCI is transmitted on the PDSCH channel. In view of all the foregoing, a solution is provided and used in the field of smart medical treatment.

Drawings

Fig. 1 is a schematic diagram of a system architecture according to an embodiment of the present invention.

FIG. 2 is a flow diagram of a method according to an embodiment of the invention.

FIG. 3 is a diagram illustrating a scheduling timing structure according to an embodiment of the present invention.

Detailed Description

The following detailed description of the present invention is provided in conjunction with the accompanying drawings, but it should be understood that the scope of the present invention is not limited to the specific embodiments.

Throughout the specification and claims, unless explicitly stated otherwise, the word "comprise", or variations such as "comprises" or "comprising", will be understood to imply the inclusion of a stated element or component but not the exclusion of any other element or component.

FIG. 2 is a flow diagram of a method according to an embodiment of the invention. As shown in the figure, the method of the present invention comprises the steps of:

step 101: generating pediatric diagnosis guide information by a hospital server, and sending the pediatric diagnosis guide information to a base station by the hospital server;

step 102: establishing, by a mobile terminal, a communication connection with a base station, wherein the mobile terminal communicates with the base station on a first downlink carrier, a second downlink carrier, a third downlink carrier, and a fourth downlink carrier;

step 103: transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier;

step 104: transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used to transmit downlink scheduling information for a third downlink carrier;

step 105: transmitting, by the base station, a first downlink control message to the mobile terminal in a search space in a control region of the first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier;

step 106: monitoring, by the mobile terminal, downlink scheduling information for a second downlink carrier transmitted by the base station in the first sub-search space in response to receiving the indication for the first sub-search space;

step 107: monitoring, by the mobile terminal, downlink scheduling information for a third downlink carrier transmitted by the base station in the second sub-search space in response to receiving the indication for the second sub-search space;

step 108: in response to receiving the indication for the third sub-search space, monitoring, by the mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by the base station in the third sub-search space.

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in the control region of the first downlink carrier, wherein the first sub-search space is used to transmit downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fourth sub-search space in an extended control region of the first downlink carrier, wherein the fourth sub-search space is used to transmit repetitions of downlink scheduling information for the second downlink carrier; those skilled in the art will understand that the extended control region of the first downlink carrier is still a control region, in which time-frequency resources are still used for transmitting PDCCH channels, and meanwhile, if repetition of downlink scheduling information is not required to be transmitted, PDCCH channels in the extended control region can be used for transmitting control information (such as preemption information of 5G, beam indication information, etc.) other than resource scheduling;

In a proposal (proposal number R1-2005628) of the distribution department (MediaTek) in 2020, a two-stage DCI transmission method is provided, which solves the problem of multi-carrier scheduling, that is, in each component carrier of the downlink, one carrier is used for scheduling other component carriers, and there is no PDCCH channel on the other component carriers (at least in a certain period), thus reducing the complexity of UE blind decoding (see fig. 1 of the document). Firstly, the technology puts all DCI information for other component carriers on a PDSCH (physical Downlink shared channel) for transmission, which causes that both control information and data information exist in a data PDSCH (physical Downlink shared channel), so that UE (user equipment) can obtain corresponding data only by decoding the PDSCH twice, and in an LTE (long term evolution) system, the UE can obtain corresponding data only by decoding the PDSCH once in a subframe, so that the expense of the UE is increased; secondly, the DCI information is designed to adapt to the characteristics of the PDCCH channel, and the use of the PDSCH channel to transmit DCI information results in waste of resources (since the data channel can send a large amount of information, but the DCI information amount is much smaller than the data, such mismatching results in waste of data); third, since DCI is transmitted on the PDSCH channel, this method cannot give a targeted solution when DCI information repetition is required.

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

The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams 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 descriptions of specific exemplary embodiments of the present invention have been presented for purposes of illustration and description. It is not intended to limit the invention to the precise form disclosed, and obviously many modifications and variations are possible in light of the above teaching. The exemplary embodiments were chosen and described in order to explain certain principles of the invention and its practical application to enable one skilled in the art to make and use various exemplary embodiments of the invention and various alternatives and modifications as are suited to the particular use contemplated. It is intended that the scope of the invention be defined by the claims and their equivalents.

Claims

1. A pediatric diagnosis guiding method for an intelligent hospital is characterized by comprising the following steps:

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier;

monitoring, by a mobile terminal, downlink scheduling information for a second downlink carrier transmitted by a base station in the first sub-search space in response to receiving the indication for the first sub-search space;

in response to receiving the indication of the third sub-search space, monitoring, by the mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by the base station in the third sub-search space.

2. The pediatric consultation method for the intelligent hospital according to claim 1, comprising the following steps of:

receiving, by the mobile terminal, pediatric referral information sent by the base station on the second downlink carrier in response to receiving the downlink scheduling information for the second downlink carrier;

receiving, by the mobile terminal, pediatric referral information sent by the base station on the third downlink carrier in response to receiving the downlink scheduling information for the third downlink carrier;

receiving, by the mobile terminal, pediatric referral information sent by the base station on a fourth downlink carrier in response to receiving the downlink scheduling information for the fourth downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in the control region of the first downlink carrier, wherein the second sub-search space is used for transmitting downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fifth sub-search space in an extended control region of the first downlink carrier, wherein the fifth sub-search space is used for transmitting repetitions of downlink scheduling information for the third downlink carrier;

transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in the control region of the first downlink carrier, wherein the third sub-search space is used to transmit downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a sixth sub-search space in an extended control region of the first downlink carrier, wherein the sixth sub-search space is used to transmit repetitions of downlink scheduling information for the fourth downlink carrier.

3. The pediatric consultation method for the intelligent hospital according to claim 2, comprising the following steps of:

monitoring, by the mobile terminal, for repetitions of downlink scheduling information for a second downlink carrier transmitted by the base station in the fourth sub-search space in response to receiving the indication for the fourth sub-search space;

monitoring, by the mobile terminal, for repetitions of downlink scheduling information for a third downlink carrier transmitted by the base station in the fifth sub-search space in response to receiving the indication for the fifth sub-search space;

in response to receiving the indication of the sixth sub-search space, listening, by the mobile terminal, in the sixth sub-search space for repetitions of downlink scheduling information for a fourth downlink carrier transmitted by the base station.

4. The pediatric consultation method for the intelligent hospital according to claim 3, comprising the following steps of:

transmitting, by the base station, a first downlink control message to the mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in a control region of a first downlink carrier, wherein the first sub-search space is used for transmitting downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fourth sub-search space in an extended control region of a first downlink carrier, wherein the fourth sub-search space is used to transmit repetitions of downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for a second downlink carrier;

transmitting, by the base station, a first downlink control message to the mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in a control region of a first downlink carrier, wherein the second sub-search space is used for transmitting downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fifth sub-search space in an extended control region of a first downlink carrier, wherein the fifth sub-search space is used to transmit repetitions of downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for a third downlink carrier;

transmitting, by the base station, a first downlink control message to the mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in a control region of a first downlink carrier, wherein the third sub-search space is used for transmitting downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a sixth sub-search space in an extended control region of a first downlink carrier, wherein the sixth sub-search space is used to transmit repetitions of downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for a fourth downlink carrier.

5. The pediatric consultation method for the intelligent hospital according to claim 4, comprising the following steps of:

monitoring, by the mobile terminal, in the fourth sub-search space for repetitions of a plurality of downlink scheduling information for a second downlink carrier transmitted by the base station in response to receiving the indication for the fourth sub-search space;

in response to receiving the indication of the sixth sub-search space, listening, by the mobile terminal, in the sixth sub-search space for repetitions of a plurality of downlink scheduling information for a fourth downlink carrier transmitted by the base station.

6. A paediatrics system of leading for wisdom hospital, a characterized in that, a paediatrics system of leading for wisdom hospital includes:

means for monitoring, by a mobile terminal, downlink scheduling information for a second downlink carrier transmitted by a base station in the first sub-search space in response to receiving an indication of the first sub-search space;

means for monitoring, by a mobile terminal, downlink scheduling information for a third downlink carrier transmitted by a base station in the second sub-search space in response to receiving the indication for the second sub-search space;

means for monitoring, by a mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by a base station in the third sub-search space in response to receiving the indication for the third sub-search space.

7. The pediatric referral system for the smart hospital of claim 6 wherein the pediatric referral system for the smart hospital comprises:

means for receiving, by a mobile terminal, pediatric referral information sent by a base station on a second downlink carrier in response to receiving the downlink scheduling information for the second downlink carrier;

means for receiving, by a mobile terminal, pediatric referral information sent by a base station on a third downlink carrier in response to receiving the downlink scheduling information for the third downlink carrier;

means for receiving, by a mobile terminal, pediatric referral information sent by a base station on a fourth downlink carrier in response to receiving the downlink scheduling information for the fourth downlink carrier;

8. The pediatric referral system for the smart hospital of claim 7 wherein the pediatric referral system for the smart hospital comprises:

means for monitoring, by a mobile terminal, for a repetition of downlink scheduling information for a second downlink carrier transmitted by a base station in the fourth sub-search space in response to receiving an indication of the fourth sub-search space;

means for monitoring, by a mobile terminal, for a repetition of downlink scheduling information for a third downlink carrier transmitted by a base station in the fifth sub-search space in response to receiving an indication of the fifth sub-search space;

means for monitoring, by a mobile terminal, downlink scheduling information for a fourth downlink carrier transmitted by a base station in the third sub-search space in response to receiving an indication of the third sub-search space;

means for monitoring, by a mobile terminal, for a repetition of downlink scheduling information for a fourth downlink carrier transmitted by a base station in the sixth sub-search space in response to receiving an indication of the sixth sub-search space.

9. The pediatric referral system for the smart hospital of claim 8 wherein the pediatric referral system for the smart hospital comprises:

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a first sub-search space in a control region of a first downlink carrier, wherein the first sub-search space is used for transmitting downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fourth sub-search space in an extended control region of a first downlink carrier, wherein the fourth sub-search space is used to transmit repetitions of downlink scheduling information for a second downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for a second downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a second sub-search space in a control region of a first downlink carrier, wherein the second sub-search space is used for transmitting downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a fifth sub-search space in an extended control region of a first downlink carrier, wherein the fifth sub-search space is used to transmit repetitions of downlink scheduling information for a third downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for a third downlink carrier;

means for transmitting, by a base station, a first downlink control message to a mobile terminal in a search space in a control region of a first downlink carrier, wherein the first downlink control message indicates to the mobile terminal a third sub-search space in a control region of a first downlink carrier, wherein the third sub-search space is used for transmitting downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a sixth sub-search space in an extended control region of a first downlink carrier, wherein the sixth sub-search space is used to transmit repetitions of downlink scheduling information for a fourth downlink carrier, wherein the first downlink control message indicates to the mobile terminal a number of repetitions of downlink scheduling information for a fourth downlink carrier.

10. The pediatric referral system for the smart hospital of claim 9 wherein the pediatric referral system for the smart hospital comprises:

means for monitoring, by a mobile terminal, in response to receiving an indication of the fourth sub-search space, for repetitions of a plurality of downlink scheduling information for a second downlink carrier transmitted by a base station in the fourth sub-search space;

means for monitoring, by a mobile terminal, in the fifth sub-search space for a repetition of a plurality of downlink scheduling information for a third downlink carrier transmitted by a base station in response to receiving an indication of the fifth sub-search space;

means for monitoring, by a mobile terminal, repetitions of a plurality of downlink scheduling information for a fourth downlink carrier transmitted by a base station in the sixth sub-search space in response to receiving an indication of the sixth sub-search space.