CN108900639B - Cluster type cloud computing system - Google Patents
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- CN108900639B CN108900639B CN201810910852.2A CN201810910852A CN108900639B CN 108900639 B CN108900639 B CN 108900639B CN 201810910852 A CN201810910852 A CN 201810910852A CN 108900639 B CN108900639 B CN 108900639B
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Abstract
The present disclosure provides a cluster cloud computing system, including a client and a server management end, where the client includes at least a first client and a second client; the server management end at least comprises a first server management end and a second server management end; each client comprises a first type task part, a second type task part, a third type task part, a first channel signal part, a second channel signal part and a third channel signal part; each server management end comprises a first channel signal part, a first type task receiving part, a first type task transmitting part, a second channel signal part, a second type task receiving part, a second type task dispersing part, a second type task transmitting part, a third channel signal part, a third type task receiving part, a third type task dispersing part, a sequence stamping part and a third type task transmitting part.
Description
Technical Field
The present disclosure relates to the field of cloud computing technologies, and in particular, to a clustered cloud computing system.
Background
The cloud computing technology is a technology for completing a cloud computing task submitted by a user at a cloud end. In the prior art, a computing task of a user is often sent to a certain server in a server cluster at the cloud end, the cloud computing task is completed on the server, and after the cloud computing task is completed, the server returns a computing result to the user.
The cloud computing system in the prior art is low in efficiency, a plurality of servers need to be configured for cloud computing, and the problems that part of the servers are idle and computing resources are wasted are avoided.
Disclosure of Invention
To solve at least one of the above technical problems, the present invention provides a new clustered cloud computing system. The cloud computing system is realized by the following technical scheme.
The present disclosure provides a cluster cloud computing system, including a client and a server management end, where the client includes at least a first client and a second client; the server management end at least comprises a first server management end and a second server management end;
each client comprises a first type task part, a second type task part, a third type task part, a first channel signal part, a second channel signal part and a third channel signal part;
each server management end comprises a first channel signal part, a first type task receiving part, a first type task sending part, a second channel signal part, a second type task receiving part, a second type task dispersing part, a second type task sending part, a third channel signal part, a third type task receiving part, a third type task dispersing part, a sequence stamping part and a third type task sending part;
a first type task part of a first client receives a first type task, a second type task part of the first client receives a second type task, and a third type task part of the first client receives a third type task;
a first channel signal part of a first client sends a first channel addressing signal to a first channel signal part of a first server management end and a first channel signal part of a second server management end, the first channel signal part of the first server management end returns the occupation information of a first type task receiving part of the first server management end to the first channel signal part of the first client, and the first channel signal part of the second server management end returns the occupation information of the first type task receiving part of the second server management end to the first channel signal part of the first client;
the first-type task part of the first client sends the first-type task to a first-type task receiving part of a server management end which returns the earliest occupied information to the first server management end and the second server management end, wherein the occupied information is idle;
a first channel signal part of a server management end receiving a first type task sends a first channel addressing signal to a second client, the first channel signal part of the second client returns occupation information of the first type task part of the second client to the first channel signal part of the server management end, and a first type task sending part of the server management end determines whether to send the first type task to the first type task part of the second client according to the occupation information of the first type task part of the second client;
the second type task part of the first client sends the second type task to the second type task receiving part of the server management end;
and the third-type task part of the first client sends the third-type task to the third-type task receiving part of the server management end.
The second type task part and the third type task part of the first client send the second type task and the third type task to the second type task receiving part and the third type task receiving part of the first server management end or the second server management end in the same way as the first type task part.
Specifically, the second/three-channel signal part of the first client sends a second/three-channel addressing signal to the second/three-channel signal part of the first server management end and the second/three-channel signal part of the second server management end, the second/three-channel signal part of the first server management end returns the occupation information of the second/three-type task receiving part of the first server management end to the second/three-channel signal part of the first client, and the second/three-channel signal part of the second server management end returns the occupation information of the second/three-type task receiving part of the second server management end to the second/three-channel signal part of the first client; and the second/third type task part of the first client sends the second/third type task to the second/third type task receiving part of the server management end which returns the occupation information at the earliest time from the first server management end and the second server management end, wherein the occupation information is idle.
According to at least one embodiment of the present disclosure, the client further comprises a third client; the first type task is an inseparable task, the second type task can be dispersed into a plurality of unordered subtasks, namely the second type subtasks, and the third type task can be dispersed into a plurality of sequentially executed subtasks, namely the third type subtasks.
According to at least one embodiment of the present disclosure, a second-type task dispersing part of a server management end disperses a second-type task received by a second-type task receiving part into a plurality of second-type subtasks, a second channel signal part of the server management end sends out a second channel addressing signal to at least a second client and a third client, and the second channel signal part of the second client and the second channel signal part of the third client return occupation information of the second-type task part of the second client and occupation information of the second-type task part of the third client to the second channel signal part of the server management end; and the second-type task sending part of the server management end determines whether to send the plurality of second-type subtasks to the second-type task part of the second client and the second-type task part of the third client according to the occupation information of the second-type task part of the second client and the occupation information of the second-type task part of the third client.
According to at least one embodiment of the present disclosure, the third-type task discretization unit of the server management side discretizes the third-type task received by the third-type task receiving unit into a plurality of third-type subtasks, and the sequence stamping unit of the server management side sequentially stamps the plurality of third-type subtasks according to the execution sequence; a third channel signal part of the server management end at least sends out a third channel addressing signal to the second client and the third client, and the third channel signal part of the second client and the third channel signal part of the third client return the occupation information of the third type task part of the second client and the occupation information of the third type task part of the third client to the third channel signal part of the server management end; and the third-type task sending part of the server management end determines whether to send a plurality of third-type subtasks to the third-type task part of the second client and the third-type task part of the third client according to the occupation information of the third-type task part of the second client and the occupation information of the third-type task part of the third client.
According to at least one embodiment of the present disclosure, after the first-type task part of the second client completes the first-type task transmitted from the server management side, the completed first-type task is transmitted to the first-type task receiving part of the server management side, and the first-type task transmitting part returns the completed first-type task to the first-type task part of the first client.
According to at least one embodiment of the disclosure, after the second-type task part of the second client completes the second-type subtask sent from the server management terminal, the completed second-type subtask is sent to the second-type task receiving part of the server management terminal; after the second-type task part of the third client finishes the second-type subtask sent from the server management end, the finished second-type subtask is sent to a second-type task receiving part of the server management end; and the second-type task sending part of the server management end returns the completed second-type subtasks received from the second client and the third client to the second-type task part of the first client.
According to at least one embodiment of the present disclosure, the third-type task part of the second client or the third client determines whether a timestamp of the received third-type subtask is the first timestamp, if so, calculating the third-type subtask, returning the completed third-type subtask to a third-type task part of the server management end, sending a calculation result of the completed third-type subtask to the third-type task part of the client side receiving the third-type subtask with the second timestamp by the third-type task sending part of the server management end, calculating the third-type subtask with the second timestamp by the third-type task part of the client side receiving the third-type subtask with the second timestamp according to the calculation result of the third-type subtask with the first timestamp, and sending the calculation result to the third-type task receiving part of the server management end; and the third-type task sending part of the server management end returns the calculation result to the third-type task part of the first client.
According to at least one embodiment of the disclosure, the client is configured on the user terminal, and the server management terminal is configured on the server.
According to at least one embodiment of the present disclosure, the user terminal is a mobile phone or a computer.
Drawings
The accompanying drawings, which are included to provide a further understanding of the disclosure and are incorporated in and constitute a part of this specification, illustrate exemplary embodiments of the disclosure and together with the description serve to explain the principles of the disclosure.
Fig. 1 is an overall structural schematic diagram of a clustered cloud computing system according to an embodiment of the present disclosure.
Fig. 2 is a schematic structural diagram of a client of the clustered cloud computing system according to an embodiment of the present disclosure.
Fig. 3 is a schematic structural diagram of a server management side of the clustered cloud computing system according to an embodiment of the present disclosure.
Detailed Description
The present disclosure will be described in further detail with reference to the drawings and embodiments. It is to be understood that the specific embodiments described herein are for purposes of illustration only and are not to be construed as limitations of the present disclosure. It should be further noted that, for the convenience of description, only the portions relevant to the present disclosure are shown in the drawings.
It should be noted that the embodiments and features of the embodiments in the present disclosure may be combined with each other without conflict. The present disclosure will be described in detail below with reference to the accompanying drawings in conjunction with embodiments.
Reference is now made to fig. 1 to 3. The cloud computing system comprises a client and a server management end, wherein the client at least comprises a first client and a second client; the server management end at least comprises a first server management end and a second server management end;
each client comprises a first type task part, a second type task part, a third type task part, a first channel signal part, a second channel signal part and a third channel signal part;
each server management end comprises a first channel signal part, a first type task receiving part, a first type task sending part, a second channel signal part, a second type task receiving part, a second type task dispersing part, a second type task sending part, a third channel signal part, a third type task receiving part, a third type task dispersing part, a sequence stamping part and a third type task sending part;
a first type task part of a first client receives a first type task, a second type task part of the first client receives a second type task, and a third type task part of the first client receives a third type task;
a first channel signal part of a first client sends a first channel addressing signal to a first channel signal part of a first server management end and a first channel signal part of a second server management end, the first channel signal part of the first server management end returns the occupation information of a first type task receiving part of the first server management end to the first channel signal part of the first client, and the first channel signal part of the second server management end returns the occupation information of the first type task receiving part of the second server management end to the first channel signal part of the first client;
the first-type task part of the first client sends the first-type task to a first-type task receiving part of a server management end which returns the earliest occupied information to the first server management end and the second server management end, wherein the occupied information is idle;
a first channel signal part of a server management end receiving a first type task sends a first channel addressing signal to a second client, the first channel signal part of the second client returns occupation information of the first type task part of the second client to the first channel signal part of the server management end, and a first type task sending part of the server management end determines whether to send the first type task to the first type task part of the second client according to the occupation information of the first type task part of the second client;
the second type task part of the first client sends the second type task to the second type task receiving part of the server management end;
and the third-type task part of the first client sends the third-type task to the third-type task receiving part of the server management end.
The second type task part and the third type task part of the first client send the second type task and the third type task to the second type task receiving part and the third type task receiving part of the first server management end or the second server management end in the same way as the first type task part.
Specifically, the second/three-channel signal part of the first client sends a second/three-channel addressing signal to the second/three-channel signal part of the first server management end and the second/three-channel signal part of the second server management end, the second/three-channel signal part of the first server management end returns the occupation information of the second/three-type task receiving part of the first server management end to the second/three-channel signal part of the first client, and the second/three-channel signal part of the second server management end returns the occupation information of the second/three-type task receiving part of the second server management end to the second/three-channel signal part of the first client; and the second/third type task part of the first client sends the second/third type task to the second/third type task receiving part of the server management end which returns the occupation information at the earliest time from the first server management end and the second server management end, wherein the occupation information is idle.
The number of clients of the present disclosure is plural, for example, 2, 3, 4 or more. The number of the server management terminals of the present disclosure is plural, for example, 2, 3, 4 or more. Fig. 1 exemplarily shows 2 servers and 3 user terminals, where each server is configured with a server management terminal, and each user terminal is configured with a client.
In at least one embodiment of the present disclosure, the client further comprises a third client; the first type task is an inseparable task (an inseparable task, such as an independent computing task), the second type task can be discretized into a plurality of unordered subtasks, namely a second type subtask (for example, the second type task comprises a plurality of unordered subtasks, the computation of a certain unordered subtask is not dependent on the computation results of other unordered subtasks), and the third type task can be discretized into a plurality of sequentially executed subtasks, namely a third type subtask (for example, the third type task comprises a plurality of sequentially executed subtasks, and the computation of a certain subtask is dependent on the computation results of the subtask before the subtask).
In at least one embodiment of the present disclosure, the second-type task dispersing unit of the server management end disperses the second-type task received by the second-type task receiving unit into a plurality of second-type subtasks, the second channel signal unit of the server management end sends out a second channel addressing signal to at least the second client and the third client, and the second channel signal unit of the second client and the second channel signal unit of the third client return the occupation information of the second-type task unit of the second client and the occupation information of the second-type task unit of the third client to the second channel signal unit of the server management end; and the second-type task sending part of the server management end determines whether to send the plurality of second-type subtasks to the second-type task part of the second client and the second-type task part of the third client according to the occupation information of the second-type task part of the second client and the occupation information of the second-type task part of the third client.
In at least one embodiment of the present disclosure, the third-type task discretization unit of the server management side discretizes the third-type task received by the third-type task receiving unit into a plurality of third-type subtasks, and the sequence stamping unit of the server management side sequentially stamps the plurality of third-type subtasks according to an execution sequence; a third channel signal part of the server management end at least sends out a third channel addressing signal to the second client and the third client, and the third channel signal part of the second client and the third channel signal part of the third client return the occupation information of the third type task part of the second client and the occupation information of the third type task part of the third client to the third channel signal part of the server management end; and the third-type task sending part of the server management end determines whether to send a plurality of third-type subtasks to the third-type task part of the second client and the third-type task part of the third client according to the occupation information of the third-type task part of the second client and the occupation information of the third-type task part of the third client.
In at least one embodiment of the present disclosure, after the first-type task part of the second client completes the first-type task sent from the server management side, the first-type task is sent to the first-type task receiving part of the server management side, and the first-type task sending part returns the completed first-type task to the first-type task part of the first client.
In at least one embodiment of the present disclosure, after the second-type task part of the second client completes the second-type subtask sent from the server management side, the completed second-type subtask is sent to the second-type task receiving part of the server management side; after the second-type task part of the third client finishes the second-type subtask sent from the server management end, the finished second-type subtask is sent to a second-type task receiving part of the server management end; and the second-type task sending part of the server management end returns the completed second-type subtasks received from the second client and the third client to the second-type task part of the first client.
In at least one embodiment of the present disclosure, the third-type task section of the second client or the third client determines whether a timestamp of the received third-type subtask is the first timestamp, if so, calculating the third-type subtask, returning the completed third-type subtask to a third-type task part of the server management end, sending a calculation result of the completed third-type subtask to the third-type task part of the client side receiving the third-type subtask with the second timestamp by the third-type task sending part of the server management end, calculating the third-type subtask with the second timestamp by the third-type task part of the client side receiving the third-type subtask with the second timestamp according to the calculation result of the third-type subtask with the first timestamp, and sending the calculation result to the third-type task receiving part of the server management end; and the third-type task sending part of the server management end returns the calculation result to the third-type task part of the first client.
The first time stamp and the second time stamp are sequential time stamps, of course, the third type task may be discrete into more than three subtasks, and each subtask is respectively added with the first time stamp, the second time stamp, the third time stamp and so on according to the execution sequence.
In at least one embodiment of the disclosure, the client is configured on the user terminal, and the server management terminal is configured on the server.
In at least one embodiment of the present disclosure, the user terminal is a mobile phone or a computer.
It will be understood by those skilled in the art that the foregoing embodiments are merely for clarity of illustration of the disclosure and are not intended to limit the scope of the disclosure. Other variations or modifications may occur to those skilled in the art, based on the foregoing disclosure, and are still within the scope of the present disclosure.
Claims (9)
1. The clustered cloud computing system is characterized by comprising clients and a server management end, wherein the clients at least comprise a first client and a second client; the server management end at least comprises a first server management end and a second server management end;
each client comprises a first type task part, a second type task part, a third type task part, a first channel signal part, a second channel signal part and a third channel signal part;
each server management end comprises a first channel signal part, a first type task receiving part, a first type task sending part, a second channel signal part, a second type task receiving part, a second type task dispersing part, a second type task sending part, a third channel signal part, a third type task receiving part, a third type task dispersing part, a sequence stamping part and a third type task sending part;
a first type task part of a first client receives a first type task, a second type task part of the first client receives a second type task, and a third type task part of the first client receives a third type task;
a first channel signal part of a first client sends a first channel addressing signal to a first channel signal part of a first server management end and a first channel signal part of a second server management end, the first channel signal part of the first server management end returns occupation information of a first type task receiving part of the first server management end to the first channel signal part of the first client, and the first channel signal part of the second server management end returns occupation information of the first type task receiving part of the second server management end to the first channel signal part of the first client;
the first-type task part of the first client sends the first-type task to a first-type task receiving part of a server management end which returns the earliest occupied information to the first server management end and the second server management end, wherein the occupied information is idle;
a first channel signal part of a server management end receiving the first type task sends a first channel addressing signal to a second client, a first channel signal part of the second client returns occupation information of the first type task part of the second client to the first channel signal part of the server management end, and a first type task sending part of the server management end determines whether to send the first type task to the first type task part of the second client according to the occupation information of the first type task part of the second client;
a second type task part of the first client sends the second type task to a second type task receiving part of the server management end;
and the third-type task part of the first client sends the third-type task to the third-type task receiving part of the server management end.
2. The cloud computing system of claim 1, wherein the clients further comprise a third client; the first type task is an indivisible task, the second type task can be dispersed into a plurality of unordered subtasks, namely the second type subtasks, and the third type task can be dispersed into a plurality of sequentially executed subtasks, namely the third type subtasks.
3. The cloud computing system of claim 2, wherein the second-type task dispersing unit of the server management side disperses the second-type task received by the second-type task receiving unit into a plurality of second-type subtasks, the second channel signal unit of the server management side sends out a second channel addressing signal to at least the second client and the third client, and the second channel signal unit of the second client and the second channel signal unit of the third client return the occupation information of the second-type task unit of the second client and the occupation information of the second-type task unit of the third client to the second channel signal unit of the server management side; and the second-type task sending part of the server management end determines whether to send the plurality of second-type subtasks to the second-type task part of the second client and the second-type task part of the third client according to the occupation information of the second-type task part of the second client and the occupation information of the second-type task part of the third client.
4. The cloud computing system according to claim 2, wherein the third-type task discretizing section of the server management side discretizes the third-type task received by the third-type task receiving section into a plurality of third-type subtasks, and the sequence stamping section of the server management side sequentially stamps the plurality of third-type subtasks in an execution sequence; a third channel signal part of the server management end at least sends out a third channel addressing signal to the second client and the third client, and the third channel signal part of the second client and the third channel signal part of the third client return the occupation information of the third type task part of the second client and the occupation information of the third type task part of the third client to the third channel signal part of the server management end; and the third-type task sending part of the server management end determines whether to send a plurality of third-type subtasks to the third-type task part of the second client and the third-type task part of the third client according to the occupation information of the third-type task part of the second client and the occupation information of the third-type task part of the third client.
5. The cloud computing system of claim 1, wherein the first-type task unit of the second client sends the completed first-type task to the first-type task receiving unit of the server management side after completing the first-type task sent from the server management side, and the first-type task sending unit returns the completed first-type task to the first-type task unit of the first client.
6. The cloud computing system according to claim 3, wherein after the second-type task unit of the second client completes the second-type subtask sent from the server management side, the second-type task unit of the second client sends the completed second-type subtask to the second-type task receiving unit of the server management side; after the second-type task part of the third client finishes the second-type subtask sent from the server management end, the finished second-type subtask is sent to a second-type task receiving part of the server management end; and the second-type task sending part of the server management end returns the completed second-type subtasks received from the second client and the third client to the second-type task part of the first client.
7. The cloud computing system according to claim 4, wherein the third-type task unit of the second client or the third client determines whether the received timestamp of the third-type subtask is the first timestamp, and if so, calculates the third-type subtask and returns the completed third-type subtask to the third-type task unit of the server management side, the third-type task sending unit of the server management side sends the calculation result of the completed third-type subtask to the third-type task unit of the client that received the third-type subtask having the second timestamp, and the third-type task unit of the client that received the third-type subtask having the second timestamp calculates the third-type subtask having the second timestamp based on the calculation result of the third-type subtask having the first timestamp, and sending the calculation result to a third type task receiving part of the server management end; and the third-type task sending part of the server management end returns the calculation result to the third-type task part of the first client.
8. The cloud computing system of any of claims 1-7, wherein the client is configured on a user terminal and the server manager is configured on a server.
9. The cloud computing system of claim 8, wherein the user terminal is a cell phone or a computer.
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| CN104598320A (en) * | 2015-01-30 | 2015-05-06 | 北京正奇联讯科技有限公司 | Task execution method and system based on distributed system |
| CN106453564A (en) * | 2016-10-18 | 2017-02-22 | 北京京东尚科信息技术有限公司 | Elastic cloud distributed massive request processing method, device and system |
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| US7233998B2 (en) * | 2001-03-22 | 2007-06-19 | Sony Computer Entertainment Inc. | Computer architecture and software cells for broadband networks |
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| CN101707543A (en) * | 2009-11-30 | 2010-05-12 | 北京中科大洋科技发展股份有限公司 | Enterprise media bus system supporting multi-task type and enterprise media bus method supporting multi-task type |
| CN103412792A (en) * | 2013-07-18 | 2013-11-27 | 成都国科海博计算机系统有限公司 | Dynamic task scheduling method and device under cloud computing platform environment |
| CN104598320A (en) * | 2015-01-30 | 2015-05-06 | 北京正奇联讯科技有限公司 | Task execution method and system based on distributed system |
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