CN103106105A - Network equipment task processing method and system - Google Patents
Network equipment task processing method and system Download PDFInfo
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- CN103106105A CN103106105A CN2013100549086A CN201310054908A CN103106105A CN 103106105 A CN103106105 A CN 103106105A CN 2013100549086 A CN2013100549086 A CN 2013100549086A CN 201310054908 A CN201310054908 A CN 201310054908A CN 103106105 A CN103106105 A CN 103106105A
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Abstract
The invention discloses a network equipment task processing method and a system. The system comprises a detecting unit and a first processing unit. According to the network equipment task processing method and the system, multithreading data business of network equipment can be allocated to a plurality of bound network terminals to be carried out commonly. Network bandwidths of other network terminals are utilized to effectively solve bottleneck of network rate of the network equipment, especially when large data volume businesses occur, better experience can be brought about.
Description
Technical field
The present invention relates to network communication field, relate in particular to a kind of network equipment task processing method and system.
Background technology
Existing a lot of Intelligent Network Element has a plurality of kernels (such as common double-core equipment, four nuclear equipments etc.), when carrying out the processing of multithreading task, can utilize a plurality of kernels of self to process simultaneously to raise the efficiency.But in the inside of a terminal, due to the restriction of cost and technology, number of cores is limited, and in most cases each kernel has been assigned with specific function, is difficult to all be used for simultaneously the multi-thread data business.When the data traffic of required by task is larger, and in the situation of the network formats rate-constrained of terminal self, it is often comparatively low that common various network device carries out the efficient that the multithreading task processes.
For example, in intelligent television, built-in functional processor itself is often powerful not, and if inside the wireless communication modules such as 3G, LTE are not set, use intelligent television to carry out the speed that multi-thread data downloads or upload and just have considerable restraint.
Summary of the invention
For defects of the prior art, the present invention proposes a kind of for process expeditiously task processing method and the system of multi-thread data task at the network equipment.
It is a kind of network equipment task processing method of structure that the present invention solves the technical scheme that the prior art problem adopts, and the method comprises:
Detect when S1. the first equipment is initiated task and whether have with at least one the second equipment that is connected the remote server ability and set up the first connection;
If, entering S2, at least one has been set up the first the second equipment that connects and has set up second with remote server and be connected, and completes described task by described the second connection.
Described step S2 is specially: described the first equipment is completed described task by connecting with the described first at least one path that connects and composes by described second; Or described the first equipment splits and distributes at least one described second equipment with described task, and described the second equipment connects by described second the described task of completing distribution.
A kind of network equipment task processing system comprises:
Whether detecting unit has with at least one the second equipment that is connected the remote server ability for detection when the first equipment is initiated task and sets up the first connection;
The first processing unit, be used for when described detecting unit testing result when being, set up at least one second equipment and be connected with second of remote server, and complete described task by described the second connection, described the second equipment is for having set up the first the second equipment that connects.
Described the first processing unit specifically is used for building at least one by described the second connection and described the first path that connects and composes, and described the first equipment is completed described task by described path; Or be used for described task is split, and by described the first equipment, described task being dispensed at least one described second equipment, described the second equipment connects by described second the described task of completing distribution.
Implement a kind of network equipment task processing method of the present invention and system, can jointly carry out to the network terminal of a plurality of bindings the multi-thread data traffic assignments of the network equipment, utilize the network bandwidth of other network terminal, the bottleneck of effective solution self network rate, especially when large-data operation, can bring better experience.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples, in accompanying drawing:
Fig. 1 shows the process flow diagram of an embodiment of network equipment task processing method of the present invention;
Fig. 2 shows the schematic diagram of another embodiment of network equipment task processing method of the present invention;
Fig. 3 shows the schematic diagram of another embodiment of network equipment task processing method of the present invention;
Fig. 4 shows the schematic diagram of another embodiment of network equipment task processing method of the present invention;
Fig. 5 is network equipment task processing system example structure block diagram of the present invention.
Embodiment
Should be understood that, for those of ordinary skills, can be improved according to the above description or conversion, and all these improve and conversion all should belong to the protection domain of claims of the present invention.
Fig. 1 is the process flow diagram of an embodiment of network equipment task processing method of the present invention.
A kind of network equipment task processing method, the method comprises the following steps:
Step S1 detects when the first equipment is initiated task and whether has with at least one the second equipment that is connected the remote server ability and set up the first connection.Described the first connection can be wired connection, also can be near radio and connects.
Described the first equipment and the second equipment can be all smart mobile phone, notebook computer or intelligent network player.Take the intelligent network player as example, the user operates this intelligent network player, selects to play an Internet video.In this step, can utilize the wireless communication module of other terminal of binding with this intelligent network player, assisting users is completed the multithreading task of initiating, for example, utilize 3G, LTE, the wireless communication modules such as TD, WCDMA in smart mobile phone, complete the task of initiating video playback.
Preferably, when whether described the first equipment exists first to connect in detection, need judge that also whether described the second equipment has the vacant network bandwidth, perhaps can expand to the larger network bandwidth.
As above routine described, when this intelligent network player is accepted user's operation, when beginning to play an Internet video, this intelligent network player begins to judge self whether to be connected with available communication module, comprise other intelligent network player or notebook computer, perhaps mobile phones etc. of being connected with this intelligent network player.Deterministic process can be to realize by the broadcast transmission detection signal.
If testing result is yes, enter step S2, at least one has been set up the first the second equipment that connects and has set up second with remote server and be connected, and completes described task by described the second connection.
In an embodiment of the present invention, also exist described the first equipment situation with any one the second equipment connection not detected, the first equipment can directly be set up the 3rd with remote server and was connected this moment, and completed described task by described the 3rd connection.The prompting of " mission failure is not found available connection " when setting up the 3rd connection failure, may appear certainly.
Fig. 2 is the schematic diagram of another embodiment of network equipment task processing method of the present invention.
In the present embodiment, described step S2 is specially: described the first equipment is completed described task by connecting with the described first at least one path that connects and composes by described second.
Preferably, described task is completed by the path that the first connection, the second equipment, the second connection and remote server consist of jointly by the first equipment, and described the second terminal is served as the router in described path.
As Fig. 2, the first device A can be passed through by the second equipment B 1, the second equipment B 2, the second equipment B 3, and three path A-B1-C, A-B2-C, A-B3-C that remote server C consists of respectively complete described task.
Fig. 3 is the schematic diagram of another embodiment of network equipment task processing method of the present invention.
In the present embodiment, described step S2 is specially: described the first equipment splits and distributes at least one described second equipment with described task, and described the second equipment connects by described second the described task of completing distribution.
In the above-described embodiments, described the first equipment is specially the step that described task splits and distributes: described the first equipment connects and is connected the quantity equilibrium of the second equipment of connecting and split and distribute described task according to setting up first.
In the present embodiment, the merging of described the first equipment and the equal supporting document of described remote server, described the first connection, the second connection can be wired connection, also can be wireless connections, described the first equipment connects by first distributes to described the second equipment with data downloading task or data upload task.
For example, the intelligent network player passes through close range wireless communication modes, as based on the TCP(transmission control protocol) or the UDP(User Datagram Protoco (UDP)) communication mode, the downloading task of video file is distributed to described available communication module according to preset rules.
On the one hand, when this intelligent network player is used for the uploaded videos file, be connected to video storage that at first communication module of this intelligent network player upload needs at the interim store path of this locality, after this communication module was uploaded task and completed, this communication module was deleted uploading data from interim store path;
On the other hand, when this intelligent network player is used for downloading video files, at first the communication module that is connected to this intelligent network player is stored in the video file that downloads to local interim store path, the mode of downloading can be based on wireless communication protocol and download, or downloads by network interface card interface (for example RJ45 interface).When communication module was completed downloading task, this communication module was transferred to this network equipment with the video file of downloading, and simultaneously, this communication module is deleted the video file of having completed download from interim store path.
In the present embodiment, described method comprises that also detecting all has distributed the communication module of downloading task whether to complete the downloading task of described distribution, if there is such communication module, described communication module sends look-at-me to intelligent players.When the communication module of accepting intelligent network player distribution downloading task was completed downloading task, this communication module sent look-at-me to this intelligent network player.Simultaneously, this intelligent network player calculates remaining downloading task, and according to result of calculation, again sends downloading task to the communication module that sends look-at-me.For example, if according to result of calculation, when remaining downloading task is less, can no longer to available communication module allocating task, download and directly transfer to this intelligent network player; If according to result of calculation, when remaining downloading task is more, can be for the network bandwidth size of available communication module self, the pro-rata downloading task is until all data downloading task or the data upload task initiated in this network equipment all are done.
As Fig. 3, the first device A initiate about file 1 upload or downloading task after, detect and set up respectively first with the second equipment B 1, the second equipment B 2, the second equipment B 3 and be connected, the first equipment is split as a, b, c, d, e, f totally 6 subtasks with described file according to the quantity (as being 3 in Fig. 3) of setting up the first the second equipment that connects, and these 6 sub-task balance are dispensed to the second equipment B 1, the second equipment B 2, the second equipment B 3.According to Fig. 3, the second equipment B 1 is assigned with subtask a, d, and the second equipment B 2 is assigned with subtask b, e, and the second equipment B 3 is assigned with subtask c, f.When described task was upload file 1, after described the second equipment B 1, the second equipment B 2, the second equipment B 3 were completed the subtask that is assigned with, described remote server was completed the merging of subtask, was file 1 with described 6 sub-task mergings.When described task was download file 1, after described the second equipment B 1, the second equipment B 2, the second equipment B 3 were completed the subtask that is assigned with, described the first equipment was completed the merging of subtask, was file 1 with described 6 sub-task mergings.
Fig. 4 is the schematic diagram of another embodiment of network equipment task processing method of the present invention.
In the present embodiment, described the first equipment is specially the step that described task splits and distributes: described the first equipment splits according to the communication module standard of described the second equipment and corresponding network transmission speed and distributes described task.In the present embodiment, the merging of described the first equipment and the equal supporting document of described remote server, described the first connection, the second connection can be wired connection, also can be wireless connections.
As Fig. 4, the first device A initiate about file 1, file 2, file 3 upload or downloading task after, detect and set up respectively first with the second equipment B 1, the second equipment B 2, the second equipment B 3 and be connected, the first equipment according to the second equipment B 1, the second equipment B 2, the communication module standard of the second equipment B 3 and current network transmission speed, is given the second different equipment with different file allocation.As present the second equipment B 2, maximum network speed is arranged, file 2 being distributed with the second equipment B 2, the second equipment B 1 has minimum network speed, file 1 is distributed and the second equipment B 1, perhaps, file 1, file 2 are all distributed to the second equipment B 2, give unnecessary details no longer one by one herein.
Fig. 5 is network equipment task distribution system example structure block diagram of the present invention.
A kind of network equipment task distribution system comprises:
Whether detecting unit has with at least one the second equipment that is connected the remote server ability for detection when the first equipment is initiated task and sets up the first connection.
The first processing unit, be used for when described detecting unit testing result when being, set up at least one second equipment and be connected with second of remote server, and complete described task by described the second connection, described the second equipment is for having set up the first the second equipment that connects.
In the present embodiment, described the first equipment, the second equipment can be all smart mobile phone, notebook computer or intelligent network player.This sentences the intelligent network player is example, and the user operates this intelligent network player, selects to play an Internet video.
Described detection module is after described the first equipment initiation task, begin to judge whether this intelligent network player is connected with available communication module, this available communication module comprises other intelligent network players, notebook computer, the perhaps mobile phone etc. that is connected with this intelligent network player.Wherein, these available communication modules have the vacant network bandwidth, perhaps can expand to the larger network bandwidth.The mode that detects can be to realize by the broadcast transmission detection signal.
Corresponding to embodiment shown in Figure 2, described the first processing unit specifically is used for building at least one by described the second connection and described the first path that connects and composes, and described the first equipment is completed described task by described path; Or concrete being used for described task fractionation, and by described the first equipment, described task being dispensed at least one described second equipment, described the second equipment connects by described second the described task of completing distribution.
Corresponding to embodiment shown in Figure 3, described the first processing unit also comprises the first processing module, is specifically connected and is connected the described task of the balanced fractionation of quantity of described the second equipment of connecting according to setting up first by described the first equipment
In the above-described embodiments, described the first equipment passes through close range wireless communication modes, for example based on the TCP(transmission control protocol) or the UDP(User Datagram Protoco (UDP)) communication mode, the downloading task of video file is distributed to described available communication module according to preset rules.
When this intelligent network player is used for the uploaded videos file, be connected to video storage that at first communication module of this intelligent network player upload needs at the interim store path of this locality, after this communication module was uploaded task and completed, this communication module was deleted uploading data from interim store path;
When this intelligent network player is used for downloading video files, at first the communication module that is connected to this intelligent network player is stored in the video file that downloads to local interim store path, the mode of downloading can be based on wireless communication protocol and download, or downloads by network interface card interface (for example RJ45 interface).When communication module was completed downloading task, this communication module was transferred to this network equipment with the video file of downloading, and simultaneously, this communication module is deleted the video file of having completed download from interim store path.
Corresponding to embodiment shown in Figure 4, the first processing module splits described task by communication module standard and the corresponding network transmission speed of described the second equipment.
In the present embodiment, when the communication module of accepting intelligent network player distribution downloading task was completed downloading task, this communication module sent look-at-me to this intelligent network player.Described the first processing unit sends downloading task according to result of calculation again to the communication module that sends look-at-me.For example, when remaining downloading task is less, can no longer distribute downloading task to available communication module, download and directly transfer to this intelligent network player; When if the remaining downloading task of root is more, can be for the network bandwidth size of available communication module self, the pro-rata downloading task is until complete described downloading task.
Preferably, described system also comprises merge cells, is positioned at described remote server and described the first equipment, is used for when described task when uploading task or downloading task, completes respectively the merging of described task in described remote server end and described the first equipment end.
Preferably, described system also comprises the second processing unit, is used for when described detecting unit testing result when being no, and first equipment of setting up is connected with the 3rd of described remote server, and completes described task by described the 3rd connection.
The above is only preferred embodiment of the present invention, not in order to limiting the present invention, all any modifications of doing within the spirit and principles in the present invention, is equal to and replaces and improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a network equipment task processing method, is characterized in that, comprises the following steps:
Detect when S1. the first equipment is initiated task and whether have with at least one the second equipment that is connected the remote server ability and set up the first connection;
If, entering S2, at least one has been set up the first the second equipment that connects and has set up second with remote server and be connected, and completes described task by described the second connection.
2. task processing method according to claim 1, is characterized in that, described step S2 is specially: described the first equipment is completed described task by connecting with the described first at least one path that connects and composes by described second; Or
Described the first equipment splits and distributes at least one described second equipment with described task, and described the second equipment connects by described second the described task of completing distribution.
3. task processing method according to claim 2, it is characterized in that, described the first equipment is specially the step that described task splits and distributes: described the first equipment connects and is connected the quantity equilibrium of described the second equipment of connecting and split and distribute described task according to setting up first; Or
Split and distribute described task according to the communication module standard of described the second equipment and corresponding network transmission speed.
4. the described task processing method of according to claim 1 to 3 any one, is characterized in that, described method also comprises: when uploading task or downloading task, completed respectively the merging of described task when described task by described remote server or the first equipment.
5. task processing method according to claim 1, is characterized in that, if testing result is no, described the first equipment is set up the 3rd with remote server and is connected, and connects by the described the 3rd the described task of completing.
6. a network equipment task processing system, is characterized in that, comprising:
Whether detecting unit has with at least one the second equipment that is connected the remote server ability for detection when the first equipment is initiated task and sets up the first connection;
The first processing unit, be used for when described detecting unit testing result when being, set up at least one second equipment and be connected with second of remote server, and complete described task by described the second connection, described the second equipment is for having set up the first the second equipment that connects.
7. task processing system according to claim 6, is characterized in that, described the first processing unit specifically is used for building at least one by described the second connection and described the first path that connects and composes, and described the first equipment is completed described task by described path; Or
Described the first processing unit is used for described task is split, and by described the first equipment, described task is dispensed at least one described second equipment, and described the second equipment connects by described second the described task of completing distribution.
8. task processing system according to claim 7, it is characterized in that, described the first processing unit comprises the first processing module, is specifically connected and is connected the described task of the balanced fractionation of quantity of described the second equipment of connecting according to setting up first by described the first equipment; Or
Communication module standard and corresponding network transmission speed by described the second equipment split described task.
9. the described task processing system of according to claim 6 to 8 any one, it is characterized in that, described system also comprises merge cells, be positioned at described remote server and described the first equipment, be used for when described task when uploading task or downloading task, complete respectively the merging of described task in described remote server end and described the first equipment end.
10. task processing system according to claim 6, it is characterized in that, described system also comprises the second processing unit, is used for when described detecting unit testing result when being no, first equipment of setting up is connected with the 3rd of described remote server, and connects by the described the 3rd the described task of completing.
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| CN2013100549086A CN103106105A (en) | 2013-02-20 | 2013-02-20 | Network equipment task processing method and system |
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Application publication date: 20130515 |