CN102055806A - Remote intelligent terminal service control system - Google Patents
Remote intelligent terminal service control system Download PDFInfo
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- CN102055806A CN102055806A CN201010617832XA CN201010617832A CN102055806A CN 102055806 A CN102055806 A CN 102055806A CN 201010617832X A CN201010617832X A CN 201010617832XA CN 201010617832 A CN201010617832 A CN 201010617832A CN 102055806 A CN102055806 A CN 102055806A
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Abstract
The invention discloses a remote intelligent terminal service control system which comprises a controller, a receiver and a terminal machine, wherein the controller is connected with the receiver through the Internet, and the receiver is connected with the terminal machine through a local area network; and the controller comprises a controller data processing packet, a controller application processing packet and a controller data transmission/interface packet, wherein the controller data processing packet is used for standardizing data to form the required storage object to carry out multi-thread control in transmission, the controller application processing packet is used for encapsulating and processing the data, and the controller data transmission/interface packet is used for transmitting the data through an interface. The control system overcomes the defects that at present, a terminal is isolated in the practical application, files need to be replaced artificially on the site, and the like; and by adopting the mode of automatic recognition, the data can be safely and accurately transmitted to the terminal, and the terminal display effect can be controlled, thereby greatly improving the work efficiency and saving the cost of labor power and material resources.
Description
Technical field
The present invention relates to a kind of remote data transmission system.
Background technology
Some city all is provided with some public information platforms now, and people can be known some information by these information platforms, but the renewal of information but is the problem of a headache on this information platform.Upgrade the data of small lot, can directly directly download, but for large batch of data, as just very difficult directly downloads such as video display data, common way is directly by manually copying successively from the controller of information platform.More advanced be the control that realizes terminal in some local area network (LAN)s zone, can only discern the terminal in a certain zone, and management and big data upload and download that can not implementation platform.
Summary of the invention
The purpose of this invention is to provide that a kind of slave controller automatically is stable, reliable transmitting data is to the remote intelligent terminal operation control system of receiver.
In order to reach above purpose, adopted following technical scheme:
A kind of remote intelligent terminal operation control system comprises controller, receiver and terminating machine, it is characterized in that: its middle controller links to each other by the Internet with receiver, and receiver links to each other by local area network (LAN) with terminating machine;
Described controller comprises:
Controller data pack processing: data are carried out standardization, form required storage object, when transmission, carry out multithreading control;
Controller is used pack processing: data are encapsulated and process;
Controller data transmission/interface bag: data are transferred out by interface;
Described receiver comprises:
Receiver is used pack processing: to the data that control end transmits download, deciphering, decompress(ion) so that carry out data processing;
The receiver data pack processing: make up at data, storage is gone forward side by side and is acted the control of being engaged in;
Receiver resolver bag: data are resolved;
Receiver presentation layer wrapper: the data that will need to show are carried out the presentation layer encapsulation, reach bandwagon effect.
Described controller data pack processing comprises: data segmentation module, data normalization processing module, data memory module, logger module, multi-thread concurrent control module;
Wherein:
Data segmentation module: large object data is divided into the small data unit;
Data normalization processing module: change the small data unit into the standard XML object;
Data memory module: data are stored control;
Logger module: record data are in information that various state produced;
Multi-thread concurrent control module: the multithreading in connecting is carried out concurrent control.
Described controller is used pack processing and is comprised: encryption processing module, automatic identification module, compression module, frame module, breakpoint transmission module, configuration module;
Encryption processing module: data are encrypted;
Configuration module: for control end and receiving terminal are set up the set parameter of a series of mappings, so that can transmit automatically and accurately;
Automatically identification module: according to configuration module automatically with transfer of data to the receiver of correspondence;
Compression module: data are compressed;
Frame module: the display effect on the terminating machine is customized, and be configured;
Breakpoint transmission module: when data delivery, carry out breakpoint transmission control.
Described controller data transmission/interface bag comprises: AIM, bus module:
AIM: for the transmission of data provides application interface to call;
Bus module: adopt Asynchronous Transfer Mode to carry out transfer of data, carry out the state receipt by AIM simultaneously.
Processing procedure in the described controller data pack processing is:
At first store large object data into core buffer by data memory module, and duplicate a piece of data so that recover.
Then the The data method of first-in, first-out of duplicating is added the LIST formation;
Data segmentation module employing partitioning algorithm carries out data to be cut apart, and sets up map simultaneously, and partitioning algorithm is as follows:
A, get data object in the formation, be converted to binary object;
B, read binary object, according to preseting length, in the MAP object of being rivals in a contest, opening relationships concerns that wherein content is:＜unique serial number, crux word, object coding, object oriented, content 〉;
C, the object encapsulation that will set up good relation become minimum data unit, conveniently to call and to read and write;
D, at last carry out XML standardization conversion by the data normalization processing module, with convenient identification and transmission at cutting apart good data;
In the process of data processing, logger module is carried out record to the state of data, and the multi-thread concurrent control module is carried out concurrent control to a plurality of threads simultaneously.
The form of described minimum data unit is:
Object oriented: large data objects title;
Unique serial number: the sequence number of each data element of cutting apart;
Coding: the English name of data element;
Data element title: the Chinese named of data element;
Crux word: the index name of searching the data element object;
Type: data element type;
Length: data element length;
Content: the binary data of object section;
Starting position: the beginning sequence number of partition data;
End position: the end sequence number of partition data.
Described receiver is used pack processing and is comprised: downloading control module, decryption processing module, decompression module:
Downloading control module: data are carried out download process;
Decryption processing module: data are decrypted;
Decompression module: data are carried out decompress(ion).
Described receiver data pack processing comprises data combination module, data memory module, affairs control module:
Data combination module: pass the divided data of coming at controller and reconfigure;
Data memory module: carry out storage control;
Affairs control module: carry out the control of affairs during storage.
Described receiver is resolved and comprised: bag is resolved in audio frequency parsing module, video parsing module, instruction:
Audio frequency parsing module: carry out the processing of audio frequency at terminating machine;
Video parsing module: carry out the processing of video at terminating machine;
Bag is resolved in instruction: carry out the processing of dependent instruction at third party device.
Described receiver presentation layer wrapper comprises flash module, html merge module:
The flash module: the ocx assembly to the Flash player loads, and makes and can directly quote the Flash control in application program;
Html merge module: the WebBrowser control is packed with display web page.
The processing procedure of described receiver data pack processing is as follows:
At first data memory module with the normalized objects data read that receives in buffer memory;
Loop-around data, data that separation will be made up and the data that do not need to make up;
With isolated data, be added to respectively in LIST1 and the LIST2 formation, wherein LIST1 is not for needing the formation of the data that make up, and LIST2 is for need carry out the formation of data splitting;
Make up by the data combination module at the data among the LIST2 then, combinational algorithm is as follows:
(A) press unique serial number ascending order circulation LIST2;
(B) starting position and the end position by each MAP object among the LIST2 splices data, verifies the continuity of its data during combination;
(C) data of every combination just join among the formation LIST3;
At last the data among LIST1 and the LIST3 are changed, binary data is converted to can stores data, be saved in then in the database, the things control module is controlled storage in storing process.
The invention has the beneficial effects as follows:
It is isolated in using on the spot that this control system has solved present terminal, need artificially advance to change shortcomings such as file to the scene, by automatic identification mode, can make data security, incoming terminal exactly, and energy control terminal display effect, greatly increase work efficiency, saved the human and material resources cost.
Description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 is the structural representation of middle controller of the present invention;
Fig. 3 is the structural representation of receiver among the present invention;
Fig. 4 is the data transmission procedure schematic diagram of invention middle controller.
Embodiment
The present invention is described further below in conjunction with the drawings and specific embodiments:
As shown in Figure 1 to Figure 3,
A kind of remote intelligent terminal operation control system comprises controller, receiver and terminating machine, and its middle controller links to each other by the Internet with receiver, and receiver links to each other by local area network (LAN) with terminating machine;
The application of controller carrying Long-distance Control intelligent terminal service routine is carried out the related data performance thereon and is handled, and discerns the line data transmission of going forward side by side automatically, transfer of data can be arrived each receiver, and it is managed and controls.
Described controller comprises:
Controller data pack processing: data are carried out standardization, form required storage object, when transmission, carry out multithreading control;
Controller is used pack processing: data are encapsulated and process;
Controller data transmission/interface bag: data are transferred out by interface;
Described controller data pack processing comprises: data segmentation module, data normalization processing module, data memory module, logger module, multi-thread concurrent control module;
Wherein:
Data segmentation module: at large object data, for example HD video file, BloB(CloB) object data carries out dividing processing, is divided into the minimum data unit;
The data normalization processing module: with the machine setting, document framework, the framework setting, the frame area setting, promotional literature, accurately advertisement is provided with object, and unified its standard x ML object that transforms in minimum data unit also can be entity object, so that storage comprises:
Coding: the English description.
Title: Chinese is described.
Field: corresponding Database field is described.
Field name: the Chinese of field is described.
Field type: the type in database of field.
Field length: the restriction in database of field.
Default value: the initial value of field in database.
Field remarks: the remarks description of field.
Data memory module: data are stored control;
Logger module: record data are in the information that various state produced, so that inquire about the reason of related service operation and problem generation when needed.
Multi-thread concurrent control module: the multithreading in connecting is carried out concurrent control.
Processing procedure in the controller data pack processing is:
At first store large object data into core buffer by data memory module, and duplicate a piece of data so that recover.
Then the The data method of first-in, first-out of duplicating is added the LIST formation;
Data segmentation module employing partitioning algorithm carries out data to be cut apart, and sets up map simultaneously, and partitioning algorithm is as follows:
A, get data object in the formation, be converted to binary object;
B, read binary object, according to preseting length, in the MAP object of being rivals in a contest, opening relationships concerns that wherein content is:＜unique serial number, crux word, object coding, object oriented, content 〉;
C, the object encapsulation that will set up good relation become minimum data unit, conveniently to call and to read and write;
D, at last carry out XML standardization conversion by the data normalization processing module, with convenient identification and transmission at cutting apart good data;
In the process of data processing, logger module is carried out record to the state of data, and the multi-thread concurrent control module is carried out concurrent control to a plurality of threads simultaneously.
Wherein the form of minimum data unit is:
Object oriented: large data objects title;
Unique serial number: the sequence number of each data element of cutting apart;
Coding: the English name of data element;
Data element title: the Chinese named of data element;
Crux word: the index name of searching the data element object;
Type: data element type;
Length: data element length;
Content: the binary data of object section;
Starting position: the beginning sequence number of partition data;
End position: the end sequence number of partition data.
Described controller is used pack processing and is comprised: encryption processing module, automatic identification module, compression module, frame module, breakpoint transmission module, configuration module;
Encryption processing module: use the MD5 algorithm to encrypt to data;
Configuration module: set up the set parameter of a series of mappings for control end and receiving terminal,, provide the constant parameter of a series of bottoms simultaneously so that can transmit automatically and accurately;
Automatically identification module: according to configuration module automatically with transfer of data to the receiver of correspondence;
Compression module: data are compressed, to improve efficiency of transmission.
Frame module: the display effect on the terminating machine is customized, and be configured;
The breakpoint transmission module: carry out breakpoint transmission control when data delivery, when meeting accident, can remember the state of uploading last time, transfer efficiency in the raising reduces server stress.
As shown in Figure 4, data by encryption, are sent into message channel after handling well through the controller data pack processing then.
Configuration module reads configuration file according to the source of data, with remote parameter: IP address, commodity, coding, title etc. read out, set up mapping object ConfigData, and be assigned to concrete passage:＜IP, port, machinecode, machineName, [Data] 〉.
Discern according to the information that configuration object provides, seek remote address, the affirmation of shaking hands through the object of confirming (SendData), adds formation:＜channelID, [ConfigData] 〉.
SendData is sent into corresponding passage transmit, write simultaneously in the daily record storehouse.
Described controller data transmission/interface bag comprises: AIM, bus module:
AIM: for the transmission of data provides application interface to call, as WEBSERVICE, the https mode;
Bus module: adopt Asynchronous Transfer Mode to carry out transfer of data, carry out the state receipt by AIM simultaneously.
Receiver comprises:
Receiver is used pack processing: to the data that control end transmits download, deciphering, decompress(ion) so that carry out data processing;
The receiver data pack processing: make up at data, storage is gone forward side by side and is acted the control of being engaged in;
Receiver resolver bag: data are resolved;
Receiver presentation layer wrapper: the data that will need to show are carried out the presentation layer encapsulation, reach bandwagon effect.
Described receiver is used pack processing and is comprised: downloading control module, decryption processing module, decompression module:
Downloading control module: data are carried out download process;
Decryption processing module: data are decrypted;
Decompression module: data are carried out decompress(ion).
Described receiver data pack processing comprises data combination module, data memory module, affairs control module:
Data combination module: pass the divided data of coming at controller and reconfigure;
Data memory module: carry out storage control;
Affairs control module: carry out the control of affairs during storage.
The processing procedure of described receiver data pack processing is as follows:
At first data memory module with the normalized objects data read that receives in buffer memory;
Loop-around data, data that separation will be made up and the data that do not need to make up;
With isolated data, be added to respectively in LIST1 and the LIST2 formation, wherein LIST1 is not for needing the formation of the data that make up, and LIST2 is for need carry out the formation of data splitting;
Make up by the data combination module at the data among the LIST2 then, combinational algorithm is as follows:
(A) press unique serial number ascending order circulation LIST2;
(B) starting position and the end position by each MAP object among the LIST2 splices data, verifies the continuity of its data during combination;
C) data of every combination just join among the formation LIST3;
At last the data among LIST1 and the LIST3 are changed, binary data is converted to can stores data, be saved in then in the database, the things control module is controlled storage in storing process.
Receiver is resolved and comprised: bag is resolved in audio frequency parsing module, video parsing module, instruction:
Audio frequency parsing module: carry out the processing of audio frequency at terminating machine;
Video parsing module: carry out the processing of video at terminating machine;
Bag is resolved in instruction: carry out the processing of dependent instruction at third party device.
Described receiver presentation layer wrapper comprises flash module, html merge module:
The flash module: the ocx assembly to the Flash player loads, and makes and can directly quote the Flash control in application program;
Html merge module: the WebBrowser control is packed with display web page.
Claims (11)
1. a remote intelligent terminal operation control system comprises controller, receiver and terminating machine, it is characterized in that: its middle controller links to each other by the Internet with receiver, and receiver links to each other by local area network (LAN) with terminating machine;
Described controller comprises:
Controller data pack processing: data are carried out standardization, form required storage object, when transmission, carry out multithreading control;
Controller is used pack processing: data are encapsulated and process;
Controller data transmission/interface bag: data are transferred out by interface;
Described receiver comprises:
Receiver is used pack processing: to the data that control end transmits download, deciphering, decompress(ion) so that carry out data processing;
The receiver data pack processing: make up at data, storage is gone forward side by side and is acted the control of being engaged in;
Receiver resolver bag: data are resolved;
Receiver presentation layer wrapper: the data that will need to show are carried out the presentation layer encapsulation, reach bandwagon effect.
2. remote intelligent terminal operation control system as claimed in claim 1 is characterized in that: described controller data pack processing comprises: data segmentation module, data normalization processing module, data memory module, logger module, multi-thread concurrent control module;
Wherein:
Data segmentation module: large object data is divided into the small data unit;
Data normalization processing module: change the small data unit into the standard XML object;
Data memory module: data are stored control;
Logger module: record data are in information that various state produced;
Multi-thread concurrent control module: the multithreading in connecting is carried out concurrent control.
3. remote intelligent terminal operation control system as claimed in claim 2 is characterized in that:
Described controller is used pack processing and is comprised: encryption processing module, automatic identification module, compression module, frame module, breakpoint transmission module, configuration module;
Encryption processing module: data are encrypted;
Configuration module: for control end and receiving terminal are set up the set parameter of a series of mappings, so that can transmit automatically and accurately;
Automatically identification module: according to configuration module automatically with transfer of data to the receiver of correspondence;
Compression module: data are compressed;
Frame module: the display effect on the terminating machine is customized, and be configured;
Breakpoint transmission module: when data delivery, carry out breakpoint transmission control.
4. remote intelligent terminal operation control system as claimed in claim 3 is characterized in that: described controller data transmission/interface bag comprises: AIM, bus module:
AIM: for the transmission of data provides application interface to call;
Bus module: adopt Asynchronous Transfer Mode to carry out transfer of data, carry out the state receipt by AIM simultaneously.
5. remote intelligent terminal operation control system as claimed in claim 4 is characterized in that: the processing procedure in the described controller data pack processing is:
At first store large object data into core buffer by data memory module, and duplicate a piece of data so that recover;
Then the The data method of first-in, first-out of duplicating is added the LIST formation;
Data segmentation module employing partitioning algorithm carries out data to be cut apart, and sets up map simultaneously, and partitioning algorithm is as follows:
A, get data object in the formation, be converted to binary object;
B, read binary object, according to preseting length, in the MAP object of being rivals in a contest, opening relationships concerns that wherein content is:＜unique serial number, crux word, object coding, object oriented, content 〉;
C, the object encapsulation that will set up good relation become minimum data unit, conveniently to call and to read and write;
D, at last carry out XML standardization conversion by the data normalization processing module, with convenient identification and transmission at cutting apart good data;
In the process of data processing, logger module is carried out record to the state of data, and the multi-thread concurrent control module is carried out concurrent control to a plurality of threads simultaneously.
6. remote intelligent terminal operation control system as claimed in claim 5 is characterized in that: the form of described minimum data unit is:
Object oriented: large data objects title;
Unique serial number: the sequence number of each data element of cutting apart;
Coding: the English name of data element;
Data element title: the Chinese named of data element;
Crux word: the index name of searching the data element object;
Type: data element type;
Length: data element length;
Content: the binary data of object section;
Starting position: the beginning sequence number of partition data;
End position: the end sequence number of partition data.
7. as the arbitrary described remote intelligent terminal operation control system of claim 1 to 6, it is characterized in that:
Described receiver is used pack processing and is comprised: downloading control module, decryption processing module, decompression module:
Downloading control module: data are carried out download process;
Decryption processing module: data are decrypted;
Decompression module: data are carried out decompress(ion).
8. remote intelligent terminal operation control system as claimed in claim 7 is characterized in that:
Described receiver data pack processing comprises data combination module, data memory module, affairs control module:
Data combination module: pass the divided data of coming at controller and reconfigure;
Data memory module: carry out storage control;
Affairs control module: carry out the control of affairs during storage.
9. remote intelligent terminal operation control system as claimed in claim 8 is characterized in that:
Described receiver is resolved and comprised: bag is resolved in audio frequency parsing module, video parsing module, instruction:
Audio frequency parsing module: carry out the processing of audio frequency at terminating machine;
Video parsing module: carry out the processing of video at terminating machine;
Bag is resolved in instruction: carry out the processing of dependent instruction at third party device.
10. remote intelligent terminal operation control system as claimed in claim 9 is characterized in that:
Described receiver presentation layer wrapper comprises flash module, html merge module:
The flash module: the ocx assembly to the Flash player loads, and makes and can directly quote the Flash control in application program;
Html merge module: the WebBrowser control is packed with display web page.
11. remote intelligent terminal operation control system as claimed in claim 10 is characterized in that:
The processing procedure of described receiver data pack processing is as follows:
At first data memory module with the normalized objects data read that receives in buffer memory;
Loop-around data, data that separation will be made up and the data that do not need to make up;
With isolated data, be added to respectively in LIST1 and the LIST2 formation, wherein LIST1 is not for needing the formation of the data that make up, and LIST2 is for need carry out the formation of data splitting;
Make up by the data combination module at the data among the LIST2 then, combinational algorithm is as follows:
(A) press unique serial number ascending order circulation LIST2;
(B) starting position and the end position by each MAP object among the LIST2 splices data, verifies the continuity of its data during combination;
(C) data of every combination just join among the formation LIST3;
At last the data among LIST1 and the LIST3 are changed, binary data is converted to can stores data, be saved in then in the database, the things control module is controlled storage in storing process.
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| CN 201010617832 CN102055806B (en) | 2010-12-31 | 2010-12-31 | Remote intelligent terminal service control system |
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| CN102404645A (en) * | 2011-11-14 | 2012-04-04 | 黄广宇 | Remote intelligent control method |
| CN103099608A (en) * | 2011-11-11 | 2013-05-15 | 万达信息股份有限公司 | Remote family health information acquiring method based on 3rd-generation (3G) wireless network |
| CN103269358A (en) * | 2013-04-24 | 2013-08-28 | 陕西师范大学 | Video streaming sharing method in opportunistic network |
| CN105704239A (en) * | 2016-03-31 | 2016-06-22 | 广州指点网络科技有限公司 | High-speed download wireless hot spot cloud terminal and application method thereof |
| CN106603605A (en) * | 2015-10-16 | 2017-04-26 | 阿里巴巴集团控股有限公司 | Data transmission method and system |
| CN113220234A (en) * | 2021-05-17 | 2021-08-06 | 南京林洋电力科技有限公司 | Terminal data storage management method and manager |
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| CN113220234A (en) * | 2021-05-17 | 2021-08-06 | 南京林洋电力科技有限公司 | Terminal data storage management method and manager |
| CN113220234B (en) * | 2021-05-17 | 2022-10-21 | 南京林洋电力科技有限公司 | Terminal data storage management method and manager |
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| Publication number | Publication date |
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| CN102055806B (en) | 2013-05-01 |
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