CN102129361A - Centralized display system and method for multi-split pictures - Google Patents
Centralized display system and method for multi-split pictures Download PDFInfo
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- CN102129361A CN102129361A CN2010100044567A CN201010004456A CN102129361A CN 102129361 A CN102129361 A CN 102129361A CN 2010100044567 A CN2010100044567 A CN 2010100044567A CN 201010004456 A CN201010004456 A CN 201010004456A CN 102129361 A CN102129361 A CN 102129361A
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Abstract
The invention provides a centralized display system and a centralized display method for multi-split pictures. The system comprises a server, and a plurality of clients which are on line with the server through a remote desktop control service respectively, wherein one of the plurality of clients is a total receiving end and is on line with other clients to receive a plurality of pieces of information so as to at least display pictures of the other clients on a display of the total receiving end in a centralized mode.
Description
Technical field
The invention relates to a kind of many image display systems and method, be meant that especially a kind of client utilizes remote desktop to control service and carry out the centralized displaying System and method for of many divided frames.
Background technology
At present, remote desktop under virtualization architecture is used, the single display device only can show the picture of a remote desktop, if desire is when centralized displaying is on the single display device simultaneously with the picture of a plurality of remote desktops, technology or the method for still not having other at present can provide a plurality of remote desktop images of Centralized Monitoring simultaneously.
And in the technology that remote desktop is used, the RDP that Microsoft developed (RemoteDesktop Protocol, RDP) use widely at present by technology.When using RDP; the burden of the central processing unit of computing machine can be lower; this is because operation system of computer itself does not need the real action of drawing; but the indication of drawing is sent to client via Ethernet, that end of user's operation just makes it draw.Therefore, RDP have transmit package little, do not account for display picture rate (frame rate) advantages of higher that frequency range, Computing consume low and client.Yet this host-host protocol of RDP is a kind of man-to-man operated from a distance technology, even a plurality of user is connected with server simultaneously, each user is still independent separately, and it also can't provide arbitrary user to show other user's picture simultaneously.
Summary of the invention
So still do not have a kind of method at present, can when utilizing the RDP advantage, reach the purpose of a plurality of remote desktop images of Centralized Monitoring on the single display device.The whence is event, and the applicant creates the present invention's " centralized displaying System and method fors of many divided frames " because the disappearance of conventional art is through concentrated ground inference and research.
According to conception of the present invention, a kind of centralized displaying system of many divided frames is proposed, comprise a server; A plurality of clients are utilized a remote desktop to control service respectively and are set up online with this server; Wherein, one of these a plurality of clients are a total receiving end, set up online to receive a plurality of information, so that the picture centralized displaying of a plurality of clients of major general this other is on a display of this first total receiving end with other a plurality of clients respectively.
According to another conception of the present invention, a kind of centralized displaying system of many divided frames is proposed, comprise a server, have a plurality of virtual opetrating systems, these a plurality of virtual opetrating systems provide a remote desktop to control service respectively; And a plurality of clients, utilize this remote desktop to control service respectively and be connected to this a plurality of virtual opetrating systems accordingly by this server; Wherein one of these a plurality of clients are a total receiving end, this server captures a plurality of information of pairing other a plurality of virtual opetrating systems of other a plurality of clients, and transmit these a plurality of information of being captured according to a request instruction of this total receiving end to this total receiving end, with the picture of a plurality of clients of centralized displaying this other on a display of this first total receiving end.
According to another conception of the present invention, a kind of centralized displaying method of many divided frames is proposed, comprise the following steps to provide a server and a plurality of client; These a plurality of clients utilize a remote desktop to control service respectively and this server is set up online; Specify one of these a plurality of clients as a total receiving end; It is online to set up to other a plurality of clients that this total receiving end transmits a request instruction; And come the picture of a plurality of clients of centralized displaying this other on a display of this total receiving end according to a plurality of information that transmit from this other a plurality of clients.
According to another conception of the present invention, a kind of centralized displaying method of many divided frames is proposed, comprise the following steps to provide a server; In this server, set up a plurality of virtual opetrating systems; These a plurality of virtual opetrating systems provide respectively a remote desktop control the service make a plurality of clients be connected to this a plurality of virtual opetrating systems respectively by this server; This server captures a plurality of information of these a plurality of virtual opetrating systems; Specify one of these a plurality of clients as a total receiving end; This total receiving end transmits a request instruction to this server; And this server transmits the information that captured to this total receiving end according to this request instruction, with the picture of other client of centralized displaying on a display of this total receiving end.Wherein, this first server captures these a plurality of first information of this other a plurality of virtual opetrating systems, and transmits those first information of being captured to this first total receiving end after receiving this request instruction that this first total receiving end sent; Or this first server captures these a plurality of first information of this other a plurality of virtual opetrating systems, and producing one second information, this first server transmits this second information to this first total receiving end after receiving this request instruction that this first total receiving end sent; Wherein, those first information and this second information are drawing for order.Wherein, this remote desktop is controlled service and is the RDP of Microsoft, or operation independent framework technology.
For foregoing of the present invention can be become apparent, a preferred embodiment cited below particularly, and conjunction with figs. are described in detail below:
Description of drawings
Figure 1A～B illustrates the centralized displaying system schematic of the first embodiment of the present invention.
Fig. 2 A～C illustrates the centralized displaying system schematic of the second embodiment of the present invention.
Fig. 3 A～B illustrates the centralized displaying system schematic of the third embodiment of the present invention.
Fig. 4 A～B illustrates the centralized displaying system schematic of the fourth embodiment of the present invention.
Fig. 5 A～B illustrates the centralized displaying system schematic of the fifth embodiment of the present invention.
Fig. 6 A～B illustrates the centralized displaying system schematic of the sixth embodiment of the present invention.
Fig. 7 A～B illustrates the centralized displaying system schematic of the seventh embodiment of the present invention.
[main element symbol description]
The RDP RDP
10 centralized displaying systems
11 clients
111,1413,1513,2111,320 information
1120,1121,1122,1123,1410,1411,1510,1511,2210,2211,2212,2213,321,322 pictures
12 total receiving ends
121,230 displays
122,1422,1522,231,261,331 request instructions
13 servers
131,2110 drawing for orders
14 first groups
141,22 first clients
142,23 first total receiving ends
1,421 first displays
15 second groups
151 second clients
152,26 second total receiving ends
1,521 second displays
20 centralized displaying systems
21 first servers
210 virtual levels
211 virtual opetrating systems
24 virtual network switchs
25 monitoring application programs
30 centralized displaying systems
31 second servers
311 drawing for orders
32 second clients
33 the 3rd total receiving ends
332 information
Embodiment
At first see also Figure 1A～B, it is the centralized displaying system schematic of first embodiment proposed by the invention.In this system 10, comprise a plurality of clients 11 and a server 13.Each client 11 at first utilizes a remote desktop to control service and this server 13 is set up online respectively.In the present invention, remote desktop is controlled service and be can be RDP (the Remote Desktop Protocol that Microsoft (Microsoft) is developed, RDP) technology, operation independent framework (Independent ComputingArchitecture, ICA) technology that perhaps also can use Citrix to release.If with RDP is example, when each client 11 and this server 13 set up online after, then can transmit a drawing for order 131 respectively to each client 11 by server end 13,11 of each clients are drawn according to this drawing for order 131 and are presented on the display that itself possesses.The shown picture 1120,1121,1122,1123 of each client 11 this moment is neither identical, and this is because neither identical from the operation of each client 11, and each client 11 is also independent mutually.Then in a plurality of clients 11, choose one of them wantonly as a total receiving end 12, this total receiving end 12 sends a request instruction 122 to other client 11 respectively and makes this other client 11 add arrays to show, after each client 11 was received request instruction 122 and adhereed to, this total receiving end 12 was promptly finished online foundation with each client 11.
This moment, each client 11 transmitted an information 111 respectively to this total receiving end 12.This information 111 is the drawing for order 131 from this server 13, and each client 11 is duplicated direct commentaries on classics the in back and reached this total receiving end 12.Therefore, after this total receiving end 12 receives these information 111, can be presented on the display 121 of itself, and show that with the picture 1120,1121,1122,1123 that the mode of array is gathered all clients 11 shown picture can be with reference to Figure 1B.Display 121 shown pictures are directly divided into four blocks, and each block promptly is respectively different pictures 1120,1121,1122,1123.Thus, arbitrary user can monitor the state that all other client 11 is present simultaneously by this total receiving end 12, and reaches the purpose of centralized management.
Then see also Fig. 2 A～C, it is the centralized displaying system schematic of second embodiment proposed by the invention.In native system, comprise a plurality of clients and a server 13 equally, but these a plurality of clients are then divided into two groups 14,15.First group 14 has 15 of a plurality of client 141, the second groups and has a plurality of clients 151.Each client 141,151 utilize respectively RDP and server 13 set up online after, server 13 promptly transmits a drawing for order 131 respectively to each client 141,151.Then in first group 14 and second group 15, respectively choose one of them wantonly as one first total receiving end 142 and one second total receiving end 152 respectively from client 141,151.Other client 141 that this first total receiving end 142 sends respectively in a request instruction 1422 to first groups 14 adds the array demonstration with request, after each client 141 was received request instruction 1422 and adhereed to, this first total receiving end 142 was promptly finished online foundation with each client 141.
On the other hand, other client 151 that this second total receiving end 152 also sends respectively in a request instruction 1522 to second groups 15 adds the array demonstration with request, after each client 151 was received request instruction 1522 and adhereed to, this second total receiving end 152 was promptly finished online foundation with each client 151.
Be noted that the online employed agreement arbitrarily that can be between total receiving end 142 and each client 141 equally herein, do not limit at this.
This moment, each client 141,151 transmitted the total receiving end 142,152 of an information 1413,1513 to correspondence respectively.This information 1413,1513 is the drawing for order 131 from this server 13, and each client 141,151 is duplicated the back directly changes the total receiving end 142,152 that reaches correspondence.Therefore, after this first and second total receiving end 142,152 receives these information 1413,1513, can be presented on the display 1421,1521 of itself, and show that with the picture 1410,1411,1510,1511 that the mode of array is gathered all clients 141,151 in the group 14,15 shown picture can be respectively with reference to Fig. 2 B and Fig. 2 C.First display 1421 and second display, 1521 shown pictures are directly divided into two blocks, and each block promptly is respectively different pictures 1410,1411 and 1510,1511.Thus, arbitrary user can be by this first and second total receiving end 142,152 and is monitored the present state of all other client 141,151 in its group 14,15 simultaneously, and reaches the purpose of centralized management.
Then see also Fig. 3 A～B, it is the centralized displaying system schematic of the 3rd embodiment proposed by the invention.Basically, it is another variation embodiment of second embodiment.Both difference are, second total receiving end 152 sends a request instruction 1522 to first total receiving ends 142 and adds the array demonstration with request, after first total receiving end 142 is received request instruction 1522 and is adhereed to, this second total receiving end 152 except with second group 15 in each client 151 set up onlinely, also simultaneously set up online with first total receiving end 142.Therefore, this first total receiving end 142 can transmit an information 1421 to this second total receiving end 152, and this information also is similarly a drawing for order, and it comprises the array display frame of each client 141 in the first shown group 14 of the first total receiving end 142.Converge after whole all information 1421,1513 via the second total receiving end 152, be presented at again on the display 1521 of itself, shown in Fig. 3 B.That is to say that present embodiment also provides and received the other side's array display frame and the possibility that the picture of merging own shows between two total receiving ends each other.
Then see also Fig. 4 A～B, it is the centralized displaying system schematic of the 4th embodiment proposed by the invention.In native system 20, comprise a server 21 and a plurality of client 22.21 built-in a plurality of virtual opetrating systems 211 of this server, these 211 of a plurality of virtual opetrating systems provide a remote desktop to control service respectively.These a plurality of clients 22 are then utilized this remote desktop to control service to set up online with these a plurality of operating systems 211 respectively by this server 21.This server 21 more comprises a virtual level 210, and 210 of this virtual levels comprise a virtual network switch 24 and a monitoring application program 25.211 of this virtual opetrating systems transmit a drawing for order 2110 to this virtual network switch 24, each extremely corresponding client 22 of a plurality of information 2111 (comprising this drawing for order 2110) that 24 control outputs of this virtual network switch are transmitted from each virtual opetrating system 211.Before output, a plurality of information 2111 that these virtual network switch 24 all tendencies to develop are sent can be monitored and capture to this monitoring application program 25.
Then in these a plurality of clients 22, specify one of them as a total receiving end 23 arbitrarily, this total receiving end 23 then sends a request instruction 231 to this monitoring application program 25 of this server 21 and shows to activate array, after this monitoring application program 25 receives this request instruction 231, then all of this virtual network switch 24 can be duplicated to change from a plurality of information 2111 of virtual opetrating system 211 and reach this total receiving end 23.Or this monitoring application program 25 can reach this total receiving end 23 to produce another data with all a plurality of information 2111 integration from virtual opetrating system 211 of this virtual network switch 24.Because each information 2111 promptly represent the shown picture of corresponding each client 22, so the time this total receiving end 23 can be presented on the display 230 of itself, shown in Fig. 4 B according to the information 2111 of reception mode with array.Thus, arbitrary user can monitor the state that other client 22 is present simultaneously by total receiving end 23, and reaches the purpose of centralized management.
In aforementioned first to the 3rd embodiment total receiving end need send separately request instruction to each client to set up online distributed frame, the difference of present embodiment is in total receiving end and only sends request instruction to monitoring application program, monitoring application program is then concentrated all information and is sent total receiving end to, and therefore total receiving end does not need to set up online respectively with each client.
Then see also Fig. 5 A～B, it is the centralized displaying system schematic of the 5th embodiment proposed by the invention.Same, this system also comprises a server 21 and a plurality of client 22.Compared to the 4th embodiment, the present embodiment difference is to comprise one first total receiving end 23 and one second total receiving end 26, specifies in a plurality of clients equally all arbitrarily.This first total receiving end 23 and this second 26 of total receiving end send a request instruction 231,261 to this monitoring application program 25 respectively and show to activate array.This request instruction 231,261 can comprise only specifies the information 2111 that receives certain part to get final product.That is to say, when first total receiving end 23 requesting activation arrays show, can comprise and only specify the picture 2210,2211 that shows wantonly two clients 22; And the second total receiving end 26 requesting activation arrays can comprise and only specify the picture 2212,2213 that shows wantonly two clients 22 when showing.Also just be similar to the grouping display mode among second embodiment.And first total receiving end 23 also can send a request instruction 232 to add the array demonstration and to set up online to second total receiving end 26 again.Therefore, second total receiving end 26 can transmit an information 261 to first total receiving ends 23, the shown total receiving end 23 of array picture to the first of the second total receiving end 26 just, converge after whole all information 2111,261 via the first total receiving end 23, be presented at again on the display 230 of itself, shown in Fig. 5 B.Be similar to the display mode among the 3rd embodiment.
Then see also Fig. 6 A～B, it is the centralized displaying system schematic of the 6th embodiment proposed by the invention.Basically, its be distributed frame among aforementioned first to the 3rd embodiment and the centralized configuration among the 4th to the 5th embodiment in conjunction with using.This system 30 comprises one first server 21 and a second server 31, and a plurality of first client 22 and a plurality of second clients 32.These server 21 same built-in a plurality of virtual opetrating systems 211, and this server 21 also comprises a virtual network switch 24 and a monitoring application program 25.When a plurality of first clients 22 utilize remote desktop control service by server 21 respectively with a plurality of virtual opetrating systems 211 set up online after, specify one of them as a total receiving end 23 equally arbitrarily, this total receiving end 23 sends a request instruction 231 and shows with the activation array to this monitoring application program 25, and this moment, monitoring application program 25 meetings reach this total receiving end 23 with a plurality of information 2111 ( picture 2210,2211 of these a plurality of first clients 22 just) commentaries on classics of acquisition.
On the other hand, these a plurality of second clients 32 are utilized remote desktop to control service to set up online with this second server 31 respectively, this second server 31 promptly transmits a drawing for order 311 to each second client 32, and each second client 32 is drawn according to this drawing for order 311 and distinguish display frame 321,322 on the display of itself.Then this total receiving end 23 transmissions one request instruction 231 to each second client 32 adds the array demonstration with request.Therefore after each second client 32 accepts request instruction 231, promptly send an information 320 (comprising this drawing for order 311) to this total receiving end 23.Thus, this total receiving end 23 is presented on the display 230 of itself, shown in 6B figure after all information that receives 2111,320 can being converged and putting in order.
Then see also Fig. 7 A～B, it is the centralized displaying system schematic of the 7th embodiment proposed by the invention.Basically, it is the another kind variation embodiment of the 6th embodiment.Compared to the 6th embodiment, difference is to specify out arbitrarily in these a plurality of second clients 32 one the 3rd total receiving end 33, the 3rd total receiving end 33 sends a request instruction 331 with the demonstration of request adding array to other a plurality of second clients 32, and after each second client 32 accepts request instruction 331, promptly send an information 320 (comprising this drawing for order 311) to the 3rd total receiving end 33.
Then 23 of first total receiving ends send a request instruction 231 with the demonstration of request adding array to the 3rd total receiving end 33, after the 3rd total receiving end 33 accepts request instruction 231, then send an information 332 (the shown array display frame of the 3rd total receiving end 33 just) to this first total receiving end 23.Therefore, this first total receiving end 23 can be with the information 2111,332 of all receptions, is presented on the display 230 of itself, shown in Fig. 7 B after remittance is whole.
Basically, for the embodiment that server 21 needs built-in virtual opetrating system 211, virtual opetrating system 211 is to set up accordingly according to the quantity of a plurality of clients 22, and is man-to-man online to set up; Perhaps according to the operating system difference that fictionalizes, some operating system also can provide the online of one-to-many, does not limit at this.And the operating system that virtual opetrating system simulated each other also can be different.
Among the present invention, the request instruction that total receiving end sends to each client can be broadcast request instruction, this broadcast request can be network package or order package certainly that package comprises request end Internet protocol (IP), request instruction or other destination IP etc., does not also limit at this.And after each client was received broadcasting packages via network, it can judge whether have IP own in the package, if not, then need not to analyze package; If then each client can be sent one and reply package, reply package and comprise information such as client ip, drawing for order and request end IP.In addition, server among the present invention and client are to be arranged in same LAN.And the display that is had at itself when total receiving end demonstrates array display frame, and in the time of perhaps can saying so many divided frames, the user more can directly control the picture of each block, also just in fact direct control to client that should picture.
Client of the present invention, can be a personalized desktop PC, laptop computer, palmtop computer, personal digital assistant (Personal Digital Assistant, PDA), mobile phone, mobile computer or Thin Client (Thin Client).Because its required function that possesses only is online session, communication transmission and drawing, thus soft hardware equipment that need not be unnecessary, the cost in the time of therefore can significantly reducing widespread use.In addition, in the present invention, the part of total receiving end more can be changed arbitrarily in each client, allows have more elasticity when using with convenient.
In sum, though the present invention discloses as above with a preferred embodiment, so it is not in order to limit the present invention.The persond having ordinary knowledge in the technical field of the present invention, without departing from the spirit and scope of the present invention, when doing various changes and retouching.Therefore, protection scope of the present invention is worked as with being as the criterion that claim was defined.
Claims (10)
1. the centralized displaying system of divided frame more than a kind comprises:
One server; And
A plurality of first clients are utilized a remote desktop to control service respectively and are set up online with this server;
Wherein, one of these a plurality of first clients are one first total receiving end, set up online with other a plurality of first clients respectively to receive a plurality of first information, so that the picture centralized displaying of a plurality of first clients of major general this other is on one first display of this first total receiving end.
2. the system as claimed in claim 1, it is characterized in that, more comprise a plurality of second clients, utilizing this remote desktop to control service respectively sets up online with this server, one of these a plurality of second clients are one second total receiving end, respectively with other a plurality of second clients set up online receiving a plurality of second information, with the picture centralized displaying of this other a plurality of second clients on one second display of this second total receiving end, wherein:
These a plurality of second information are for transmitting a plurality of second drawing for orders of this other a plurality of second clients from this server, this server and these a plurality of second clients are arranged in a LAN; And
This first total receiving end is more set up online to receive one the 3rd information with this second total receiving end, with with the picture centralized displaying of this other a plurality of first clients and this other a plurality of second clients on this first display of this first total receiving end, wherein the 3rd information is for being sent to a plurality of drawing for orders of this second total receiving end from this other a plurality of second clients, and this server, these a plurality of first clients and these a plurality of second clients are arranged in a LAN.
3. the system as claimed in claim 1 is characterized in that:
This first total receiving end sends a request, and to add array idsplay order online to set up to this other first client;
This first total receiving end can freely specify in these a plurality of first clients or change;
This remote desktop is controlled service and is the RDP of Microsoft, or operation independent framework technology;
These a plurality of first clients are Thin Client; And
These a plurality of first information are for being sent to a plurality of first drawing for orders of this other a plurality of first clients from this server, this server and these a plurality of first clients are arranged in a LAN.
4. the centralized displaying system of divided frame more than a kind comprises:
One first server has a plurality of virtual opetrating systems, and these a plurality of virtual opetrating systems provide a remote desktop to control service respectively; And
A plurality of first clients are utilized this remote desktop to control service respectively and are connected to this a plurality of virtual opetrating systems accordingly by this first server;
Wherein one of these a plurality of first clients are one first total receiving end, this first server captures a plurality of first information of pairing other a plurality of virtual opetrating systems of other a plurality of first clients, and transmit these a plurality of first information of being captured to this first total receiving end according to a request instruction of this first total receiving end, with the picture of a plurality of first clients of centralized displaying this other on one first display of this first total receiving end.
5. system as claimed in claim 4 is characterized in that, this first server more comprises:
One virtual network switch transmits these a plurality of first information to corresponding this other a plurality of first clients in order to control this other a plurality of virtual opetrating systems; And
One monitoring application program, these a plurality of first information in order to this other a plurality of virtual opetrating systems of capturing that this virtual network switch exported, and after receiving this request instruction that this first total receiving end sent, transmit those first information of being captured to this first total receiving end, or this monitoring application program is in order to these a plurality of information of this other a plurality of virtual opetrating systems of capturing that this virtual network switch exported, and producing one second information, this monitoring application program transmits this second information to this first total receiving end after receiving this request instruction that this first total receiving end sent.
6. system as claimed in claim 4 is characterized in that:
This first total receiving end can be specified the acquisition information that receives the first specific client, on this first display of this first total receiving end, wherein these a plurality of first information are for being sent to a plurality of drawing for orders of this other a plurality of first clients from this other a plurality of virtual opetrating systems with the picture of this first specific client of centralized displaying;
Another of these a plurality of first clients is one second total receiving end, this first total receiving end more with this second total receiving end set up online receiving one second information, with the shown picture centralized displaying of the picture that this second total receiving end is shown and this first total receiving end on this first display of this first total receiving end.
7. system as claimed in claim 4 is characterized in that, more comprises:
One second server; And
A plurality of second clients, utilizing this remote desktop to control service respectively sets up online with this second server, wherein this total receiving end is set up online to receive a plurality of second information with these a plurality of second clients more respectively, with picture centralized displaying that will these a plurality of second clients on this first display of this first total receiving end, wherein one of these a plurality of second clients are one second total receiving end, this first total receiving end is more set up online to receive one the 3rd information with this second total receiving end, on this first display of this first total receiving end, these a plurality of second clients are Thin Client with the shown picture centralized displaying of the picture that this second total receiving end is shown and this first total receiving end.
8. the centralized displaying method of divided frame more than a kind comprises the following steps:
One server and a plurality of first client are provided;
These a plurality of first clients utilize a remote desktop to control service respectively and this server is set up online;
Specify one of these a plurality of first clients as one first total receiving end;
It is online to set up to other a plurality of first clients that this first total receiving end transmits a request instruction; And
Come the picture of a plurality of first clients of centralized displaying this other on one first display of this first total receiving end according to a plurality of first information that transmit from this other a plurality of first clients.
9. method as claimed in claim 8 is characterized in that, more comprises the following steps:
A plurality of second clients are provided, utilize this remote desktop to control service respectively and set up online with this server;
One of should a plurality of second clients be appointed as one second total receiving end respectively with other a plurality of second clients set up online receiving a plurality of second information, with the picture centralized displaying of other a plurality of second clients on one second display of this second total receiving end; And
This first total receiving end and this second total receiving end are set up online receiving one the 3rd information, with the picture centralized displaying of this other a plurality of first clients and this other a plurality of second clients on this first display of this first total receiving end;
Wherein, those first information, those second information and this second information are drawing for order;
Wherein, this remote desktop is controlled service and is the RDP of Microsoft, or operation independent framework technology.
10. the centralized displaying method of divided frame more than a kind comprises the following steps:
One first server is provided;
In this first server, set up a plurality of virtual opetrating systems;
These a plurality of virtual opetrating systems provide respectively a remote desktop control the service make a plurality of first clients be connected to this a plurality of virtual opetrating systems respectively by this first server;
This first server captures a plurality of first information of these a plurality of virtual opetrating systems;
Specify one of these a plurality of first clients as one first total receiving end;
This first total receiving end transmits a request instruction to this first server; And
This first server transmits the information that captured to this first total receiving end according to this request instruction, with the picture of other first client of centralized displaying on one first display of this first total receiving end;
Wherein, this first server captures these a plurality of first information of this other a plurality of virtual opetrating systems, and transmits those first information of being captured to this first total receiving end after receiving this request instruction that this first total receiving end sent; Or this first server captures these a plurality of first information of this other a plurality of virtual opetrating systems, and producing one second information, this first server transmits this second information to this first total receiving end after receiving this request instruction that this first total receiving end sent;
Wherein, those first information and this second information are drawing for order;
Wherein, this remote desktop is controlled service and is the RDP of Microsoft, or operation independent framework technology.
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| CN201010004456.7A CN102129361B (en) | 2010-01-13 | 2010-01-13 | Centralized display system and method for multi-split pictures |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104506907A (en) * | 2014-11-25 | 2015-04-08 | 上海众应信息科技有限公司 | A method and a system for interactive operation between a controlling end and multiple remote controlled terminals |
| CN105892643A (en) * | 2015-12-31 | 2016-08-24 | 乐视致新电子科技（天津）有限公司 | Multi-interface unified display system and method based on virtual reality |
| CN107632851A (en) * | 2016-07-14 | 2018-01-26 | 财团法人工业技术研究院 | Control recording method and automatic control execution method |
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| US20070174429A1 (en) * | 2006-01-24 | 2007-07-26 | Citrix Systems, Inc. | Methods and servers for establishing a connection between a client system and a virtual machine hosting a requested computing environment |
| EP1818812B1 (en) * | 2006-01-25 | 2016-01-06 | Brandt Technologies Limited | System and method for effecting simultaneous control of remote computers |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104506907A (en) * | 2014-11-25 | 2015-04-08 | 上海众应信息科技有限公司 | A method and a system for interactive operation between a controlling end and multiple remote controlled terminals |
| CN105892643A (en) * | 2015-12-31 | 2016-08-24 | 乐视致新电子科技（天津）有限公司 | Multi-interface unified display system and method based on virtual reality |
| WO2017113718A1 (en) * | 2015-12-31 | 2017-07-06 | 乐视控股（北京）有限公司 | Virtual reality-based method and system for unified display of multiple interfaces |
| CN107632851A (en) * | 2016-07-14 | 2018-01-26 | 财团法人工业技术研究院 | Control recording method and automatic control execution method |
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