CN107220017A - Remote interaction method and system - Google Patents
Remote interaction method and system Download PDFInfo
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- CN107220017A CN107220017A CN201610165577.7A CN201610165577A CN107220017A CN 107220017 A CN107220017 A CN 107220017A CN 201610165577 A CN201610165577 A CN 201610165577A CN 107220017 A CN107220017 A CN 107220017A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/1454—Digital output to display device ; Cooperation and interconnection of the display device with other functional units involving copying of the display data of a local workstation or window to a remote workstation or window so that an actual copy of the data is displayed simultaneously on two or more displays, e.g. teledisplay
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/40—Support for services or applications
- H04L65/401—Support for services or applications wherein the services involve a main real-time session and one or more additional parallel real-time or time sensitive sessions, e.g. white board sharing or spawning of a subconference
- H04L65/4015—Support for services or applications wherein the services involve a main real-time session and one or more additional parallel real-time or time sensitive sessions, e.g. white board sharing or spawning of a subconference where at least one of the additional parallel sessions is real time or time sensitive, e.g. white board sharing, collaboration or spawning of a subconference
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- Computer Networks & Wireless Communication (AREA)
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- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- General Engineering & Computer Science (AREA)
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Abstract
A kind of remote interaction method and system, plurality of user's set logins a servo host, online between servo host identification and distributing user device；Servo host or wherein a user's set set up a shared top layer, and a shared object is set up on shared top layer；The user's set that transmission shared object is specified to one or more；User's set performs an interactive process to set up a virtual top layer respectively；When a wherein user's set is when carrying out one on interactive process and inputting, this is captured by its virtual top layer and inputs and gives objectification；The user's set that the input of transmission objectification is specified to one or more；The input of the shared object received and objectification is shown in interactive process by the virtual top layer of user's set in the way of coinciding.To reach during remote interaction, the purpose of bandwidth load is reduced.
Description
Technical field
The present invention relates to a kind of remote interaction method and system, more particularly to a kind of bandwidth load that reduces
Remote interaction method and system.
Background technology
As network popularizes the development with polynary application, remote interaction is carried out by computer system and network
Discuss also turns into the even personal conventional discussion of industry, academia and intercommunion platform gradually.For example electronics is white
The long-range real-time interactive technology such as plate, Screen sharing, video conference turns into the important application of computer network
One of.Along with tablet PC, the hot topic of intelligent mobile phone and popularization in recent years, net of being taken action in cooperation
The application of network, more remote interaction technology provide good and polynary development space.
However, existing remote interaction technology, such as video conference, electronic whiteboard or net work teaching system
Etc. there are the problem of bandwidth demand is very high and interactive stiff.Existing remote interaction technology must will be each
The data of user terminal, are captured such as image, annotation or input together with background, then to pick
The image mode taken is transmitted in the user's end participated in discussion to other, its image data one captured
As it is all very big, this generally requires the very big network bandwidth, while will also result in the reduction or not of interaction quality
It is stable.Very big distortion can be caused and the image captured is generally dot matrix format, then during by scaling.
Also, existing remote interaction technology is by the way of image so that interactive content shows with process
Obtain stiff tasteless, using even more extremely limited.
The content of the invention
It is transmitted and interactive, present invention proposition using image mode different from existing remote interaction technology
A kind of remote interaction method and system, wherein the scheme proposed can reach the purpose of reduction bandwidth load.
In order to reach object above, the embodiment of the present invention provides a kind of remote interaction method, including：It is multiple
User's set logins a servo host, online between servo host identification and distributing user device；Servo
Main frame or wherein a user's set set up a shared top layer, and a shared object is set up on shared top layer；Transmission is altogether
Enjoy the user's set that object is specified to one or more；User's set performs an interactive process to set up one respectively
Virtual top layer；When a wherein user's set is when an input is carried out on interactive process, picked by virtual top layer
Take and input and give objectification；The user's set that the input of transmission objectification is specified to one or more；And
The virtual top layer of user's set shows the input of the shared object received and objectification in the way of coinciding
In interactive process.
Preferably, wherein the servo host has more a topology data table, topology data token
The link data of each user's set to each other are recorded, the servo host is according to the topology data table point
With online between these user's sets.
Preferably, wherein the servo host has more an on line state analysis module, further includes the following steps：
The on line state analysis module analyzes the on line state of each user's set, online when each user's set
When state is all in a low-load state, the servo host controls these user's sets to be implemented in one first
One in pattern, these user's sets is set up the shared top layer, when one in these user's sets in
When carrying out the input on the interactive process, the input of objectification is directly transmitted to specified user's set；
And the on line state analysis module analyzes the on line state of each user's set, when in these user's sets
The on line state of one be in a high load condition when, then the servo host control these user's sets with
A second mode is implemented in, the servo host sets up the shared top layer, as one in these user's sets
When the input is carried out on the interactive process, the input of objectification is first transmitted to the servo host, this is watched
Take main frame and the input of objectification is sent to the user's set specified again.
Preferably, wherein the on line state analysis module is to analyze the online bandwidth and connection of each user's set
At least one of machine quantity, to determine that its on line state is to be in the low-load state or the high capacity
State.
Preferably, wherein the shared object is a static image, dynamic image, 3D objects and virtual reality
At least one of object.
Preferably, wherein the input is a revision, an explanation, a mark or an operation, the wherein operation
It is the composite move of multiple instruction, and the input of objectification depends on the shared object, as these users
One in device when operating the shared object to run on an operating state, the input of objectification is dynamic with this
Make state and change.
Preferably, wherein these user's sets adhere to identical or different group separately, only transmit being somebody's turn to do for objectification
Input to one or more user's sets specified for belonging to same group.
In order to reach object above, the embodiment of the present invention provides a kind of remote interaction system, including：One watches
Main frame is taken, with an inclusion layer rank module；Multiple user's sets, with one layer of rank module and an objectification
Module, user's set logins servo host, online between servo host identification and distributing user device；
Wherein, the inclusion layer rank module of servo host or the layer rank module of a wherein user's set set up a shared table
A shared object is set up on layer, shared top layer, and transmits the user's set that shared object is specified to one or more,
User's set performs an interactive process and sets up a virtual top layer by layer rank module respectively, when wherein one use
When family is installed on the input of progress one on interactive process, it can be captured by virtual top layer and input and give objectification,
The user's set that the input of objectification is specified to one or more is transmitted again, then passes through the virtual of user's set
The input of the shared object received and objectification is shown in interactive process by top layer in the way of coinciding.
Preferably, wherein the servo host has more an on line state analysis module；Wherein, the on line state
Analysis module analyzes the on line state of each user's set, when the on line state of each user's set is all in
During one low-load state, the servo host controls these user's sets to be implemented in a first mode, these
One in user's set is set up the shared top layer, when one in these user's sets is in the interactive process
During upper progress input, directly the input of transmission objectification is to specified user's set；Wherein, the connection
Machine state analyzing module analyzes the on line state of each user's set, when one 's in these user's sets
When on line state is in a high load condition, then the servo host controls these user's sets to be implemented in one
Second mode, the servo host sets up the shared top layer, when one in these user's sets is in the interaction
When carrying out the input in program, the input of objectification is first transmitted to the servo host, the servo host is again
The input of objectification is sent to the user's set specified.
Preferably, wherein these user's sets adhere to identical or different group separately, only transmit being somebody's turn to do for objectification
Input to one or more user's sets specified for belonging to same group.
In summary, the remote interaction method and system that the embodiment of the present invention is provided, may achieve long-range reality
When it is interactive when reduce the purpose of bandwidth load, more polynary interesting interaction content can be more provided.
In order to be able to be further understood that the present invention to reach technology, method and effect that set purpose is taken,
Please refer to the following detailed descriptions related to the present invention, accompanying drawing, it is believed that the purpose of the present invention, feature and feature,
When can thus be able to deeply and it is specific understand, but accompanying drawing is only provided with annex and used with reference to explanation, and
It is non-to be used for being any limitation as the present invention.
Brief description of the drawings
Fig. 1 is the schematic diagram of an embodiment of remote interaction system of the present invention；
Fig. 2 is the function block schematic diagram of the embodiment of remote interaction system of the present invention；
Fig. 3 is the display schematic diagram that coincides of the embodiment of remote interaction system of the present invention；
Fig. 4 is that the 3D objects of the embodiment of remote interaction system of the present invention coincide display schematic diagram；
Fig. 5 is the interactive schematic flow sheet respectively held in the embodiment of remote interaction system of the present invention；
Fig. 6 is the interactive schematic flow sheet respectively held in another embodiment of remote interaction system of the present invention；
Fig. 7 is the schematic diagram of the another embodiment of remote interaction system of the present invention；
Fig. 8 is the flow chart of an embodiment of remote interaction method of the present invention；
Fig. 9 is the flow chart of another embodiment of remote interaction method of the present invention；
Figure 10 is the flow chart of the another embodiment of remote interaction method of the present invention.
Embodiment
Various exemplary embodiments will be more fully described referring to accompanying drawing below, will show in the accompanying drawings
Exemplary embodiments.However, concept of the present invention may embody in many different forms, and it should not explain
Be limited the exemplary embodiments illustrated in this article.Specifically make there is provided these exemplary embodiments
It is of the invention will be to be detailed and complete, and the model for concept of the present invention fully being passed on to those who familiarize themselves with the technology
Farmland.In all accompanying drawings, the size and relative size in Ceng Ji areas can be lavished praise on oneself in order to clear.Similar numeral begins
Similar assembly is indicated eventually.
Although it should be understood that term first, second, third, etc. may be used to describe various assemblies herein
Or signal etc., but these components or signal should not be limited by these terms.These terms are to distinguish one
Component and another component, or a signal and another signal.In addition, as used herein, term "or"
Potentially included depending on actual conditions and associated list any one of project or all combinations of many persons.
Referring to Fig. 1, being the schematic diagram of an embodiment of remote interaction system of the present invention.As shown in FIG.,
Remote interaction system 10 includes a servo host 11, a network 13 and user's set 15,17,19.
With three user's sets 15,17,19 as example, but being not limited in the present embodiment.
Wherein, user's set 15,17,19 can be a desktop computer, notebook computer, intelligent mobile phone
One of and tablet PC, but be not limited.User's set 15,17,19 can pass through network
13 login servo host 11, and servo host 11 can recognize that and online between distributing user device.
Servo host 11 or user's set 15,17, one of 19 set up a shared object 101,
And shared object 101 is shown on user's set 15,17,19.
User may be viewed by or operate shared object 101, and can be enterprising in one of user's set interactive process
Row input.User's set can be conveyed directly to one or more by input object, and by the input of objectification
The user's set specified.Or the input of objectification can be first transmitted to servo host 11, servo host 11
The input of objectification is sent to the user's set specified again, and the input of objectification is shown in user's dress
Put.For example, as shown in figure 1, user's set 15 inputs 103 (such as：Nice), user
Device 17 inputs 105 (such as：Good), and input 103 and input 105 are respectively transmitted to every
One user's set 15,17,19 shown, thus by the way that the objectification of input is reached into remote interaction
Reduce the purpose of bandwidth load.
Referring to Fig. 2, being the schematic diagram of the embodiment of remote interaction system of the present invention.As shown in FIG.,
Remote interaction system 20 includes a servo host 11 and user's set 15,17,19.Wherein, servo master
Machine 11 has a topological structure tables of data 111, an on line state analysis module 113 and an inclusion layer rank mould
Block 115.User's set 15 has one layer of objectification module 153 of rank module 151 and one.User's set 17
With one layer of objectification module 173 of rank module 171 and one.User's set 19 has one layer of rank module 191
And an objectification module 193.
User's set 15,17,19 can be recognized simultaneously by network entry servo host 11, servo host 11
It is online between distributing user device 15,17,19.Online between user's set 15,17,19 can
Network 12 (peer-to-peer, the P2P) framework such as partner, but is not limited.Servo host
11 topology data table 111 can record the link number of each user's set 15,17,19 to each other
According to servo host 11 can be according between the distributing user device 15,17,19 of topology data table 111
It is online.
In one embodiment of the invention, the inclusion layer rank module 115 of servo host 11 sets up a shared table
Layer, it is virtual layer rank to share top layer, can set up a shared object.Wherein shared object can be one quiet
At least one of state image, dynamic image, 3D objects and Virtual Reality Object, but be not limited.
Servo host 11 this shared object can be sent to one or more user's sets 15 specified, 17,
19.User's set 15,17,19 performs an interactive process to set up a virtual top layer respectively.It is wherein interactive
Program can be the kenel of a webpage or an application program, but be not limited.Virtual top layer is virtual
Layer rank, can cover all the elements of interactive process, also can be as needed, only cover specific region to supply
Interaction transmission is used.Virtual top layer has no and need to be shown in user's set 15,17,19 and give user's viewing.
The operable user's set 15,17,19 of user is inputted on its interactive process, the present embodiment
In with user's set 15 as illustration.When the user of operation user's set 15 operates user's set 15
When an input is carried out on its interactive process, user's set 15 can capture this input simultaneously by its virtual top layer
It will be inputted using objectification module 153 and carry out objectification.Wherein, this input can be a revision, one say
A bright, mark or an operation, but be not limited.And the objectification process inputted can be a vectorization
Action, but be not limited.For example can be by the image or track vector of input, the object of vectorization can
There is to store minimum archives size, arbitrarily scale undistorted and beneficial to transmission, and can arbitrarily grasp
Make the actions such as its movement, rotation, scaling and filling.
The user's set 17,19 that the input of the transmission objectification of user's set 15 is specified to one or more.Its
In, the input of objectification directly can be sent to the user's set specified by user's set 15 by network on-line
17 or 19, or can be transmitted by servo host 11.The wherein transmission of the input of objectification, is symbol
The specification of extensible making type language (XML) and script (Scripting Language) is closed, but not
As limit.The virtual top layer of user's set 15,17,19 can be respectively by the shared object received and right
As the input of change is shown in its interactive process in the way of coinciding, to show shared object and input to user
Viewing is operated.
Referring to Fig. 3, being the display schematic diagram that coincides of the embodiment of remote interaction system of the present invention.And please
Refering to Fig. 2, wherein, the inclusion layer rank module 115 of servo host 11 sets up a shared top layer, shares table
Layer is virtual layer rank, can set up a shared object 31, shared object 31 is with a room in the present embodiment
Room image is as illustration.The virtual top layer of user's set 15,17,19 can be by shared pair received
As 31 are shown in its interactive process, user is allowed to watch or operate.User and using user's set 15,
17th, 19 the action such as revised, illustrated, marked or operated, to reach the purpose of interactive discussion.For example,
User operates user's set 15 to input 35 (such as in progress one on its interactive process：Nice), user fills
Input 35 can be captured by its virtual top layer and will input 35 progress pair using objectification module 153 by putting 15
As changing.User's set 15 transmits the input 35 of objectification to user's set 17,19 again.Another user behaviour
Make user's set 17 and input 33 (such as in progress one on its interactive process：Good), user's set 17 can
Capture input 33 by its virtual top layer and will input 33 using objectification module 173 and carry out objectification.
User's set 17 transmits the input 33 of objectification to user's set 15,19 again.
The virtual top layer of user's set 15,17,19 can be respectively by the shared object 31 and object that receive
The input 33 and 35 of change is shown in its interactive process in the way of coinciding, as shown in display picture 37, point
Not by shared object 31, the input 35 of user's set 15 and the input 33 of user's set 17, to coincide
Mode be shown in display picture 37 shared object 31 ', input 33 ' and input 35 '.Thus
Reach remote interaction discussion and the purpose by the way that input object to be reduced to bandwidth load.
Referring to Fig. 4, being that the 3D objects of the embodiment of remote interaction system of the present invention coincide display schematic diagram.
It is with embodiment illustrated in fig. 3 difference, the input of shared object and objectification in the present embodiment is
3D objects.Wherein shared object 41 with the head subject of a 3D as illustration.User operates user
Device 15 is in carrying out an input 45 on its interactive process, input 45 is by taking the glasses object of a 3D as an example.
Another user's operation user's set 17 is in carrying out an input 43 on its interactive process, input 43 is with a 3D
Hair object exemplified by.The virtual top layer of user's set 15,17,19 is respectively by the shared object received
41 and the input 43 and 45 of objectification its interactive process is shown in the way of coinciding.Such as display picture 47
It is shown, respectively by shared object 41, the input 45 of user's set 15 and the input 43 of user's set 17,
Shared object 41 ', input 43 ' and the input 45 ' of display picture 47 are shown in the way of coinciding.
Wherein, user can operate shared object 41 ', input 43 ' or input 45 ' to carry out an action
49, wherein action 49 can be the action such as a rotation, movement or scaling, but it is not limited.And reach
The remote interaction discussion of 3D objects or virtual reality, and the purpose of bandwidth load is reduced with objectification input.
In one embodiment of the invention, shared top layer can be by user's set 15,17, one of 19
Set up, then transmit user's set 15 that the shared object set up on this shared top layer specifies to one or more,
17th, 19, and reach the purpose of remote interaction discussion.
In one embodiment of the invention, wherein input is a revision, an explanation, a mark or an operation,
Wherein this operation can be the composite move of multiple instruction, such as rotation, mobile or scaling, but not with
This is limited.
In one embodiment of the invention, the input of objectification can depend on shared object, when user's set 15,
17th, when 19 one of them operation shared object run on an action, the input of objectification can be with this action
Change.
In one embodiment of the invention, the input of objectification may choose whether to depend on shared object.If right
As the input selection of change depends on shared object, then when the operation of one of user's set 15,17,19 is common
When enjoying object and running on an action, the input of objectification can change with this action.And if objectification is defeated
Enter selection and disobey to invest shared object, then when one of them the operation shared object of user's set 15,17,19
When running on an action, the input of objectification is not acted and changed with this.
In one embodiment of the invention, when user's set 15,17,19 passes through network entry servo host
11, servo host 11 identification and distributing user device 15,17,19 between it is online when, servo host
11 can distributing user device 15,17,19 make it have different authorities, for example：Administration authority or sight
See authority etc..Wherein, the user's set with viewing authority, which can only typically be watched, is shown in its interactive process
On shared object and objectification input, and can not be inputted or be operated.And with administration authority
User's set can not only be watched, and can also be inputted and be operated.Also, the user with administration authority
Device can authorize the user's set with viewing authority to perform input or the authority operated, with viewing authority
User's set obtain authorize after just can be inputted or be operated.
In one embodiment of the invention, the on line state analysis module 113 of servo host 11 analyzes each
The on line state of user's set 15,17,19, when the on line state of each user's set 15,17,19
When being all in a low-load state, servo host 11 controls user's set 15,17,19 to be implemented in one
First mode, first mode is set up by shared top layer by user's set, and the input of objectification is direct
Send the pattern of another user's set to.Wherein the one of user's set 15,17,19 sets up shared top layer,
A shared object is set up on shared top layer.And transmit the user's set that shared object is specified to one or more.When
Wherein the one of user's set 15,17,19 directly transmits objectification when being inputted on its interactive process
Input to specified user's set.The virtual top layer of user's set 15,17,19 is shared by what is received
The input of object and objectification is shown in interactive process in the way of coinciding.
And work as the on line state that on line state analysis module 113 analyzes each user's set 15,17,19,
When wherein the on line state of a user's set is in a high load condition, then the control of servo host 11 user fills
15,17,19 are put to be implemented in a second mode, second mode is that shared top layer is built by servo host 11
It is vertical, and the input of objectification is passed through into the pattern that servo host 11 sends another user's set to.Servo master
Machine 11 sets up a shared top layer, and a shared object is set up on shared top layer.And shared object is transmitted to one or more
The individual user's set 15,17,19 specified, when user's set 15,17, one of 19 is mutual in its
When being inputted on dynamic program, the input of objectification is first transmitted to servo host 11, servo host 11 is again
The input of objectification is sent to one or more user's sets 15,17,19 specified.User's set 15,
17th, 19 virtual top layer again shows the input of the shared object received and objectification in the way of coinciding
In interactive process.
Wherein, on line state analysis module 113 can be each user's set 15,17,19 of analysis
At least one of online bandwidth and online quantity, to determine the load height of its on line state, but not
As limit.By the setting of on line state analysis module 113, make the remote interaction system 20 of the present invention
Different mode can be operated on according to the on line state of user's set, the on line quality of system can be made more smooth,
And the bandwidth load of servo host 11 can be reduced.
In one embodiment of the invention, user can by servo host 11 control user's set 15,17,
19 to be implemented in first mode or second mode.
Referring to Fig. 5, be remote interaction system of the present invention embodiment in the interactive schematic flow sheet respectively held.
And referring to Fig. 2, this flow chart is shown sets up shared top layer by servo host 11, by user's set 15,
17 are inputted, and the input of objectification is passed through into the journey that servo host 11 sends another user's set to
Sequence.
As shown in FIG., user's set 15,17 passes through network entry (501,502) servo master respectively
Machine 11, servo host 11 recognizes (503,504) and carries out point between user's set 15,17 respectively
With online (505).
The inclusion layer rank module 115 of servo host 11 sets up a shared top layer, and it is virtual to share top layer
Layer rank, can set up a shared object.And this shared object (506,507) is respectively sent to user's dress
Put 15,17.When user's operation user's set 15 is when an input is carried out on its interactive process, user fills
Put 15 can be captured by its virtual top layer this input and using objectification module 153 by input carry out objectification.
Objectification first can be inputted (508) by network on-line and be sent to servo host 11 by user's set 15, be watched
Take main frame 11 objectification is inputted into (509) again and be sent to user's set 17.And used when another user operates
Family device 17 is when an input is carried out on its interactive process.User's set 17 can first will by network on-line
Objectification input (511) is sent to servo host 11, and servo host 11 again inputs objectification (510)
It is sent to user's set 15.
Referring to Fig. 6, be remote interaction system of the present invention another embodiment in the interactive flow respectively held show
It is intended to.And refer to Fig. 2.This flow chart shows that shared top layer is set up by user's set 15, and by with
Family device 15,17 is inputted, then the input of objectification is transmitted directly to the journey of another user's set
Sequence.
As shown in FIG., user's set 15,17 passes through network entry (601,602) servo master respectively
Machine 11, servo host 11 recognizes (603,604) and carries out point between user's set 15,17 respectively
With online (605).
The layer rank module 151 of user's set 15 sets up a shared top layer, and it is virtual layer rank to share top layer,
A shared object can be set up.And this shared object (606) is conveyed directly to user's set 17.When with
Family operates user's set 15 when an input is carried out on its interactive process, and it is empty that user's set 15 can pass through it
Plan top layer captures this and inputs and will input progress objectification using objectification module 153.User's set 15
Objectification can be inputted by (607) by network on-line and be conveyed directly to user's set 17.And used when another
Family operates user's set 17 when an input is carried out on its interactive process.User's set 17 can pass through network
It is online objectification is inputted into (608) to be conveyed directly to user's set 15.
Referring to Fig. 7, being the schematic diagram of the another embodiment of remote interaction system of the present invention.Such as institute in figure
Show, remote interaction system 70 includes a servo host 11 and user's set 15,17,19.
It is with the embodiment difference shown in Fig. 2, in the present embodiment, user's set 15,17,19
Belong to identical or different group, and the input of shared object and objectification is only sent to and belongs to same a group
One or more user's sets specified of group.As shown in FIG., user's set 15,17 belongs to one first
Group 71, user's set 15,19 belongs to one second group 73.
The shared object or the input of objectification that user's set 17 is set up, which can be only sent to, belongs to first group together
Another user's set 15 of group 71, the user's set 19 of the second group 73 is belonged to without sending to.With
The shared object or the input of objectification that family device 19 is set up can only be sent to and belong to the second group 73 together
Another user's set 15, the user's set 17 of the first group 71 is belonged to without sending to.And user fills
Put the input of 15 shared objects set up or objectification and can be sent to and belong to the another of the first group 71
User's set 17, or it is sent to another user's set 19 for belonging to the second group 73.
By the setting of group, different user's sets can belong to identical or different group, to carry out
The remote interaction discussion of different objects, different content or theme.For example, user's set 15,17 can be
Discussion group between colleague, and user's set 15,19 can be the discussion group between client.Or user's set
15th, 17 be film subject under discussion discussion group, and user's set 15,19 is discussion group of Upholstering design etc..
To reach the purpose of polynary discussion.
In one embodiment of the invention, difference can be had by belonging to the user's set 15,17,19 of a group together
Authority, for example：Hosting authority or viewing authority etc..Wherein, the user's set one with viewing authority
As can only watch and being shown on its interactive process, belong to the shared object of same group and the input of objectification,
And can not be inputted or be operated.And the user's set with hosting authority can not only watch same group
Shared object and objectification input, can also be inputted and be operated.Also, with hosting authority
User's set can authorize the user's set in same group with viewing authority to perform input or the authority operated,
User's set with viewing authority just can be inputted or operated after mandate is obtained.
Referring to Fig. 8, being the flow chart of an embodiment of remote interaction method of the present invention, and refer to simultaneously
Fig. 2.As shown in step S801, user's set 15,17,19 logins servo host 11 respectively.Then,
Step S803, it is online between the identification of servo host 11 and distributing user device 15,17,19.Step
S805, servo host 11 or user's set 15,17, one of 19 set up a shared top layer, altogether
Top layer is enjoyed for virtual layer rank, a shared object can be set up.And it is specified to one or more to transmit shared object
User's set (step S807).Then, step S809, user's set 15,17,19 is held respectively
The interactive process of row one is to set up a virtual top layer.When user's set 15,17, one of 19 is mutual in its
When being inputted on dynamic program, this is captured by its virtual top layer and inputs and gives objectification (step S811).
And transmit the user's set 15,17,19 (step S813) that the input of objectification is specified to one or more.
Then, step S815, the virtual top layer of user's set 15,17,19 is by shared object and received
The input of objectification its interactive process is shown in the way of coinciding.
Referring to Fig. 9, being the flow chart of another embodiment of remote interaction method of the present invention, and join simultaneously
Read Fig. 2.As shown in step S901, user's set 15,17,19 logins servo host 11 respectively.Connect
, step S902, it is online between the identification of servo host 11 and distributing user device 15,17,19.
Step S903, the on line state analysis module 113 of servo host 11 analyze each user's set 15,17,
19 on line state.If the on line state of user's set 15,17,19 is all to be in low-load state,
Then carry out step S904.If it is not, then carrying out step S911.Wherein on line state analysis module 113 can be with
Be analyze each user's set 15,17,19 online bandwidth and online quantity at least one, with
The load height of its on line state is determined, but is not limited.
Step S904, servo host 11 controls user's set to be implemented in a first mode, first mode
Set up by shared top layer by user's set, and the input of objectification is transmitted directly to another user's set
Pattern.Step S905, user's set 15,17, one of 19 sets up shared top layer, shares
Top layer is virtual layer rank, can set up a shared object.And transmit shared object and specify to one or more
User's set (step S906).When user's set 15,17, one of 19 is in its interactive process
It is upper when being inputted, user's set 15 that the input of directly transmission objectification is specified to one or more, 17,
19 (step S907).Then, step S908, the virtual top layer of user's set 15,17,19 will connect
The shared object received and the input of objectification are shown in interactive process in the way of coinciding.Then, repeat
Carry out step S903.
Step S911, servo host 11 controls user's set 15,17,19 to be implemented in a second mode,
Second mode is that shared top layer is set up by servo host 11, and the input of objectification is passed through into servo host
11 send the pattern of another user's set to.Step S912, servo host 11 sets up a shared top layer,
Shared top layer is virtual layer rank, can set up a shared object.And transmit shared object and refer to one or more
Fixed user's set (step S913).When user's set 15,17, one of 19 is interactive in it
When being inputted in program, the input of objectification is first transmitted to servo host 11, and servo host 11 again will
The input of objectification is sent to one or more user's sets 15,17,19 (step S914) specified.Connect
, then carry out step S908, the virtual top layer of user's set 15,17,19 is by shared pair received
As and the input of objectification interactive process is shown in the way of coinciding.Then, step is repeated
S903。
By the setting of on line state analysis module 113, make the remote interaction system 20 of the present invention can be according to
The on line state of user's set operates on different mode, and the on line quality of system can be made more smooth, and can
Reduce the bandwidth load of servo host 11.
Referring to Fig. 10, being the flow chart of the another embodiment of remote interaction method of the present invention, and join simultaneously
Read Fig. 7.As shown in step S101, user's set 15,17,19 logins servo host 11 respectively, its
Middle user's set 15,17,19 adheres to identical or different group separately, and such as user's set 15,17 is belonged to together
In one first group 71, user's set 15,19 belongs to one second group 73.Then, step S102,
It is online between the identification of servo host 11 and distributing user device 15,17,19.Step S103, servo
Main frame 11 or user's set 15,17, one of 19 set up a shared top layer, and it is void to share top layer
The layer rank of plan, can set up a shared object.And transmit shared object to belong to same group one or more
The user's set (step S104) specified.Then, step S105, user's set 15,17,19 points
An interactive process is not performed to set up a virtual top layer.When user's set 15,17, one of 19 in
When being inputted on its interactive process, this is captured by its virtual top layer and inputs and gives objectification (step
S106).And the input of objectification is transmitted to one or more user's sets specified (step for belonging to same group
Rapid S107).Then, step S108, the virtual top layer of user's set 15,17,19 will be received
Shared object and the input of objectification interactive process is shown in the way of coinciding.
Therefore by the contained technology of the exposure book, remote interaction method proposed by the invention is with being
System reduces the purpose of bandwidth load when may achieve long-range real-time interactive, can more provide more polynary interesting interaction
Content.
The preferable possible embodiments of the present invention are the foregoing is only, it is all to be done according to scope of the present invention patent
Equivalent changes and modifications, should all belong to the present invention covering scope.
Claims (10)
1. a kind of remote interaction method, it is characterised in that including：
Multiple user's sets login a servo host, and the servo host recognizes and distributes these user's sets
Between it is online；
One in the servo host or these user's sets is set up a shared top layer, and the shared top layer is built
A vertical shared object；
Transmit the user's set that the shared object is specified to one or more；
These user's sets perform an interactive process to set up a virtual top layer respectively；
It is virtual by this when one in these user's sets is when an input is carried out on the interactive process
Top layer captures the input and gives objectification；
The user's set that the input of transmission objectification is specified to one or more；And
The virtual top layer of these user's sets is by the input of the shared object received and objectification
The interactive process is shown in the way of coinciding.
2. remote interaction method as claimed in claim 1, it is characterised in that the servo host has more one
Topology data table, the link data of each user's set of topology data token record to each other,
The servo host is to distribute online between these user's sets according to the topology data table.
3. remote interaction method as claimed in claim 1, it is characterised in that the servo host has more one
On line state analysis module, further includes the following steps：
The on line state analysis module analyzes the on line state of each user's set, when each user's set
On line state all be in a low-load state when, the servo host controls these user's sets to perform
One in a first mode, these user's sets is set up the shared top layer, when these user's sets
In one when the input is carried out on the interactive process, directly transmit objectification the input to specify
User's set；And
The on line state analysis module analyzes the on line state of each user's set, when these user's sets
In the on line state of one be in a high load condition when, then the servo host control these users fill
Put to be implemented in a second mode, the servo host sets up the shared top layer, when in these user's sets
One the input of objectification is transmitted when the input is carried out on the interactive process, first to servo master
The input of objectification is sent to the user's set specified by machine, the servo host again.
4. remote interaction method as claimed in claim 3, it is characterised in that the on line state analyzes mould
Block be analyze each user's set online bandwidth and online quantity at least one, to determine it
On line state is to be in the low-load state or the high load condition.
5. the remote interaction method as described in any claim in Claims 1-4, its feature exists
In the shared object be a static image, dynamic image, 3D objects and Virtual Reality Object at least its
One of.
6. the remote interaction method as described in any claim in Claims 1-4, its feature exists
It is a revision, an explanation, a mark or an operation in the input, the wherein operation is multiple instruction
Composite move, and the input of objectification depends on the shared object, one in these user's sets
When individual operation shared object runs on an operating state, the input of objectification is with the operating state
Change.
7. remote interaction method as claimed in claim 1, it is characterised in that these user's sets are adhered to separately
Identical or different group, only the input of transmission objectification to one or more for belonging to same group refer to
Fixed user's set.
8. a kind of remote interaction system, it is characterised in that including：
One servo host, with an inclusion layer rank module；And
Multiple user's sets, with one layer of rank module and an objectification module, these user's sets are logined
The servo host, the servo host recognizes and distributes online between these user's sets；
Wherein, one layer in the inclusion layer rank module or these user's sets of the servo host
Rank module sets up a shared top layer, and a shared object is set up on the shared top layer, and transmits the shared object
To the user's set that one or more are specified, these user's sets perform an interactive process and by this respectively
Layer rank module sets up a virtual top layer, when one in these user's sets is in progress on the interactive process
During one input, the input can be captured by the virtual top layer and give objectification, then transmit objectification
The user's set that the input is specified to one or more, then passes through the virtual top layer of these user's sets
The input of the shared object received and objectification is shown in the interactive process in the way of coinciding.
9. remote interaction system as claimed in claim 8, it is characterised in that the servo host has more one
On line state analysis module；
Wherein, the on line state analysis module analyzes the on line state of each user's set, is used when each
When the on line state of family device is all in a low-load state, the servo host controls these user's sets
To be implemented in a first mode, one in these user's sets is set up the shared top layer, when these use
One in the device of family is directly transmitted the input of objectification when the input is carried out on the interactive process
To the user's set specified；
Wherein, the on line state analysis module analyzes the on line state of each user's set, when these use
When the on line state of one in the device of family is in a high load condition, then the servo host controls these
User's set is to be implemented in a second mode, and the servo host sets up the shared top layer, as these users
One in device first transmits the input of objectification to should when the input is carried out on the interactive process
The input of objectification is sent to the user's set specified by servo host, the servo host again.
10. remote interaction system as claimed in claim 8, it is characterised in that these user's sets are adhered to separately
Identical or different group, only the input of transmission objectification to one or more for belonging to same group refer to
Fixed user's set.
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