WO2011006365A1

WO2011006365A1 - System and method for remote cooperation including idiom

Info

Publication number: WO2011006365A1
Application number: PCT/CN2010/001074
Authority: WO
Inventors: 赵维
Original assignee: Zhao Wei
Priority date: 2009-07-17
Filing date: 2010-07-15
Publication date: 2011-01-20
Also published as: CN101656693B; CN101656693A

Abstract

The present invention provides a system and method for remote cooperation. Steps involve that: (1) instant messaging system clients are disposed in a cooperation machine and in service machines; (2) storage systems of functional interface description documents for the service machines and a storage system of idiom muster for the cooperation machine are disposed in a network server; (3) a user sends an idiom cooperation instruction in natural language to the cooperation machine; (4) after receiving the idiom cooperation instruction, the cooperation machine searches in its idiom muster and then obtains a corresponding idiom explanation, which is a parallelism with verb-object construction in natural language; (5) the cooperation machine separates the verbs and objects one by one from the verb-object constructions in the parallelism with verb-object construction, and then sends verb instructions to the service machines expressed by the objects; (6) after receiving the verb instructions, the service machines query the interface description documents, obtain corresponding function interfaces and finish corresponding functions.

Description

- Remote collaboration system and method including idioms

The present invention relates to a remote collaboration system and method, and more particularly to a remote collaboration system and method including idioms based on an instant messaging system.

Background technique

Remote collaboration is the focus, core, and key technology in advanced manufacturing and automation technologies and computing collaboration.

In the field of concurrent computing such as distributed computing, parallel computing, grid computing and "cloud computing", people have the desire to build many networked computers on the Internet into an automated system, namely "one computer", but the current The technical conditions are far from ideal for achieving a "transparent" connection between machines.

Summary of the invention

It is an object of the present invention to provide a point-to-point, easy-to-use universal remote collaboration system and method that enables netizens to have a better online service experience.

To achieve the objectives of the present invention, the present invention provides a remote collaboration system and method. The steps are as follows:

(1) deploying a instant messaging system client on the collaboration machine and the service machine, configuring the instant communication system number for the machine;

(2) a storage system that deploys a natural languageized function interface description file of the service machine on a network server, and a storage system of the idiom collection of the collaboration machine is deployed on the network server;

(3) an instant messaging system user can send a natural language "idiom" collaborative instruction to the collaborative machine;

(4) After receiving the "idiom" cooperation instruction, the collaborative machine checks its own idiom set and obtains a corresponding idiom interpretation, which is a natural language "stationary structure of the verb-object structure";

(5) The collaboration machine separates the verb and the object from the "moving object structure" in the "sequence sentence of the verb-object structure", and sends the verb instruction to the service machine represented by the object;

(6) After receiving the verb command, the service machine queries its own interface description file, learns the function interface corresponding to the verb, and completes the corresponding function.

The network server is a server of the instant messaging system. The naturally languaged interface description file corresponds to the service machine and can be accessed by the machine to record its running status and execution result. The natural languageized function interface description file is added to the function interface in the function interface description file. A corresponding natural language is added, which is more acceptable to the user than the interface. The "mobility structure" is a collocation structure of a verb and an object, the object represents a service machine in a contact of the collaboration machine, and the verb is an interface description file specification of a service machine represented by the object part. A natural language that corresponds to a functional interface. The instant messaging system user can consult the contact set of the collaboration machine, learn the service machine in the collaborative machine contact set, and consult the idiom set of the collaboration machine to learn the idiom in the collaborative machine idiom set. Explain that the interface description file of the service machine can also be consulted to know the natural language expression of the service machine function. After executing the code, the service machine may access its own interface description file to record its running state and execution result, and add an execution end state synthesis message after the receiving verb to the collaborative machine through the instant messaging system. After receiving the end message returned by the service machine, the collaboration machine adds a service machine name in front of the return message to form a "principal" structure message and returns the message to the user. After receiving the returned end message, the user may consult The interface description file of the service machine acquires the status of the current execution result.

A remote collaboration system including idioms, including an instant messaging system server, a network, and a user client computer, further comprising: a collaboration machine and a service machine, deploying an instant messaging system client on the collaboration machine and the service machine, The machine configures an instant messaging system number; further comprising a network server, a storage system for deploying a natural languageized functional interface description file of the service machine on the network server, and deploying the idiom collection of the collaboration machine on the network server a storage system; the instant messaging system user can send a natural language "idiom" cooperation instruction to the collaboration machine; after receiving the "idiom" cooperation instruction, the collaboration machine checks its own idiom set to obtain a corresponding idiom interpretation, the idiom The explanation is the natural language "sequence sentence of the verb-object structure"; the cooperative machine separates the verb and the object from the "verb-object structure" in the "sequence sentence of the verb-object structure", and sends it to the service machine represented by the object. The verb instruction; the service machine receives the After the instruction word, check their interface description file, the interface is eligible known functions corresponding to the verbs, the corresponding function is completed.

The network server is a server of the instant messaging system. The naturally languaged interface description file corresponds to the service machine and can be accessed by the machine to record its running status and execution result. The natural languageized function interface description file adds a corresponding natural language to the function interface in the function interface description file, and the natural language is more acceptable to the user than the interface. The "mobility structure" is a collocation structure of a verb and an object, the object part represents a service machine in a contact of the collaboration machine, and the verb part is an interface description file of a service machine represented by the object part. The natural language in the specification that corresponds to the functional interface. The instant messaging system user can consult the contact of the collaborative machine Collecting, knowing the service machine in the collaborative machine contact set, may consult the idiom set of the collaboration machine, learn the idiom interpretation in the collaborative machine idiom collection, and consult the interface description file of the service machine to learn The natural language expression of the service machine function. After executing the code, the service machine may access its own interface description file to record its running state and execution result, and add an execution end state synthesis message after the receiving verb to the collaborative machine through the instant messaging system. After receiving the end message returned by the service machine, the collaboration machine adds a service machine name in front of the return message to form a "principal" structure message and returns the message to the user. After receiving the returned end message, the user may consult The interface description file of the service machine acquires the status of the current execution result.

Any software-implemented computer system can be transformed into a point-to-point instant teleservices system to provide special services over the Internet through instant messaging systems. The software-implemented computer system can provide its own functional services through the instant messaging system as long as it publishes its own function interface description file. By editing the contact set of the instant messaging system collaboration machine, the collaborative service objects are naturally aggregated into a single body, providing users of the instant messaging system with more granular and more functional services.

The invention enables the user to interact with the remote collaboration system in a natural language and thus has greater affinity. Idioms can save communication costs and increase consensus in language interaction, and provide a reusable collaborative function unit for remote collaboration systems.

The invention realizes the universal method of remote service cooperation based on the instant communication system, and expands the application field of the instant communication system. The invention completely simulates the real social interpersonal cooperation relationship, so the prototype is more direct and the implementation is simpler and more effective.

DRAWINGS

Figure 1 is a schematic structural view of the system of the present invention;

2 is a schematic diagram of an interface description of an intelligent remote service door according to the present invention;

3 is a schematic diagram of a collection of contact sets of a remote collaboration machine according to the present invention;

4 is a schematic diagram of an idiom collection fragment of a remote collaboration machine under the present invention.

detailed description

1, FIG. 2, FIG. 3 and FIG. 4, a remote collaboration system including idioms, including an instant messaging system server 105, a network 104, a remote service computer 101, a remote collaboration computer 102, and a user client computer 103, further includes Web server 106. Deploying an instant messaging client system at the remote service computer 101 and the remote collaboration computer 102, respectively configuring them with a unique instant messaging system number, the number being a unique identifier of the instant messaging system user accessing the client computer; a storage system for deploying a function interface description file of the remote service machine in the instant messaging system, the interface description file corresponding to the instant communication system number of the remote service computer 101, and the interface description file can be used in the instant communication system The remote collaboration computer 102 and the user client computer 103 view the storage system of the idiom collection of the remote collaboration machine in the instant messaging system on the network server 106, and the instant messaging system of the idiom set and the remote collaboration computer 102 Corresponding to the number, the idiom set can be viewed by the instant messaging system user client computer 103; the contact set of the remote collaboration computer 102 includes the service computer 101, and the contact set of the remote collaboration computer 102 can be used by the instant messaging system user. The client computer 103 sees; the remote service computer 101, the remote collaboration computer 102, the instant messaging system user client computer 103 can consult the interface description file of the remote service computer 101, and learn the natural language request of the interface description file. Command rule The instant messaging system user can view the idiom set of the remote collaboration computer 102 on the client computer 103, and consult the idiom interpretation therein; the instant messaging system user can consult the remote collaboration computer 102 on the client computer 103. The person gathers, refers to the remote service computer name therein; the instant messaging system user sends a natural language "closed door" idiom command to the remote collaboration computer 102 on the client computer 103; the remote collaboration computer 102 receives the "closed door closed" After the idiom command, check his own idiom collection, and learn that the "closed door closed" is interpreted as "closed bedroom door, closed balcony door, closed balcony window""movingstructure". The remote collaboration computer 102 is for the "moving" The guest structure is in the sentence "every sentence in the sentence", such as "close the bedroom door", separate the verb "off" and the object "bedroom door" two parts, check their own contact collection, find the name "bedroom The remote service computer 101 of the door sends a "off" natural language request command to the remote service computer 101; the remote service computer 101 receives the "off" nature Perlocutionary request command check their own interface description file, obtaining the natural language request command corresponding to the function tumWiddershins D, executing the software code turnWiddershins 0, the corresponding function is completed.

After the remote service computer 101 finishes executing, the execution result, such as the state of the closed door, 0 degrees, is written into its own interface description file, and the execution result of "off success" is returned to the remote cooperation computer 102; the remote cooperation computer 102 receives the "off success". After the execution result, you can view your own contact collection, find the remote service computer 101 that returns the result, such as "bedroom door", then add "bedroom door" in front of "off success", which is composed of "bedroom door closed" Successfully "returned to the user client computer 103; after receiving the request execution result of "bedroom door closed successfully", the user can view the interface description file of the remote service computer 101 again, and obtain the status of executing the back door, such as when the door is closed. , the opening angle is 0 degrees. Referring to FIG. 2, the interface description of the intelligent remote control door in the present invention is illustrated. The door can be gradually opened from 0 to 90 degrees in a clockwise rotation state from the closed state, and a member variable angle indicates the angle state of the current door. The function getAngle O gets the current state; there are 3 member functions tumDeasilO clockwise rotation means opening the door to 45 degrees, tumDeasil ( integer n) clockwise rotation means opening the door n angle, tumWiddershinsf) counterclockwise rotation means closing the door to 0 degrees. When the requester issues or the smart gate receives "take" or "get", the smart gate calls the function getAngle O to return the current angle to the requester; the requester sends or the smart gate receives "open n" or "open n" Where "n" is a number, the smart gate calls the function tumD _e asil( _n ) to perform a clockwise rotation. If the execution is correct, the angle at which the door is at this time is n; the requester issues or the smart gate receives "off" or "close"", the smart gate calls the function tumWiddershins 0 to perform a counterclockwise rotation. If the execution is correct, the angle at which the door is at this time is 0 degrees.

Here, "take", "幵n", "off" and "get", "open n", "close" are the natural language expressions that the designer designed for the intelligent door. It is foreseeable that the designer is ready to sell the door to the Chinese and English regions. The designer can extend the language range of the smart gate by adding more different instant messaging languages to the smart gate to support a wider range of users.

Referring to FIG. 3, a collection of a remote collaboration machine of the present invention, the remote collaboration machine may present to three remote service machines including "bedroom door", "balcony door" and "balcony window". Service request, the interface description file of the service machine is as shown in FIG. 2 .

Referring to FIG. 4, the idiom collection fragment of the remote collaboration machine of the present invention indicates that the remote collaboration machine can accept the idiom instruction of the natural language "closing the door", and "closing the door" is interpreted as "closing the bedroom door, closing the balcony door, Close the balcony window".

Embodiment 1 : The remote communication service based on the instant messaging system of the present invention opens the door, 1) deploying the instant messaging system client on the collaboration machine and the service machine respectively, and configuring the instant communication system number, the number is the instant communication system user access The unique identifier of the machine; 2) storing the function interface description file of the service machine into the function interface description file storage system of the service machine in the instant messaging system of the network server, and storing the idiom set of the collaboration machine into the network server a storage system of the idiom collection of the collaborative machine; 3) editing the instant messaging system contact set of the collaborative machine, the contact set of the collaborative machine to include the service machine; 4) the instant messaging system user as the requester Sending a natural language idiom "closed door" request to the remote collaboration machine; 5) After receiving the natural language idiom "closed door" request, the remote collaboration machine consults its own idiom collection and learns the idiom interpretation of "closing the door" For the "moving the bedroom door, closing the balcony door, closing the balcony window", the "moving structure is the same as the sentence"; 6) Collaboration machine for each moving structure in the "moving structure", such as "closing the bedroom door", Separate the verb "off" and the object "bedroom door", find the remote service machine named "bedroom door" from your own contact collection, send "off" natural language request to "bedroom door"; 7) remote service machine After receiving the "off" command, find the interface description file, get the turnWiddershins () function corresponding to "off", execute the code, if the execution is successful, a) write the result 0 to the angle variable in the interface file, b The remote service machine adds "success" after the received command "off" to return to the requester a remote collaboration machine for the response message, c) the remote collaboration machine receives the "off success" response message, after "off" The success message "adds the name of the returnee in front of the message" to the user who responds to the request message, and d) the user receives the response message "The bedroom door is closed successfully"; 8) The user can refer to the "bedroom door" again. Interface description file The latest state of the door.

In this example, the user of the smart door interacts remotely with the instant messaging system on the Internet, so far less than the current plug-in key and contact is comparable to the contactless IC card.

In a nutshell, for example, the owner can issue a temperature adjustment command to the smart bath water heater and the smart air conditioner half an hour before arriving home, so that after getting home, there is a hot water bath, and the indoor temperature is adjusted to a suitable state. The owner can view and control the state of the smart machine at home anytime, anywhere, so don't worry about whether to turn off the appliance after rushing out. Smart home appliances can no longer need to be equipped with a special infrared remote control. Users can manipulate all the smart service machines in the invention through only one smart device that can access the client function of the instant messaging system, such as a mobile phone. The complexity of user use and learning has relieved the distress of modern home keeping many remote controls.

The invention can convert the current equipment manufacturer into a equipment operation service provider, and continuously monitor the operation state of the smart equipment to ensure the service performance of the produced smart equipment is stable and qualified.

Claims

1. A remote collaboration method with idioms, the steps are as follows -

(1) deploying an instant messaging system client on the collaboration machine and the service machine, configuring the instant communication system number for the machine;

2. The remote collaboration method comprising idioms according to claim 1, wherein: said network server is a server of said instant messaging system.

3. The immersive remote collaboration method according to claim 1, wherein: the natural languageized interface description file corresponds to the service machine, and can be accessed by the machine to record its running status. And execute the results.

4. The immersive remote collaboration method according to claim 1, wherein: the natural languageized function interface description file adds a corresponding natural language to the function interface in the function interface description file. Natural language is easier for users to accept than interfaces.

5. The remote collaboration method comprising idioms according to claim 1, wherein the "mobility structure" is a collocation structure of a verb and an object, and the object represents a contact of the collaboration machine. The service machine, the verb is a natural language corresponding to the function interface in the interface description file specification of the service machine represented by the object part.

6. The idiom-containing remote collaboration method according to claim 1, wherein: the instant messaging system user can consult the contact set of the collaboration machine to learn the service machine in the collaborative machine contact set. The idiom set of the collaboration machine may be consulted, the idiom interpretation in the collection of the idioms of the collaboration machine is obtained, and the interface description file of the service machine may also be consulted, and the service description is obtained. The natural language expression of the machine function.

7. The remote collaboration method comprising idioms according to claim 1, wherein: after executing the code, the service machine can access its own interface description file to record its running status and execution result, The receiving verb is followed by an execution end state synthesis message returned to the collaboration machine via the instant messaging system.

8. The immersive remote cooperation method according to claim 7, wherein: after receiving the end message returned by the service machine, the collaboration machine adds a service machine name in front of the return message to form a "main" The structure message is returned to the user. After receiving the returned end message, the user can consult the interface description file of the service machine to obtain the current execution result status.

9. A remote collaboration system comprising idioms, comprising an instant messaging system server, a network, and a user client computer, further comprising: a collaboration machine and a service machine, deploying an instant messaging system client on the collaboration machine and the service machine Configuring an instant messaging system number for the machine; further comprising a network server, a storage system for deploying the natural languageized functional interface description file of the service machine on the network server, and deploying the idiom of the collaborative machine on the network server a collection storage system; an instant messaging system user can send a natural language "idiom" collaboration instruction to the collaboration machine: after receiving the "idiom" cooperation instruction, the collaboration machine checks its own idiom collection and obtains a corresponding idiom interpretation. The idiom interpretation is the natural language "arrangement of the verb-object structure"; the collaborative machine separates the verb and the object from the "verb-object structure" in the "sequential sentence of the verb-object structure", and provides services to the object representative. The machine sends the verb instruction; the service machine receives the location Verb command, check their interface description document, the known function interface corresponding to the verb, the corresponding function is completed.

10. A remote collaboration system comprising idioms according to claim 9, wherein: said network server is a server of said instant messaging system.

11. A remote collaboration system comprising idioms according to claim 9, wherein: said naturally linguistic interface description file corresponds to said service machine and is accessible by said machine to record its operational status. And execute the results.

12 . The remote collaboration system comprising idioms according to claim 9 , wherein: the natural languageized function interface description file adds a corresponding natural language to the function interface in the function interface description file. Natural language is easier for users to accept than interfaces.

13. The remote collaboration system comprising idioms according to claim 9, wherein the "mobility structure" is a collocation structure of a verb and an object, and the object portion represents a contact of the collaboration machine. In the service machine, the verb part is a natural language corresponding to the function interface in the interface description file specification of the service machine represented by the object part.

14. The remote collaboration system comprising idioms according to claim 9, wherein: the instant messaging system user can consult the contact set of the collaboration machine to learn the service machine in the collaborative machine contact set. The idiom collection of the collaboration machine may be consulted, the idiom interpretation in the collection of idioms of the collaboration machine may be known, and the interface description file of the service machine may also be consulted to obtain the natural language expression of the service machine function.

15. The remote collaboration system comprising idioms according to claim 9, wherein: after executing the code, the service machine can access its own interface description file to record its running status and execution result, The receiving verb is followed by an execution end state synthesis message returned to the collaboration machine via the instant messaging system.

16. The remote collaboration system comprising idioms according to claim 15, wherein: after receiving the end message returned by the service machine, the collaboration machine adds a service machine name in front of the return message to form a "main" The structure message is returned to the user. After receiving the returned end message, the user can consult the interface description file of the service machine to obtain the status of the current execution result.