KR20160049997A - Method and apparatus for providing remote function using proxy - Google Patents

Method and apparatus for providing remote function using proxy Download PDF

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Publication number
KR20160049997A
KR20160049997A KR1020150150086A KR20150150086A KR20160049997A KR 20160049997 A KR20160049997 A KR 20160049997A KR 1020150150086 A KR1020150150086 A KR 1020150150086A KR 20150150086 A KR20150150086 A KR 20150150086A KR 20160049997 A KR20160049997 A KR 20160049997A
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KR
South Korea
Prior art keywords
function
remote
remote functional
proxy
proxy server
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KR1020150150086A
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Korean (ko)
Inventor
전종홍
김성한
이강찬
이승윤
인민교
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한국전자통신연구원
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Publication of KR20160049997A publication Critical patent/KR20160049997A/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/02—Details
    • H04L12/12—Arrangements for remote connection or disconnection of substations or of equipment thereof
    • H04L67/2861—
    • H04L67/42—

Abstract

The remote functional proxy client can provide functionality that is not present in the remote functional proxy client itself through interaction with the remote functional proxy server. The remote functional proxy server can execute a function that does not exist in the remote functional proxy client on behalf of the remote functional proxy client and can provide the result of the execution to the remote functional proxy client.

Description

[0001] METHOD AND APPARATUS FOR PROVIDING REMOTE FUNCTION USING PROXY [0002]

The following embodiments relate to a method and apparatus for providing network services, and more particularly, to a method and apparatus for providing a remote function using a proxy.

As a personal mobile terminal, various devices including a smart phone, a tablet and a notebook are widely used. These mobile terminals support the functions of a conventional computer system and support functions unique to the mobile terminal in addition to those of the conventional computer system. Such a unique function of the mobile terminal can be attributed to the characteristics of the mobile terminal, such as always being communicated through the wireless communication network, moving with the user, and being used by the user's hand.

The performance and functions of mobile terminals continue to evolve. Mobile terminals have been developed to use various wired and wireless communication networks as well as mobile communication networks. Examples of such local area communication networks include WiFi, Bluetooth, LAN, Near Field Communication (NFC), and Universal Serial Bus (USB). In addition, the mobile terminal may be equipped with a variety of additional hardware, and may provide various functions through additional hardware.

On the other hand, among mobile terminals, there is a type of terminal that emphasizes portability, battery time, safety, low production cost, and low operating cost rather than function and performance. For example, in a wearable device attached to and used by a user's body, portability may be the most important characteristic, and in a matter-of-concern Internet device continuously operating in a state where power is supplied, It can be the most important characteristic.

That is to say, for mobile terminals such as wearable devices, smart accessories and object internet devices, functional and functional constraints may be imposed due to weight, size, volume, battery time, safety, production cost and operational cost. Thus, these mobile terminals may not have additional hardware, unlike more general purpose terminals such as smart phones or tablets, and may not provide the functionality that requires additional hardware. Examples of additional hardware include cameras, microphones, a Global Positioning System (GPS), and other sensors.

In one embodiment, the remote functional proxy client may provide functionality that is not present to the remote functional proxy client itself through interaction with the remote functional proxy server.

In one embodiment, the remote functional proxy server may execute a function that is not present in the remote functional proxy client on behalf of the remote functional proxy client, and may provide the result of the execution to the remote functional proxy client.

In one aspect, the method includes establishing a connection with a remote functional proxy server, performed by a remote functional proxy client, recognizing a call of a function that is not present in the remote functional proxy client within the remote functional proxy client , Sending a request for execution of the function to the remote functional proxy server, receiving a result of execution of the function from the remote functional proxy server, and providing the result of execution of the function as a result of the call A method for providing a remote function including a step is provided.

The remote function providing method may further include setting the remote function proxy client function on or off.

The request for execution and the provision of the result may be performed when the remote function proxy client function is set to on.

The remote function providing method may further include registering the remote function proxy server as a server providing a remote function.

The remote function providing method may further include receiving a list of a plurality of functions provided by the remote function proxy server from the remote function proxy server.

Through the request of execution of the function, the remote functional proxy client can provide the information of the image instead taken by the remote functional proxy server for the call as a result.

Upon request of execution of the function, the remote functional proxy client may provide the result of the measurement, instead of being generated by the sensor of the remote functional proxy server for the call.

The sensor may be a GPS.

Through the request of execution of the function, the remote proxy client can provide GPS position information as a result without GPS.

The remote functional proxy client and the remote functional proxy server may be connected to each other via a local area wireless communication network.

The remote proxy client may be a wearable device.

The remote proxy server may be a mobile terminal.

In another aspect, there is provided a remote functional proxy client, comprising: a connection management module establishing a connection with a remote functional proxy server and a function call notifying the remote functional proxy client of a function that is not present in the remote functional proxy client A functional virtualization function that sends a request for execution of the function to the remote functional proxy server, receives a result of execution of the function from the remote functional proxy server, and provides a result of execution of the function as a result of the call A remote functional proxy server including a module may be provided.

In another aspect, there is provided a method for establishing a connection with a remote functional proxy client, the method comprising: establishing a connection with a remote functional proxy client performed by a remote functional proxy server; receiving a request for execution of a function not present in the remote functional proxy client Executing the function to generate a result of execution of the function, and transmitting the result of execution of the function to the remote function proxy client.

The remote functional proxy server may provide a result of execution of the function for a plurality of different functions.

The remote function providing method may further include setting a remote proxy server function on or off.

The generation of the execution result of the function and the transmission of the result of the execution can be performed when the remote proxy server function is set to on.

The remote proxy server function may be set on or off for each function of a plurality of different functions.

In the step of generating the result, the remote functional proxy server may photograph an image using the camera of the remote functional proxy server, and the result may be data of the photographed image.

In generating the result, the remote functional proxy server may generate a measurement value using the sensor of the remote functional proxy server, and the result may be the measurement value.

The sensor may be a GPS.

The remote function providing method may further include transmitting a list of a plurality of functions provided by the remote function proxy server to the remote function proxy client.

The remote function providing method may further include checking whether the remote function proxy client has authority to execute the function.

The remote function providing method may further include storing a result of the execution of the function and the execution of the function.

The above function can be provided to the remote functional proxy client even if a certain function does not exist in the remote functional proxy client itself through interaction with the remote functional proxy server.

With the remote function proxy service, a small terminal can use various functions without being restricted by the hardware.

Through the remote functional proxy service, a plurality of terminals including a small terminal can be efficiently connected, and functions lacking among each other can be supplemented.

Through the remote functional proxy service, the terminal can execute various applications without being restricted by hardware and software functions.

Figure 1 illustrates a remote functional proxy system according to one embodiment.
Figure 2 illustrates a remote functional proxy system supporting a plurality of remote functional proxy clients according to an example.
3 illustrates a configuration of a remote functional proxy client according to one embodiment.
4 shows a configuration of a remote functional proxy server according to an embodiment.
5 is a flowchart of a method of providing a remote function according to an embodiment.
FIG. 6 illustrates a user interface providing on and off settings for functions provided by a remote functional proxy server according to an example.
Figure 7 illustrates an electronic device implementing a remote functional proxy client in accordance with one embodiment.
Figure 8 illustrates an electronic device implementing a remote functional proxy server according to one embodiment.

In the following, embodiments will be described in detail with reference to the accompanying drawings. It should be understood that the embodiments are different, but need not be mutually exclusive.

The terms used in the embodiments should be interpreted based on the meaning of the terms which are not the names of the simple terms, and the contents throughout the description.

In embodiments, the connection relationship for a particular portion and the other portion includes an indirect connection relationship that is connected via another portion therebetween in addition to the direct connection relationship between the specific portion and the other portion. Like reference symbols in the drawings denote like elements.

Figure 1 illustrates a remote functional proxy system according to one embodiment.

The remote functional proxy system 100 may include a remote functional proxy client 110 and a remote functional proxy server 120.

The remote functional proxy client 110 may be a device that requests the remote functional proxy server 120 to perform a function that does not exist in itself and to provide the result of the execution.

The remote functional proxy server 120 receives a request from the remote functional proxy client 110 to execute a function that does not exist in the remote functional proxy client 110 and provides the execution result to the remote functional proxy client 110 Device.

The remote functional proxy client 110 may execute various applications. The application may request a function not provided by the remote functional proxy client 110. [ The remote functional proxy client 110 can transmit a request for performing the function to the remote functional proxy server 120 for a function not provided by the remote functional proxy client 110, And can receive it from the server 120. When the result of the performance of the function is received, the remote functional proxy client 110 can provide the result of performing the function to the application requesting the function. That is, the remote functional proxy server 120 may provide the remote functional proxy client 110 with the remote function, and may perform the function instead.

The remote functional proxy server 120 may be a device that provides more various functions than the remote functional proxy client 110 and may be a device for requesting the operation of the remote functional proxy client 110 on behalf of the remote functional proxy client 110 And provide the result of the performance of the function to the remote functional proxy client 110. [ The remote functional proxy server 120 may have additional hardware not included in the remote functional proxy client 110 and may execute a function requesting the additional hardware on behalf of the remote functional proxy client 110. [

For example, the remote functional proxy server 120 may include a sensor that the remote functional proxy client 110 does not have. The remote functional proxy client 110 can not perform the measurement using the sensor because it does not have the sensor. The remote functional proxy client 110 may request the remote functional proxy server 120 to perform a measurement using the sensor instead when the application requests a measurement value generated by the sensor, A measurement value that is the result of performing the measurement.

The remote functional proxy client 110 and the remote functional proxy server 120 may be connected to each other via a network. In addition, the remote functional proxy client 110 and the remote functional proxy server 120 may be connected to each other in a local wireless communication network. For example, the remote functional proxy client 110 may be a wearable device attached to the user's body, and the remote functional proxy server 120 may be a mobile terminal owned by the user. Because the remote functional proxy client 110 and the remote functional proxy server 120 are within close proximity of each other, the measurements generated by the remote functional proxy server 120 are considered to be measured by the remote functional proxy client 110 . For example, if the measured value of the surrounding environment of the remote functional proxy server 120 is referred to as a first measured value and the measured value of the surrounding environment of the remote proxy client 110 is referred to as a second measured value, The measured value and the second measured value may be the same, substantially the same, or the same within a predetermined error range. For example, the remote functional proxy server 120 performs a function on behalf of the remote functional proxy client 110 because the remote functional proxy server 120 and the remote functional proxy client 110 are connected to each other in a predetermined local communication network Or when the distance between the remote functional proxy server 120 and the remote functional proxy client 110 is less than a predetermined value.

The remote functional proxy client 110 and the remote functional proxy server 120 may be connected to each other through a wide area network (WAN) such as the Internet or a mobile communication network as well as a short- . Also, the remote functional proxy client 110 and the remote functional proxy server 120 may be connected to a wired network.

The remote functional proxy client 110 may be a mobile communication terminal, a wearable device, a mobile terminal, a tablet, a notebook, a desktop computer, a server, a smart television, a settop box, an IPTV, And various devices capable of communicating with the remote functional proxy server 120 such as a terminal.

In addition, one physical terminal can perform the role of the remote functional proxy client 110 for one function and the remote functional proxy server 120 for the other function.

Figure 2 illustrates a remote functional proxy system supporting a plurality of remote functional proxy clients according to an example.

In the remote functional proxy system, the remote functional proxy server 120 may support a plurality of remote functional proxy clients. Each of the plurality of remote functional proxy clients may be the remote functional proxy client 110 described above with reference to FIG. 2, a smartphone 210, a smart watch 220, a feature phone 230 and a smart glass 240 are shown as a plurality of remote function proxy clients.

A plurality of remote proxy clients can be connected to the remote proxy server 120 via a wired or wireless network and can receive remote functions from the remote proxy server 120.

A plurality of remote function proxy clients can request execution of a plurality of different functions, respectively, by the remote function proxy server 120. [ The remote functional proxy server 120 may provide a result of the execution of the function for a plurality of different functions. For example, the remote functional proxy server 120 may include a variety of additional hardware and may provide the results of the performance of the functionality using hardware corresponding to the desired functionality. The remote functional proxy server 120 can generate a result of execution of a single function on requests for execution of functions transmitted by a plurality of remote function proxy clients concurrently or within a predetermined time, And transmit the results to a plurality of remote function proxy clients at the same time or sequentially.

3 illustrates a configuration of a remote functional proxy client according to one embodiment.

The remote functional proxy client 110 may include a server management module 310, a connection management module 320, a functional virtualization module 330, and a configuration module 340. At least some of the server management module 310, the connection management module 320, the functional virtualization module 330, and the configuration module 340 may be program modules and may communicate with other external devices or systems. These program modules may be included in the remote functional proxy client 110 in the form of an operating system, application program modules and other program modules, and physically stored on various known storage devices of the remote functional proxy client 110 . At least some of these program modules may also be stored in a remote storage device that is capable of communicating with the remote capabilities proxy client 110. [ Such program modules may include routines, subroutines, programs, objects, components, and data structures that perform particular tasks as described below, or that execute particular abstract data types, ), And the like, but are not limited thereto. Program modules may be comprised of instructions that are executed on at least one processor of the remote functional proxy client 110. [

The server management module 310 can register the remote functional proxy server 120 as a server providing a remote function. The server management module 310 can manage the registered server.

The connection management module 320 may determine the manner of communication with the remote functional proxy server 120 and establish a connection with the remote functional proxy server 120. [ For example, the connection management module may determine a communication method suitable for connection with the remote proxy server 120 among a plurality of communication methods provided by the remote proxy client 110. [

The functional virtualization module 330 may provide interworking between an execution unit inside the remote functional proxy client 110 and the remote functional proxy server 120. [ For example, an internal execution unit may include a program, a thread, a process, an application, and a module executed in the remote functional proxy client 110.

The functional virtualization module 330 may recognize or identify a call of a function that does not exist in the remote functional proxy client 110 within the remote functional proxy client 110. [ Here, the function not present in the remote functional proxy client 110 may mean a function not provided in the remote functional proxy client 110 itself or a function not executable in the remote functional proxy client 110. [ For example, an execution unit executing in the remote proxy client 110 may call a specific function, and the called function may be a function not provided or executable in the remote proxy client 110 itself.

The functional virtualization module 330 may send a request for execution of the called function to the remote functional proxy server 120. [ In addition, the functional virtualization module 330 may receive the result of the execution of the function from the remote functional proxy server 120.

When the result of the execution of the function is transmitted from the remote functional proxy server 120, the function virtualization module 330 can provide the result of execution of the function as a result of the call. For example, the function virtualization module 330 may return the result of execution of the function to the execution unit that called the function. Through the process as described above, a virtual function can be provided by the functional virtualization module 330.

In addition, the functional virtualization module 330 may receive a list of a plurality of functions provided by the remote functional proxy server 120 from the remote functional proxy server 120. Through the received list, the function virtualization module 330 can identify to the remote functional proxy server 120 a function capable of requesting execution.

The setting module 340 may set the remote function proxy client function on or off. It may be possible to receive a remote functional proxy service from the remote functional proxy server 120 when the remote functional proxy client function is set to on. When the remote function proxy client function is set to off, it may not be possible to receive the remote function proxy service from the remote function proxy server 120.

If the remote proxy client 110 can be provided with a remote capability proxy service for a plurality of functions, the remote proxy client function can be set to on or off for each function of the plurality of functions.

4 shows a configuration of a remote functional proxy server according to an embodiment.

The remote functional proxy server 120 includes a client management module 410, a connection management module 420, a remote function proxy processing module 430, a rights management module 440, a setting module 450, a function list providing module 460 ), A recording module 470, and a sensor 480. The client management module 410, the connection management module 420, the remote function proxy processing module 430, the rights management module 440, the setting module 450, the function list providing module 460, and the recording module 470 At least some of which may be program modules and may communicate with other external devices or systems. Such program modules may be included in the remote functional proxy server 120 in the form of an operating system, application program modules, and other program modules, and may be physically stored on various known storage devices of the remote functional proxy server 120 . At least some of these program modules may also be stored in a remote storage device that is capable of communicating with the remote functional proxy server 120. [ Such program modules may include, but are not limited to, routines, subroutines, programs, objects, components and data structures, etc., that perform particular tasks as described below or may execute particular abstract data types in accordance with the present invention. The program modules may be configured with instructions that are executed on at least one processor of the remote functional proxy server 120.

The client management module 410 can register the remote functional proxy client 110 as a client requesting the remote function. The client management module 410 can manage the registered clients.

The connection management module 420 can determine the manner of communication with the remote functional proxy client 110 and establish a connection with the remote functional proxy client 110. [ For example, the connection management module may determine a communication method suitable for connection with the remote proxy client 110 among a plurality of communication methods provided by the remote functional proxy server 120.

The remote functional proxy processing module 430 can perform the requested function from the remote functional proxy client 110 and can provide the result of the execution to the remote functional proxy client 110. [

The remote functional proxy processing module 430 can receive a request for execution of a function that does not exist in the remote functional proxy client 110 from the remote functional proxy client 110. [

The remote capability proxy processing module 430 may execute the requested function to produce the result of executing the function. When the result of the execution is generated, the remote function proxy processing module 430 may transmit the result of execution of the function to the remote function proxy client 110. [

The rights management module 440 can check whether the remote function proxy client 110 has authority to execute the function. There is a case where it is necessary to limit the functions performed by the remote functional proxy server 120 in accordance with the types of clients and the types of functions due to problems such as security, privacy, and use of resources have. The rights management module 440 may check whether the remote functional proxy client 110 has the right to execute the function when execution of the function is requested from the remote functional proxy client 110. [ The rights management module 440 may prohibit the provision of the remote functional proxy service if the remote functional proxy client 110 does not have the right to execute the function and may stop the processing of the request to execute the function have.

The setting module 450 can set the remote function proxy server function on or off. When the remote function proxy server function is set to on, it may be possible for the remote function proxy server 120 to provide a remote function proxy service. When the remote function proxy server function is set to off, it may not be possible for the remote function proxy server 120 to provide a remote function proxy service.

The setting module 450 can individually set each function of a plurality of different functions provided by the remote functional proxy server 120 on or off. The setting module 450 can determine at least one function to be remotely provided for a plurality of different functions provided by the remote functional proxy server 120. [

The function list providing module 460 may transmit the list of the plurality of functions provided by the remote function proxy server 120 to the remote function proxy client 110.

The list may include at least one function set on by the configuration module 450 among a plurality of different functions provided by the remote functional proxy server 120. [

The logging module 470 may store the results of the execution of the function and the execution request of the function transmitted from the remote function proxy client 110. [ When the execution result of the function and the execution result of the function are stored, the remote function proxy processing module 430 can reuse the result of execution of the function without repeating the execution of the same function. For example, when requests for execution of the same function are simultaneously transmitted or transmitted within a predetermined time from one remote function proxy client 110 or different remote function proxy clients, the remote function proxy processing module 430 determines The result of the execution of the function generated by the request of execution of the function of the next function can be used again in response to the request of execution of the next function.

The sensor 480 may generate a measurement value. The sensor 480 may sense information or state related to the five senses such as image and sound, and may generate a measurement indicating the sensed information or state. Alternatively, the sensor 480 may generate a measurement for the environment.

For example, the sensor 480 may be a GPS, a camera, a microphone, an accelerometer, a gravimeter, a gyroscope, a photo sensor, a barometer, a thermometer and a hygrometer hygrometer). The camera can take images and generate measurement values or data representing the images. The microphone can record the sound to produce a measurement or data representative of the sound. The accelerometer can measure the acceleration of movement of the remote functional proxy server 120 and generate a measurement value indicative of the acceleration. A gravimeter can measure gravity to produce a measure of gravity. The gyroscope can measure the equilibrium state of the remote proxy server 120 and generate a measurement value indicating the equilibrium state. The optical sensor can measure the intensity of light and generate a measurement value indicating the intensity of light. The barometer can measure a barometric pressure to produce a barometric reading. A thermometer can measure the temperature to produce a measurement that represents the temperature. The hygrometer can measure the humidity and create a measurement that indicates the humidity.

5 is a flowchart of a method of providing a remote function according to an embodiment.

In step 510, the configuration module 340 of the remote functional proxy client 110 may set the remote functional proxy client function on or off. Hereinafter, the case where the remote function proxy client function is set to on will be described.

At step 515, the configuration module 450 of the remote functional proxy server 120 may set the remote functional proxy server function on or off. Hereinafter, the case where the remote function proxy server function is set to on will be described.

The remote proxy server function may be set on or off for each function of a plurality of different functions provided by the remote functional proxy server 120. [

The order of execution of the above-described steps 510 and 515 is not limited, and may be performed between any of the other steps of the present embodiment.

In step 520, the server management module 310 of the remote functional proxy client 110 may register the remote functional proxy server 120 as a server providing the remote function.

At step 525, the client management module 410 of the remote functional proxy server 120 may register the remote functional proxy client 110 as a client requesting the remote function.

At step 530, the remote functional proxy client 110 and the remote functional proxy server 120 may establish a connection with each other.

The connection management module 320 of the remote functional proxy client 110 can determine the manner of communication with the remote functional proxy server 120 and establish a connection with the remote functional proxy server 120. [

The connection management module 420 of the remote functional proxy server 120 can determine the manner of communication with the remote functional proxy client 110 and establish a connection with the remote functional proxy client 110. [

The function list providing module 460 of the remote function proxy server 120 may transmit the list of the plurality of functions provided by the remote function proxy server 120 to the remote function proxy client 110 in step 540.

The functional virtualization module 330 of the remote functional proxy client 110 may receive a list of a plurality of functions provided by the remote functional proxy server from the remote functional proxy server 120. [

The functional virtualization module 330 of the remote functional proxy client 110 may recognize the invocation of a function that does not exist in the remote functional proxy client 110 within the remote functional proxy client 110 at step 550 .

For example, an execution unit executed in the remote functional proxy client 110 may invoke a specific function, and the called function may be a function not provided in the remote functional proxy client 110 itself.

In step 560, the functional virtualization module 330 may send a request for execution of the called function to the remote functional proxy processing module 430 of the remote functional proxy server 120. Here, the request for execution of the function may mean a request for information about the function. In the following, "request for execution of function" can be replaced by "request for information about function ".

The remote functional proxy processing module 430 of the remote functional proxy server 120 may receive a request for execution of the function called from the functional virtualization module 330 of the remote functional proxy client 110. [

At step 565, the rights management module 440 of the remote functional proxy server 120 may check whether the remote functional proxy client 110 has authority to execute the function.

If the remote function proxy client 110 does not have the right to execute the function, the rights management module 440 may prohibit the provision of the remote function proxy service and the procedure may be terminated. Step 570 may continue to be performed if the remote capabilities proxy client 110 has appropriate rights to perform the function.

At step 570, the remote functional proxy processing module 430 may execute the requested function to produce a result of the execution of the function. Here, the result of executing the function may mean information about the function. In the following, "result of execution of function" can be replaced with "information about function ".

For example, when the function requested by the remote function proxy client 110 is an image capturing, the remote function proxy processing module 430 can photograph an image using the camera of the remote function proxy server 120. [ In this case, the result of the execution of the function may be the data of the photographed image.

For example, if the function requested by the remote functional proxy client 110 is the generation of a measurement using the sensor, the remote functional proxy processing module 430 may send the sensor 480 of the remote functional proxy server 120 You can use it to create a measurement. In this case, the result of the performance of the function may be the measurement value generated by the sensor 480.

At step 575, the remote functional proxy processing module 430 may send the result of the execution of the function to the functional virtualization module 330 of the remote functional proxy client 110.

The functional virtualization module 330 of the remote functional proxy client 110 may receive the result of the execution of the function from the remote functional proxy processing module 430 of the remote functional proxy server 120.

In step 580, the functional virtualization module 330 may provide the result of the execution of the function as a result of the call in step 550.

For example, the function virtualization module 330 may return the result of execution of the function to the execution unit that called the function. As the result of execution is returned to the execution unit, the execution unit can continue to execute.

For example, through a request for execution of the function at step 560, the functional virtualization module 330 of the remote functional proxy client 110 may determine that the remote functional proxy client 110 has received a call to the photographing function that does not exist in the remote functional proxy client 110 It is possible to provide the information of the image taken by the remote functional proxy server as a result of execution of the function.

For example, through the request for execution of the function in step 560, the functional virtualization module 330 of the remote functional proxy client 110 may determine the function provided by the sensor that is not present in the remote functional proxy client 110 As a result of the execution of the function, the measurement value generated by the sensor 480 of the remote functional proxy server in response to the call of the remote functional proxy server. If the sensor 480 is a GPS, the remote functional proxy client 110 can provide the GPS location information as a result of the execution of the function without requesting the GPS through the request of execution of the function.

At step 590, the logging module 470 of the remote functional proxy server 120 may store the result of the execution of the function and the execution request of the function. If the result of the execution of the function and the execution of the function is stored, at step 570, the remote functional proxy processing module 430 can reuse the result of the execution of the function without repeating the execution of the same function.

The steps described above can be selectively performed. For example, step 560 of requesting execution of the called function and step 580 of providing the result of execution of the function may be performed by the setting module 340 of the remote function proxy client 110, Is set to " ON ". In addition, the step 570 of generating the execution result of the function and the step 575 of transmitting the execution result of the function are performed by the setting module 450 of the remote function proxy server 120, It can be selectively performed.

The order of the steps shown in Fig. 5 is merely exemplary, and the order of the steps may be interchanged with each other unless logically erroneous.

FIG. 6 illustrates a user interface (UI) that provides on and off settings for functions provided by a remote functional proxy server according to an exemplary embodiment.

6, an interface 610 for setting the entire remote proxy server function on or off is shown, and each function of a plurality of different functions provided by the remote functional proxy server 120 is set on or off Lt; RTI ID = 0.0 > 620 < / RTI > The interface 620 for setting each function on or off includes an interface to the GPS function, an interface to the camera function, an interface to the accelerometer function, an interface to the gravity meter function, an interface to the gyroscope function, An interface to the barometer function, an interface to the thermometer function, and an interface to the hygrometer function.

Through the user interface, a list of functions that can be remotely executed can be displayed, and the availability of each function can be selectively set.

Figure 7 illustrates an electronic device implementing a remote functional proxy client in accordance with one embodiment.

The remote capabilities proxy client 110 may be implemented as the electronic device 710 shown in FIG.

The remote functional proxy client 110 may be implemented in a computer system that includes a recording medium that can be read by a computer. 7, the electronic device 700 includes at least one processor 721, a memory 723, a user interface (UI), an input device A display device 726, a UI output device 727, and a store 728. The electronic device 700 may further include a network interface 729 coupled to the network 730. The processing unit 721 may be a semiconductor device that executes processing instructions stored in a central processing unit (CPU) or memory 723 or storage 728. [ Memory 723 and storage 728 may be various types of volatile or non-volatile storage media. For example, the memory may include a ROM 724 or a RAM 725.

At least one module of the remote functional proxy client 110 may be stored in memory 723 and configured to be executed by at least one processing unit 721. [ The functions associated with the communication of data or information of the remote functional proxy client 110 may be performed through the network interface 729. [

Figure 8 illustrates an electronic device implementing a remote functional proxy server according to one embodiment.

The remote functional proxy server 120 may be implemented as the electronic device 810 shown in FIG.

The remote functional proxy server 120 may be implemented in a computer system including a recording medium that can be read by a computer. 8, the electronic device 800 includes at least one processor 821, a memory 823, a user interface (UI), an input device A display device 826, a UI output device 827, and a storage 828. In addition, the electronic device 800 may further include a network interface 829 coupled to the network 830. The processing unit 821 may be a semiconductor device that executes processing instructions stored in a central processing unit (CPU) or a memory 823 or a storage 828. [ Memory 823 and storage 828 may be various types of volatile or non-volatile storage media. For example, the memory may include a ROM 824 or a RAM 825.

The electronic device 800 may further include a sensor 840. The sensor 840 may correspond to the sensor 480 described with reference to FIG.

At least one module of remote functional proxy server 120 may be stored in memory 823 and configured to be executed by at least one processing unit 821. [ The functions associated with the communication of data or information of the remote functional proxy server 120 may be performed through the network interface 829. [

The method according to an embodiment may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions to be recorded on the medium may be those specially designed and configured for the embodiments or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape, optical media such as CDROMs and DVDs, magnetic optical media such as floppy disks, magnetooptical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the embodiments, and vice versa.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. For example, it is to be understood that the techniques described may be performed in a different order than the described methods, and / or that components of the described systems, structures, devices, circuits, Lt; / RTI > or equivalents, even if it is replaced or replaced.

Therefore, other implementations, other embodiments, and equivalents to the claims are also within the scope of the following claims.

110: Remote Function Proxy Client
120: Remote Function Proxy Server
310: Server Management Module
320: connection management module
330: Functional Virtualization Module
340: Setting module
410: Client Management Module
420: connection management module
430: remote function proxy processing module
440: Rights Management Module
450: Configuration module
460: Function list providing module
470: recording module
480: Sensor

Claims (1)

Remote Functionality Proxy is performed by the client,
Establishing a connection with the remote functional proxy server;
Recognizing a call of a function that does not exist in the remote functional proxy client in the remote functional proxy client;
Transmitting a request for execution of the function to the remote function proxy server;
Receiving a result of the execution of the function from the remote function proxy server; And
Providing a result of the execution of the function as a result of the call
/ RTI >
KR1020150150086A 2014-10-28 2015-10-28 Method and apparatus for providing remote function using proxy KR20160049997A (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
KR1020140147147 2014-10-28
KR20140147147 2014-10-28

Publications (1)

Publication Number Publication Date
KR20160049997A true KR20160049997A (en) 2016-05-10

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Country Status (1)

Country Link
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