JP5834481B2 - Service providing system, communication terminal, program, and service providing method - Google Patents

Description

  The present invention relates to a service providing system that provides a service by combining a plurality of service components.

  The company wants to provide services at low cost by combining multiple Service Function Units (SC) in order to realize individual customization accompanying diversification of user needs and quick service provision to gain an advantage over other companies. There is a request. This is because, when a service is constructed and provided from scratch, it is difficult to perform individual customization accompanying diversification of user needs and to provide a quick service to stand out from other companies. In addition, many services that stand on the user side have a small number of users, and there is a reason that development costs cannot be spent. For this reason, there is an increasing demand for using a verified SC to shorten the development period and to construct a service without incurring costs.

  In general, in order to combine a plurality of SCs, it is conceivable to provide a service by combining a plurality of SCs arranged in one server device or SCs distributed in a plurality of server devices. Yes. Therefore, Patent Document 1 discloses a system capable of distributed control of resources of server devices on a network. That is, a system for controlling communication between server devices is disclosed in order to combine the functions of each server device.

JP 2004-320217 A

  In recent years, the function of a mobile terminal has been improved, and it is also possible to operate the SC on the mobile terminal. That is, the mobile terminal is equipped with a multi-core processor, a GPU (Graphics Processing Unit), and the like, and has high performance. Therefore, a service that has been provided by combining an SC that has been operated on a server in the past can also be provided by combining the SC on the mobile terminal and the SC on the server. However, Patent Document 1 only discloses a system that controls communication between server devices, and does not disclose a configuration that controls functions or resources distributed between the server device and the mobile terminal. .

  In order to solve such a problem, the present invention provides a service providing system, a communication terminal, a program, and a service providing method capable of controlling functions or resources distributed between a server device and a mobile terminal. Objective.

  A service providing system according to a first aspect of the present invention is a service providing system that provides a service by combining a plurality of service components, and includes terminal resource information indicating a resource status of a communication terminal, and communication with the communication terminal. A resource information management unit that manages server resource information indicating a resource status of the server device that performs the service, and a service component mounted on the communication terminal based on at least one of the terminal resource information and the server resource information; And a service configuration determination unit that determines a combination with service components mounted on the server device.

  A communication terminal according to a second aspect of the present invention is a communication terminal held by a user who is provided with a service combining a plurality of service components, and collects terminal resource information indicating the resource status of the communication terminal. The communication terminal based on at least one of the terminal resource information and the server resource information, and a resource information management unit that receives server resource information indicating the resource status of the server device communicating with the communication terminal from the server device And a service configuration determining unit that determines a combination of the service components mounted on the server device.

  A program according to a third aspect of the present invention is a program for causing a computer of a communication terminal to execute a service in which a plurality of service components are combined, collecting terminal resource information indicating a resource status of the communication terminal, Based on at least one of the terminal resource information and the server resource information, the server resource information indicating the resource status of the server device that communicates with the communication terminal is mounted on the communication terminal. The step of determining a combination of a service component and a service component mounted on the server device is executed by a computer.

  A service providing method according to a fourth aspect of the present invention is a service providing method for providing a service in which a plurality of service components are combined, and collects terminal resource information indicating a resource status of the communication terminal, and the communication terminal. Server resource information indicating the resource status of a server device that communicates with the server, and based on at least one of the terminal resource information and the server resource information, service components mounted on the communication terminal, and the server device It determines the combination with the service components installed in.

  According to the present invention, it is possible to provide a service providing system, a communication terminal, a program, and a service providing method capable of controlling functions or resources distributed between the server device and the mobile terminal.

1 is a configuration diagram of a service providing system according to a first exemplary embodiment. 1 is a configuration diagram of a communication terminal and a server according to a first embodiment. FIG. 3 is a configuration diagram relating to hardware of a communication terminal according to the first exemplary embodiment; 4 is a flow relating to user context recognition processing according to the first exemplary embodiment; 3 is a flow relating to service configuration determination processing according to the first exemplary embodiment; It is a block diagram of the service provision system concerning Embodiment 2. FIG. It is a flow regarding the service configuration determination processing according to the second exemplary embodiment. It is a figure which shows operation | movement of the service provision system concerning Embodiment 2. FIG.

(Embodiment 1)
Embodiments of the present invention will be described below with reference to the drawings. A configuration example of the service providing system according to the first exemplary embodiment of the present invention will be described with reference to FIG. The service providing system is configured using the communication terminal 100 and the server 200. The communication terminal 100 includes a resource management unit 121, a service configuration determination unit 123, and a service component 132. The server 200 includes a service component 222.

  The service providing system provides a service by combining a plurality of service components. The service component includes, for example, a task, a process, a software module, and the like that realize a series of operations by being combined. Alternatively, the service component may be a component or device used to provide a service.

  The resource management unit 121 receives terminal resource information indicating the resource status of the communication terminal 100. In addition, the resource management unit 121 receives server resource information indicating the resource status of the server 200 that communicates with the communication terminal 100. The resource management unit 121 outputs the received terminal resource information and server resource information to the service configuration determination unit 123.

  The service configuration determining unit 123 is mounted on the server 200 and the service component 132 mounted on the communication terminal 100 based on at least one of the terminal resource information and the server resource information output from the resource management unit 121. A combination with the service component 222 is determined. The communication terminal 100 may hold one service component 132 or a plurality of service components 132. Similarly, the server 200 may hold one service component 222 or a plurality of service components 222.

  Note that the resource management unit 121 and the service configuration determination unit 123 may be arranged in any of the communication terminal 100, the server 200, or other devices on the network (not shown).

  As described above, by using the service providing system according to FIG. 1, it is possible to determine a combination of service components distributed between the communication terminal 100 and the server 200. That is, based on the terminal resource information and the server resource information, by using the service components installed in the communication terminal 100, the service components distributed and arranged in the communication terminal 100 and the server 200 are linked. Can do.

  Next, detailed configuration examples of the communication terminal 100 and the server 200 according to the first embodiment of the present invention will be described with reference to FIG. The server 200 includes a network control unit 210 and one or more service function units (Service Component: SC) 224. The network control unit 210 includes a network status recognition unit 211, a network status notification unit 212, and a network configuration setting unit 213. The SC 224 is included in the service component 222. For example, SC224 is defined as a process that runs on the server. The plurality of SCs 224 are connected by performing inter-process communication.

  The network status recognition unit 211 periodically monitors the network status and collects information regarding the network status. Alternatively, the network status recognition unit 211 collects information regarding the network status when receiving an inquiry notification regarding the network status from the communication terminal 100 or the like. The information related to the network status includes delay information on the network to which the server 200 is connected, used bandwidth information, calculation load information of the server 200, and the like. Also, information regarding the network status corresponds to server resource information. The network status recognition unit 211 outputs information regarding the network status to the network status notification unit 212.

  The network status notification unit 212 transmits the information output from the network status recognition unit 211 to the service control unit 120 in response to an inquiry from the service control unit 120. Alternatively, the network status notification unit 212 periodically transmits information output from the network status recognition unit 211 to the service control unit 120. Alternatively, the network status notification unit 212 may transmit the output information to the service control unit 120 each time information is output from the network status recognition unit 211.

  The network configuration setting unit 213 sets the configuration of the SC 224 based on information regarding the combination of service components notified from the service control unit 120. For example, the network configuration setting unit 213 dynamically or statically changes the connection destination of interprocess communication performed between a plurality of SCs 224, and sets the connection configuration of each SC 224. At this time, the SC 224 itself does not need to know which SC is connected to which SC.

  Next, a configuration example of the communication terminal 100 will be described. The communication terminal 100 includes a terminal control unit 110, a service control unit 120, and one or more service function units (Service Component: SC) 134. The SC 134 is included in the service component 132. The SC 134 is a process that operates on a terminal, for example, and a plurality of SCs 132 are connected by performing inter-process communication.

  First, a configuration example of the terminal control unit 110 will be described. The terminal control unit 110 includes a terminal status recognition unit 111, a terminal status determination unit 112, and a terminal configuration setting unit 113. The terminal status recognition unit 111 recognizes user context information such as user information, user status, and terminal status. User context information corresponds to terminal resource information. The terminal status recognition unit 111 outputs the recognized information to the terminal status determination unit 112. The user information is information about users registered in the communication terminal 100. For example, the user information may be a telephone number assigned to the communication terminal 100, a user profile information registered by the user, or the like. The user status is information indicating when and where the communication terminal 100 is used or what the user is doing, such as walking or riding. The user situation is recognized using sensor data from a sensor device provided in the communication terminal 100. The terminal status is information indicating the remaining battery level, network connection status, and the like. The network connection state is information indicating whether the communication terminal 100 is connected to the network. The network connection state is recognized by making an inquiry to the server 200 or receiving a notification from the server 200.

  The terminal status determination unit 112 notifies the service control unit 120 of the information output from the terminal status recognition unit 111. At this time, the terminal status determination unit 112 determines whether or not to notify the service control unit 120 of the information output from the terminal status recognition unit 111 in accordance with a rule created in advance or an instruction when the terminal operation is performed by the user. Determine.

  The terminal configuration setting unit 113 sets the configuration of the SC 134 based on the information related to the combination of service components notified from the service control unit 120. For example, the terminal configuration setting unit 113 dynamically or statically changes the connection destination of interprocess communication performed between a plurality of SCs 134, and sets the connection configuration of each SC 134. At this time, the SC 134 does not need to know which SC is connected to which SC.

  Next, a configuration example of the service control unit 120 will be described. The service control unit 120 includes a resource management unit 121, a service discovery unit 122, a service configuration determination unit 123, a terminal configuration instruction unit 124, and a network configuration instruction unit 125.

  The resource management unit 121 receives user context information from the terminal control unit 110. Further, the resource management unit 121 receives information related to the network status from the network control unit 210. The resource management unit 121 holds the received information and outputs it to the service configuration determination unit 123.

  The service discovery unit 122 extracts a plurality of SCs used for the provided service and notifies the service configuration determination unit 123 of the plurality of SCs. Here, when the service discovery unit 122 has the same function and there are SCs respectively disposed in the communication terminal 100 and the server 200, the service discovery unit 122 may extract each SC. That is, the service discovery unit 122 may extract each SC having the same function but different placement location. The service to be provided may be specified by input information from a user who operates the communication terminal 100. The service discovery unit 122 may extract the SC using a database or the like that manages the provided service and the SC in association with each other.

  The service configuration determination unit 123 determines the combination of SCs notified from the service discovery unit 122 based on the information output from the resource management unit 121. For example, when a plurality of SCs having the same function are notified, the service configuration determining unit 123 determines which device is to use the SC. The service configuration determination unit 123 notifies the terminal configuration instruction unit 124 and the network configuration instruction unit 125 of information related to the determined SC combination. The terminal configuration instruction unit 124 notifies the terminal configuration setting unit 113 of the terminal control unit 110 of SC combination information in the communication terminal 100. In addition, the network configuration instruction unit 125 notifies the network configuration setting unit 213 of the network control unit 210 of the SC combination information in the server 200.

  The terminal control unit 110, the service control unit 120, and the network control unit 210 described above are configured by hardware, software, or both. The hardware is, for example, an IC (Integrated Circuit) circuit.

  Next, a hardware configuration example of the communication terminal 100 according to the first embodiment of the present invention will be described with reference to FIG. The communication terminal 100 includes a processor 151, an interface 152, a main memory 153, and a bus 154. The terminal control unit 110 and the service control unit 120 can execute information provision processing by software.

  The processor 151 executes a program stored in the main memory 153. The processor 151 is, for example, a CPU (Central Processing Unit) of the communication terminal 100 and constitutes a terminal control unit 110 and a service control unit 120. The interface 152 acquires sensor data from the sensor device and provides it to the terminal status recognition unit 111, and acquires SC information from an SC database or a setting file existing on the network or on a file and provides it to the service discovery unit 122. For example, a network device, a file device, and a sensor device are connected to the interface 152. The processor 151 inputs and outputs various types of information via the interface 152.

  The main memory 153 stores a program executed by the processor 151. The stored program describes a group of instructions for causing the processor 151 to perform processing of the terminal control unit 110 and the service control unit 120. The bus 154 connects the processor 151, the interface 152, and the main memory 153, respectively.

  Subsequently, a user context recognition flow according to the first exemplary embodiment of the present invention will be described with reference to FIG. First, the terminal status recognition unit 111 recognizes user context information (S11). The terminal situation recognition unit 111 recognizes user information from registration information registered by the user. Further, the terminal status recognition unit 111 recognizes the terminal status such as the remaining battery level and the network connection status by making an inquiry to a control unit (not shown) of the communication terminal 100. Further, the terminal status recognition unit 111 analyzes the sensor data input from the sensor device, thereby determining the user status such as when and where the communication terminal 100 is used or what the user is doing, such as walking or riding. Recognize

  Next, the terminal status determination unit 112 determines whether or not to notify the service control unit 120 of the information recognized by the terminal status recognition unit 111 in accordance with a rule created in advance or an instruction at the time of terminal operation performed by the user. Is determined (S12). For example, when a rule that periodically notifies the service control unit 120 of information recognized by the terminal status recognition unit 111 is created in advance, the terminal status determination unit 112 notifies the service control unit 120 of information. It is determined whether or not. Further, when the terminal status is recognized by the terminal status recognition unit 111, the terminal status determination unit 112 immediately notifies the service control unit 120 of information regarding the terminal status, and when the information regarding the user status is recognized. A rule may be set in advance such that, when a predetermined amount of data is accumulated, information on the user situation is notified to the service control unit 120. Alternatively, a rule may be established in which notification is made when a determined user situation is recognized.

  If the terminal status determination unit 112 determines in step S12 that a predetermined rule or the like is not satisfied, the process of step S11 is repeated. If the terminal status determination unit 112 determines in step S12 that a predetermined rule or the like is satisfied, the terminal status determination unit 112 notifies the service control unit 120 of information recognized by the terminal status recognition unit 111 (S13).

  Next, a service configuration determination flow according to the first exemplary embodiment of the present invention will be described with reference to FIG. First, the resource management unit 121 determines whether to update managed information (S21). The managed information is user context information received from the terminal status determination unit 112 and information regarding the network status received from the network status notification unit 212. When the resource management unit 121 receives user context information from the terminal status determination unit 112, the resource management unit 121 updates the information. Alternatively, the terminal status determination unit 112 updates the information when information about the network status is received from the network status notification unit 212. If the resource management unit 121 determines that there is no information to be updated, the process of step S21 is repeated. If the resource management unit 121 determines that the information is to be updated, and the information is updated, the service configuration determination unit 123 uses the service provided based on the information managed by the resource management unit 121. The configuration of the SC is determined (S22).

  The terminal configuration instruction unit 124 notifies the terminal configuration setting unit 113 of the SC configuration setting instruction based on the SC configuration determined by the service configuration determination unit 123 (S23). The terminal configuration setting unit 113 sets the configuration of each SC 134 by statically or dynamically changing the connection destination of the interprocess communication performed between the plurality of SCs 134 in accordance with the notified instruction.

  The network configuration instruction unit 125 notifies the network configuration setting unit 213 of an SC configuration setting instruction based on the SC configuration determined by the service configuration determination unit 123 (S24). The network configuration setting unit 213 sets the configuration of each SC 224 by statically or dynamically changing the connection destination of the interprocess communication performed between the plurality of SCs 224.

  As described above, by using the service providing system according to the first exemplary embodiment of the present invention, the combination of SCs operating in the communication terminal 100 or the server 200 can be changed according to user context information or information regarding network conditions. Can be determined. Thereby, in providing a service, it is possible to realize a high degree of customizability and resource optimization.

  In addition, when the communication terminal 100 includes the service control unit 120 and determines the combination of SCs, the SC arranged in the communication terminal 100 even when the communication terminal 100 and the server 200 are offline. The service can be continued by combining. Also, if the service control unit 120 is provided in the server 200, the processing load on the server 200 increases as the number of communication terminals 100 connected to the server 200 increases. This is because the number of communication terminals 100 to be managed in the server 200 increases. However, since the communication terminal 100 includes the service control unit 120, the load on the server 200 does not become a bottleneck, and the scalability of the system can be realized.

(Embodiment 2)
Subsequently, a configuration example of the service providing system according to the second exemplary embodiment of the present invention will be described with reference to FIG. In the second embodiment, the plurality of SCs 224 provided in one server in the first embodiment are distributed and mounted on the plurality of servers 12 to 14. Each server is connected to a node. The nodes 21 to 25 relay data communication between the communication terminal and the plurality of servers. The server 200 is provided with a network control unit, and the other servers 12 to 14 are provided with SC1 to SC3. The configuration of the communication terminal is the same as that of the first embodiment. In this case, the SCs 1 to 3 mounted on the servers 12 to 14 are defined as processes that operate on the server. The SCs arranged on different servers are connected by performing TCP / IP communication such as sockets.

  FIG. 6 shows a combination of SCs in a service that starts from operating SC5 of the communication terminal 100 and ends by operating SC1 of the server 12.

  Subsequently, a service configuration determination flow according to the second exemplary embodiment of the present invention will be described with reference to FIG. Steps S31 to S34 are the same as steps S21 to S24 in FIG. In step S34, when an instruction for SC configuration setting is notified, the network configuration setting unit 213 performs setting for changing the port and rewriting the destination MAC address and the destination IP address in accordance with the notified instruction. (S35). Thereby, a route for combining the SCs is set.

  Next, the operation of the service providing system according to the second exemplary embodiment of the present invention will be described using FIG. 8 as an example of a service for sharing an image. A service providing system that provides a service for sharing an image includes a terminal 130 on which an Android (registered trademark) OS operates, a server 200 that is present on a network and on which a network control unit is installed, and a server on which an SC is installed. 12 to 14, network switches 31 to 35, and a database (DB) server 15. The network switches 31 to 35 correspond to the nodes 21 to 25 in FIG.

  The SCs 104 to 106 on the communication terminal 130 are mounted using an Android service process. The SCs 104 to 106 on the communication terminal are connected by using an inter-process communication AIDL unique to the Android OS. AIDL is a technology whose specifications are disclosed for developers who develop services that operate on Android OS. AIDL uses a communication mechanism called Bind to establish interprocess communication. Bind establishes communication by transmitting an object called Intent having information of a connection partner to the Android system.

  When the connection source SC connects to another SC, the terminal configuration setting unit 113 rewrites the connection destination information of Intent and connects to the intended SC. The connection source SC before the control may hold an Intent having information necessary for connection to the final SC, or may be a dummy Intent. Alternatively, instead of rewriting the Intent information, the terminal configuration setting unit 113 may inform the connection source SC of Intent information necessary for connection to the intended SC when the connection source SC connects to another SC. Alternatively, when the service is started or restarted, an Intent having a series of SC connection flow information may be transmitted to the start SC, and each SC may establish a connection sequentially.

  The SCs 101 to 103 on the servers 12 to 14 are implemented as processes for performing TCP / IP communication using sockets or the like. The network configuration setting unit controls the network using the OpenFlow protocol, and controls connections between the SCs 101 to 103 arranged in the servers 12 to 14. OpenFlow is a network control technology developed by the OpenFlow Switch Consortium. The network configuration setting unit 213 is implemented as an OpenFlow Controller defined by OpenFlow, and the network switches 1 to 5 are configured as OpenFlowSwitch.

  The network configuration setting unit 213 performs setting of changing the port of each switch or rewriting the destination MAC address or the destination IP address in accordance with an instruction from the service control unit 120.

  The connection between the SC on the communication terminal 130 and the SC on the servers 12 to 14 is performed by converting AIDL communication into TCP / IP communication and vice versa.

  The basic operation of this image sharing service is to store an image captured by a terminal in the DB server 15 on the network. This service is configured using an SC 105 that uploads an image captured by a terminal and an image storage SC 101 or 106 that includes a UI that stores and shares the captured image in a DB.

  Furthermore, in addition to the above-described SC, it is also possible to use the face mosaic SC 104 or 103 that detects whether or not a face is reflected in the image to be uploaded and applies a mosaic if it is reflected. The face mosaic SC 104 or 103 determines whether to incorporate it into the service according to the shooting location. For example, it is possible to apply a mosaic when uploading an image taken at work or school. The terminal status recognition unit 111 of the terminal control unit 110 recognizes where the user is. The terminal status recognition unit 111 measures the position of the user using a device such as GPS or WiFi.

  The image storage SC 101 or 106 and the face mosaic SC 104 or 103 exist in both the communication terminal 130 and the servers 12 to 14, and which SC is used depends on terminal information such as the remaining battery level of the terminal and the network connection status. To be determined. For example, when the network is connected and the remaining battery level is lower than a predetermined threshold, the face mosaic SC and the image storage SC are on the server, and the network is connected but the remaining battery level is predetermined. If the threshold value is greater than the threshold value, the value on the communication terminal 130 may be used. Also, when the network is connected but the remaining battery level is less than a predetermined threshold, one of the SCs uses the one on the communication terminal 130, and the other SC uses the one on the server. May be. Alternatively, in the case where the network between the communication terminal 130 and the servers 12 to 14 is not connected offline, both may use the SC on the terminal. The terminal status recognition unit 111 also recognizes the terminal status such as the remaining battery level and the network connection status. The terminal status recognition unit 111 grasps the terminal status by monitoring the internal status of the communication terminal or receiving information notified from the system. Furthermore, in addition to the information such as the remaining battery level and the network status, the SC to be used may be determined by further using information regarding the network status such as the used bandwidth information of the servers 12 to 14 and the calculation load information. . That is, the SC on the communication terminal 130 may be used when the bandwidth used by the servers 12 to 14 is large and the computation load is high.

  The terminal status determination unit 112 may determine whether to notify the service control unit 120 of the information recognized by the terminal status recognition unit 111 based on the scenario file. The scenario file is a file describing which recognition result is notified. As described above, it may be described that notification is made when it is recognized as a workplace or school, when the remaining battery level reaches a set value, or when the network is disconnected. The scenario file may be prepared in advance, and may be created or modified by the user every time the terminal status determination unit 112 makes a determination.

  The service configuration determining unit 123 may also determine the SC configuration based on the scenario file. The scenario file referred to by the service configuration determination unit 123 may be the same as or different from the scenario file referred to by the terminal status determination unit 112. If the scenario file is recognized as a workplace or school and the battery level is low and it is connected to the network, it is described that the face mosaic SC and the image storage SC are determined to be configured on the server. Yes.

  The determined configuration is transmitted to the terminal configuration setting unit 113 of the terminal control unit 110 and the network configuration setting unit 213 of the network control unit 210 via the terminal configuration instruction unit 124 and the network configuration instruction unit 125. The terminal configuration setting unit 113 changes the AIDL connection between service processes according to the instruction. Further, the network configuration setting unit 213 changes the setting of OpenFlowSwitch.

  As described above, the second embodiment of the present invention can obtain the same effects as those of the first embodiment. Further, since the SC can be distributed to a plurality of servers, the load on one server can be distributed.

  The processing in the communication terminals 100 and 130 according to the present invention can be realized by causing a CPU (Central Processing Unit) to execute a computer program.

  In the above example, the program can be stored and supplied to a computer using various types of non-transitory computer readable media. Non-transitory computer readable media include various types of tangible storage media. Examples of non-transitory computer-readable media include magnetic recording media (for example, flexible disks, magnetic tapes, hard disk drives), magneto-optical recording media (for example, magneto-optical disks), CD-ROMs (Read Only Memory), CD-Rs, CD-R / W, semiconductor memory (for example, mask ROM, PROM (Programmable ROM), EPROM (Erasable PROM), flash ROM, RAM (Random Access Memory)) are included. The program may also be supplied to the computer by various types of transitory computer readable media. Examples of transitory computer readable media include electrical signals, optical signals, and electromagnetic waves. The temporary computer-readable medium can supply the program to the computer via a wired communication path such as an electric wire and an optical fiber, or a wireless communication path.

  Note that the present invention is not limited to the above-described embodiment, and can be changed as appropriate without departing from the spirit of the present invention. For example, the SC determination process distributed in communication terminals and servers described in the second embodiment may be used in the first embodiment.

1-6 SC
12-14 server 21-25 node 31-35 network switch 100 communication terminal 110 terminal control unit 111 terminal status recognition unit 112 terminal status determination unit 113 terminal configuration setting unit 120 service control unit 121 resource management unit 122 service discovery unit 123 service configuration Determination unit 124 Terminal configuration instruction unit 125 Network configuration instruction unit 130 Andoroid communication terminal 132 Service component 134 SC
151 Processor 152 Interface 153 Main Memory 154 Bus 200 Server 210 Network Control Unit 211 Network Status Recognition Unit 212 Network Status Notification Unit 213 Network Configuration Setting Unit 220 Memory 222 Service Component 224 SC

Claims (10)

A service providing system for providing a service by combining a plurality of service components,
Resource information management means for managing terminal resource information indicating a resource status of a communication terminal and server resource information indicating a resource status of a plurality of server devices that communicate with the communication terminal via a node ;
Based on at least one of the terminal resource information and the plurality of server resource information, a combination of a service component mounted on the communication terminal and a service component mounted on the plurality of server devices is determined. Service configuration determination means
Network configuration setting means for notifying the node of information for setting a path for connecting a service component mounted on the communication terminal and a service component mounted on a plurality of the server devices; Service provision system provided. A sensor device for collecting sensor data;
The service configuration determining means includes
The service providing system according to claim 1, wherein a combination of the service components is determined based on the collected sensor data and at least one of the terminal resource information and the server resource information. The terminal resource information is
It is information including information indicating the remaining battery level of the communication terminal,
The service configuration determining means includes
When the remaining battery level is lower than a predetermined threshold, service components mounted on the server device are preferentially combined, and when the remaining battery level exceeds a predetermined threshold, mounted on the communication terminal The service providing system according to claim 1, wherein the service component elements combined are preferentially combined. The terminal resource information is
Further including information indicating a connection status between the communication terminal and a network connecting the communication terminal and the server device;
The service configuration determining means includes
When the communication terminal and the network are not connected, combining service components mounted on the communication terminal, and when the communication terminal and the network are connected, based on the remaining battery level, 4. The service providing system according to claim 3, wherein service components to be combined are determined.   The service providing system according to any one of claims 1 to 4, wherein the communication terminal includes the resource information management unit and the service configuration determination unit. A communication terminal held by a user who is provided with a service combining a plurality of service components,
A resource information management unit that collects terminal resource information indicating a resource status of the communication terminal and receives server resource information indicating a resource status of a plurality of server devices communicating with the communication terminal via a node from the server device; ,
Based on at least one of the terminal resource information and the plurality of server resource information, a combination of a service component mounted on the communication terminal and a service component mounted on the plurality of server devices is determined. A service configuration determination unit;
Information on a combination of a service component mounted on the communication terminal and a service component mounted on the plurality of server devices is transmitted, a service component mounted on the communication terminal, and a plurality of A service component installed in the server device;
And a network configuration instruction unit for setting a path for connecting the communication terminal. A sensor device for collecting sensor data;
The service configuration determination unit
The communication terminal according to claim 6, wherein a combination of the service components is determined based on the collected sensor data and at least one of the terminal resource information and the server resource information. The terminal resource information is
It is information including information indicating the remaining battery level of the communication terminal,
The service configuration determination unit
When the remaining battery level is lower than a predetermined threshold, service components mounted on the server device are preferentially combined, and when the remaining battery level exceeds a predetermined threshold, mounted on the communication terminal The communication terminal according to claim 6 or 7, wherein the service components that are used are preferentially combined. A program that causes a computer of a communication terminal to execute a service that combines a plurality of service components,
Collecting terminal resource information indicating a resource status of the communication terminal and receiving server resource information indicating a resource status of a plurality of server devices communicating with the communication terminal via a node from the server device;
Based on at least one of the terminal resource information and the plurality of server resource information, a combination of a service component mounted on the communication terminal and a service component mounted on the plurality of server devices is determined. Steps,
Information on a combination of a service component mounted on the communication terminal and a service component mounted on the plurality of server devices is transmitted, a service component mounted on the communication terminal, and a plurality of A service component installed in the server device;
A program for causing a computer to execute a step of setting a path for connecting the computers. A service providing method for providing a service combining a plurality of service components,
Collect server resource information indicating the resource status of a plurality of server devices that communicate with the communication terminal via a node while collecting terminal resource information indicating the resource status of the communication terminal,
Based on at least one of the terminal resource information and the plurality of server resource information, a combination of a service component mounted on the communication terminal and a service component mounted on the plurality of server devices is determined. ,
Information on a combination of a service component mounted on the communication terminal and a service component mounted on the plurality of server devices is transmitted, a service component mounted on the communication terminal, and a plurality of A service component installed in the server device;
A service providing method for setting a route to connect to .

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