KR101707446B1 - THE PROTOCOL CONVERTING METHOD BETWEEN ISO/IEE 11073 STANDARD PROTOCOL AND oneM2M STANDARD PROTOCOL - Google Patents

THE PROTOCOL CONVERTING METHOD BETWEEN ISO/IEE 11073 STANDARD PROTOCOL AND oneM2M STANDARD PROTOCOL Download PDF

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KR101707446B1
KR101707446B1 KR1020160011193A KR20160011193A KR101707446B1 KR 101707446 B1 KR101707446 B1 KR 101707446B1 KR 1020160011193 A KR1020160011193 A KR 1020160011193A KR 20160011193 A KR20160011193 A KR 20160011193A KR 101707446 B1 KR101707446 B1 KR 101707446B1
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South Korea
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message
standard protocol
ieee
iso
onem2m
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KR1020160011193A
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Korean (ko)
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박기현
이종휘
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계명대학교 산학협력단
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
    • H04L69/08—Protocols for interworking; Protocol conversion
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/02—Standardisation; Integration
    • H04L41/0226—Mapping or translating multiple network management protocols
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/02—Standardisation; Integration
    • H04L41/0246—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
    • H04L69/26—Special purpose or proprietary protocols or architectures

Abstract

The present invention relates to a protocol converting method between an ISO/IEEE 11073 standard protocol and an oneM2M standard protocol. The method comprises the steps of: establishing connection with a PHD; receiving a data message measured in the PHD; transmitting the data message to a message converting unit; transmitting the converted message to a resource manager; and transmitting the message using the ISO/IEEE 11073 standard protocol to the PHD (100). Accordingly, various PHDs using the ISO/IEEE 11073 standard protocol can be applied to an internet environment without additional upgrade and new standard protocol.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for converting between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol,

The present invention relates to a standard protocol conversion method, and more particularly, to a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol.

Generally, a protocol is a communication protocol, a promise of various communication rules and methods for facilitating communication between information devices, for example, between a computer and a computer or between a computer and a terminal. , And in particular, for personal health devices (hereinafter referred to as "PHDs"), ISO / IEEE 11073 is used as a standard protocol.

However, due to the fact that ISO / IEEE 11073, a standard protocol of existing PHDs, is not adapted to the object internet environment, all existing PHDs using the standard protocol can not be applied to the Internet environment . In addition, in order to use existing PHDs using the standard protocol ISO / IEEE 11073 in the object Internet environment, there has been a problem that the existing standard protocol ISO / IEEE 11073 must be converted to a new protocol or a completely different protocol must be used.

With regard to such protocol conversion, Japanese Patent Application Laid-Open No. 10-2015-0016273 (entitled: Protocol Conversion Adapter, Published on Feb. 11, 2015), Published Patent No. 10-2013-0081035 : Protocol conversion apparatus and method, publication date: July 16, 2013), but no technology for applying standard protocol ISO / IEEE 11073 to object internet environment is disclosed.

The present invention has been proposed in order to solve the above-mentioned problems of the previously proposed methods. By converting the protocol between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol, various PHDs using the ISO / IEEE 11073 standard protocol can be upgraded And a method for converting a protocol between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol, which can be applied to an object internet environment without using a new standard protocol.

According to an aspect of the present invention, there is provided a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol,

When the PHD and the common service entity (CSE) are directly connected to each other,

(1) establishing a connection with the PHD when the connection setup message is transmitted from the PHD (S100);

(2) receiving (S200) a measured data message at the PHD after connection establishment with the PHD is completed through the step (1);

(3) transmitting, at the network manager unit, the data message received through the step (2) to the message converting unit (S300);

(4) The message conversion unit determines whether the data message transmitted through step (3) is a message using the ISO / IEEE 11073 standard protocol or a message using the oneM2M standard protocol, and uses the ISO / IEEE 11073 standard protocol Analyzing the data message, converting the data message into a message using oneM2M standard protocol, and transmitting the converted message to the resource manager (S400);

(5) In the resource manager, the message transmitted through the step (4) is analyzed, the data included in the message is updated in the resource tree, and a message using the oneM2M standard protocol including the update result is transmitted Creating and transmitting the message to the message conversion unit (S500);

(6) The message conversion unit converts the message using the oneM2M standard protocol transmitted through step (5) into a message using the ISO / IEEE 11073 standard protocol and transmits the converted message to the network manager unit (S600); And

(7) The network manager unit transmits a message using the ISO / IEEE 11073 standard protocol transmitted in step (6) to the PHD (S700).

Advantageously, the connection setup message in step (1)

An IEEE / IEEE 11073 Association Request message used when establishing a connection with the CSE, and an ISO / IEEE 11073 Association Release Request message used when disconnecting from the CSE.

More preferably, the step (1) comprises:

(1-1) analyzing data included in the ISO / IEEE 11073 Association Request message transmitted from the PHD and determining whether the information about the PHD is in the resource tree (Sl 10);

(1-2) If it is determined in the step (1-1) that the information about the PHD is not in the resource tree, the PHD transmits an ISO / IEEE 11073 Association Response message, and in response, the PHD (S120) of receiving an ISO / IEEE 11073 Present (Notice Configuration) Request message including information on the PHD by analyzing the received message and updating the information of the PHD in the resource tree (S120); And

(1-3) If the information on the PHD is found in the resource tree in the step (1-1), the step (S130) of completing the connection setup with the PHD based on the information in the resource tree can do.

Even more preferably, in the step (1-1), the CSE includes:

In order to determine whether the information about the PHD is in the resource tree, the ISO / IEEE 11073 Association Request message may be converted into a oneM2M Operation (Retrieve) Request message.

Even more preferably, in the step (1-2), the CSE includes:

In order to update the information of the PHD 100 in the resource tree, an ISO / IEEE 11073 Present (Notice Configuration) Request message can be converted into a oneM2M Operation (Create) Primitive Request message.

Advantageously, the data message comprises:

And an ISO / IEEE 11073 Present (Store Sensing Data) Request message including biometric information data measured in the PHD.

More preferably, in said step (4)

The message conversion unit may analyze the ISO / IEEE 11073 Present (Store Sensing Data) Request message including the biometric information data transmitted from the PHD and convert it into a oneM2M Operation (Update) Primitive Request message.

Even more preferably, in the message conversion unit,

When analyzing the ISO / IEEE 11073 Present (Store Sensing Data) Request message and converting it into a oneM2M Operation (Update) Primitive Request message, a plurality of oneM2M Operation (Update ) Primitive Request message can be generated.

Advantageously, in said step (5)

In the resource manager, the oneM2M Operation Update Primitive Response message including the resource update result may be transmitted to the message converter.

Preferably, in said step (6)

In the message conversion unit, the oneM2M Operation (Update) Primitive Response message may be converted into an ISO / IEEE 11073 Response message and transmitted to the network manager unit.

According to another aspect of the present invention, there is provided a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol,

When the CSE 2 is connected to the PHD 100 through the CSE,

(1) establishing a connection with the PHD when the connection setup message is transmitted from the PHD (S100);

(2) receiving (S200) a measured data message at the PHD after connection establishment with the PHD is completed through the step (1);

(3) transmitting, at the network manager unit, the data message received through the step (2) to the message converting unit (S300);

(4) The message conversion unit determines whether the data message transmitted through step (3) is a message using the ISO / IEEE 11073 standard protocol or a message using the oneM2M standard protocol, and uses the ISO / IEEE 11073 standard protocol Analyzing the data message, converting the data message into a message using oneM2M standard protocol, and transmitting the converted message to the resource manager (S400);

(5) The resource manager analyzes the message transmitted through the step (4) to determine where the destination of the message is, and when the destination of the message is the CSE, Updating the resource tree (S500);

(6) If it is determined in step (5) that the destination of the message is not CSE but CSE2, the resource manager unit may transmit a message using the oneM2M standard protocol transmitted through step (4) (S600);

(7) In the message conversion unit, after receiving the message using the oneM2M standard protocol from the resource manager unit through the step (6), the message conversion unit transmits the data message transmitted through the step (3) to the network manager unit (S700) transmitting the transmitted data message to the CSE2 in the network manager and updating the CSE2 in the resource tree of the CSE2; And

(8) transmitting, from the CSE 2, the message to the PHD when the network manager unit receives a message including an update result of the step (7); and And is characterized by its constitution.

Preferably, after said step (5)

The resource manager unit creates a message using the oneM2M standard protocol including the update result obtained in step (5) and transmits the message to the message conversion unit, and the message conversion unit converts the message using oneM2M standard protocol into ISO / IEEE 11073 standard protocol, and transmits the message to the network manager unit, and the network manager unit can transmit a message using the transmitted ISO / IEEE 11073 standard protocol to the PHD.

Preferably, the CSE 2 (300)

A network manager unit, a message conversion unit, and a resource manager unit. The data included in the data message can be updated in the resource tree through the steps (3) to (5).

Advantageously, said step (8)

(8-1) The resource manager generates a message using the oneM2M standard protocol including the update result, and transmits the message to the message conversion unit. The message conversion unit converts the message using oneM2M standard protocol into ISO / Converting the message into a message using the standard protocol, and transmitting the message to the network manager (S810).

Preferably, the connection setup message includes:

An IEEE / IEEE 11073 Association Request message used when establishing a connection with the CSE, and an ISO / IEEE 11073 Association Release Request message used when disconnecting from the CSE.

Advantageously, the data message comprises:

And an ISO / IEEE 11073 Present (Store Sensing Data) Request message including biometric information data measured in the PHD.

More preferably, in said step (4)

The message conversion unit may analyze the ISO / IEEE 11073 Present (Store Sensing Data) Request message including the biometric information data transmitted from the PHD and convert it into a oneM2M Operation (Update) Primitive Request message.

More preferably, in the message conversion unit,

When analyzing the ISO / IEEE 11073 Present (Store Sensing Data) Request message and converting it into a oneM2M Operation (Update) Primitive Request message, a plurality of oneM2M Operation (Update ) Primitive Request message can be generated.

More preferably, the CSE comprises

In the resource manager, the oneM2M Operation (Update) Primitive Response message including the update result may be transmitted to the message conversion unit.

More preferably, the CSE comprises

In the message conversion unit, the oneM2M Operation (Update) Primitive Response message may be converted into an ISO / IEEE 11073 Response message and transmitted to the network manager unit.

According to the protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol proposed in the present invention, various PHDs using the ISO / IEEE 11073 standard protocol can be obtained by converting the protocol between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol And can be applied to the Internet environment without additional upgrades and new standard protocols.

1 is a flow diagram illustrating a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention.
2 is a flowchart illustrating a process of establishing a connection between a PHD and a CSE in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention.
3 is a diagram illustrating an ISO / IEEE 11073 Association Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention.
FIG. 4 illustrates a method of converting an ISO / IEEE 11073 Association Request message into a oneM2M Operation (Retrieve) Primitive Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention drawing.
FIG. 5 illustrates a method of converting a oneM2M Operation (Retrieve) Primitive Response message into an ISO / IEEE 11073 Association Response message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention drawing.
6 is a diagram illustrating an ISO / IEEE 11073 Present (Notice Configuration) Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention.
7 is a flowchart illustrating a method of converting an ISO / IEEE 11073 Present (Notice Configuration) Request message into a oneM2M Operation (Create) Primitive Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention Fig.
FIG. 8 illustrates an ISO / IEEE 11073 Present (Store Sensing Data) Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention.
9 is a flowchart illustrating a method of converting an ISO / IEEE 11073 Present (Store Sensing Data) Request message into a oneM2M Operation (Update) Primitive Request in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention Fig.
10 is a diagram illustrating a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention. In the protocol conversion method, when the PHD is connected to the CSE 2 through the CSE, FIG. 8 is a flowchart showing a flow of a protocol conversion method. FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. In the following detailed description of the preferred embodiments of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The same or similar reference numerals are used throughout the drawings for portions having similar functions and functions.

In addition, in the entire specification, when a part is referred to as being 'connected' to another part, it may be referred to as 'indirectly connected' not only with 'directly connected' . Also, to "include" an element means that it may include other elements, rather than excluding other elements, unless specifically stated otherwise.

1 is a flowchart illustrating a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention. 1, when a PHD 100 and a CSE 200 are directly connected to each other, a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention includes a CSE When the connection setup message is transmitted from the PHD 100 to the PHD 100, the connection establishment unit 200 establishes a connection with the PHD 100 (S100), (2) A step S200 of receiving the measured data message from the PHD 100, (3) transmitting the data message received through the step S200 to the message converting unit 220 at the network manager 210 S300); (4) The message conversion unit 220 determines whether the data message transmitted through step S300 is a message using the ISO / IEEE 11073 standard protocol or a message using the oneM2M standard protocol, , The data message is analyzed and transmitted to oneM2M (S400); and (5) the resource manager 230 analyzes the message transmitted through step S400, and transmits the message to the resource manager 230. In step S400, (S500) of updating the data in the resource tree, creating a message using the oneM2M standard protocol including the update result, and transmitting it to the message conversion unit 220 (S500), (6) A step S600 of converting a message using the oneM2M standard protocol transmitted through step S500 into a message using the ISO / IEEE 11073 standard protocol and transmitting the message to the network manager unit 210, and (7) , Transmitting the message using the ISO / IEEE 11073 standard protocol transmitted through step S600 to the PHD 100 (step S700).

Hereinafter, the features of the respective steps of the protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol proposed in the present invention will be described in detail with reference to the drawings.

In step S100, when the connection setup message is transmitted from the PHD 100, the CSE 200 can establish a connection with the PHD 100. The connection setup message may be an ISO / IEEE 11073 Association Request message used when establishing a connection with the CSE 200 and an ISO / IEEE 11073 Association Release Request message used when disconnecting from the CSE 200. Hereinafter, a process of establishing connection between the PHD 100 and the CSE 200 will be described in detail with reference to FIG.

2 is a flowchart illustrating a process of establishing a connection between a PHD and a CSE in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention. 2, the process of establishing the connection between the PHD 100 and the CSE 200 includes the steps of (1-1) transmitting data included in the ISO / IEEE 11073 Association Request message transmitted from the PHD 100, (S110) determining whether information on the PHD 100 exists in the resource tree, (1-2) if it is determined in the step S110 that information about the PHD 100 is not in the resource tree, the PHD 100 And receives an ISO / IEEE 11073 Present (Notice Configuration) Request message including information on the PHD 100 transmitted from the PHD 100 in response to the received ISO / IEEE 11073 Association Response message, (S120) of updating the information of the PHD 100 in the resource tree by completing the connection setup with the PHD 100 by analyzing the information of the PHD 100 in the resource tree, and (1-3) , The connection setting with the PHD 100 is performed based on the information in the resource tree It can comprise the steps (S130) to charge. Hereinafter, each step of establishing connection between the PHD 100 and the CSE 200 will be described in detail with reference to the drawings.

In step S110, the CSE 200 analyzes the data included in the ISO / IEEE 11073 Association Request message transmitted from the PHD 100 to determine whether the information about the PHD 100 is in the resource tree . Here, the CSE 200 analyzes the data included in the ISO / IEEE 11073 Association Request message and transmits an ISO / IEEE 11073 Association Request message to oneM2M (1) to determine whether information on the PHD 100 is in the resource tree Operation (Retrieve) Primitive Request message, which will be described below with reference to FIG. 3 and FIG.

FIG. 3 is a diagram illustrating an ISO / IEEE 11073 Association Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention. IEEE 11073 Association Request message to a oneM2M Operation (Retrieve) Primitive Request message in the protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol according to the present invention.

As shown in FIG. 3, the ISO / IEEE 11073 Association Request message may include various data including an APDU Choice Type, a Data Protocol ID, an Encoding Rule, a System Type, a System ID, and a Device Configuration ID. In step S110, the CSE 200 analyzes the ISO / IEEE 11073 Association Request message including the above-described various data and determines whether or not the information on the PHD 100 is in the resource tree, As shown, an ISO / IEEE 11073 Association Request message can be converted into a oneM2M Operation (Retrieve) Primitive Request message. Here, as shown in FIG. 4, data corresponding to 'System ID' among various data included in the ISO / IEEE 11073 Association Request message is reflected in <to> among the nodes of the oneM2M Operation (Retrieve) Primitive Request message Thus, the CSE 200 can determine whether or not there is information on the PHD 100 in the resource tree.

As described above, the CSE 200 converts an ISO / IEEE 11073 Association Request message into a oneM2M Operation (Retrieve) Primitive Request message, determines whether or not there is information on the corresponding PHD 100 in the resource tree, , It is possible to convert the oneM2M Operation (Retrieve) Primitive Response message into an ISO / IEEE 11073 Association Response message and transmit it to the corresponding PHD 100, as shown in FIG. Specifically, when the CSE 200 determines whether or not there is information on the PHD 100 in the resource tree, the CSE 200 transmits the <responseStatusCode> node information of the oneM2M Operation (Retrieve) Primitive Response message including the data to the ISO / IEEE 11073 Association Response The result of determining whether there is information on the PHD 100 in the resource tree can be included in the ISO / IEEE 11073 Association Response message by reflecting the result in the 'Result' value of the message.

In step S120, when the CSE 200 determines in step S110 that information on the PHD 100 is not present in the resource tree, the CSE 200 transmits an ISO / IEEE 11073 Association Response message including the determination result data to the PHD 100, And receives the ISO / IEEE 11073 Present (Notice Configuration) Request message including the information about the PHD 100 transmitted from the PHD 100 in response to the received message and analyzes the received message to update the information of the PHD 100 in the resource tree The connection setting with the PHD 100 can be completed. In order for the CSE 200 to update the information of the PHD 100 in the resource tree, it is necessary to convert the ISO / IEEE 11073 Present (Notice Configuration) Request message into a oneM2M Operation (Create) Primitive Request message. Will be described below with reference to Figs. 6 and 7.

FIG. 6 is a diagram illustrating an ISO / IEEE 11073 Present (Notice Configuration) Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention. A method of converting an ISO / IEEE 11073 Present (Notice Configuration) Request message into a oneM2M Operation (Create) Primitive Request message in a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment .

As shown in FIG. 6, the ISO / IEEE 11073 Present (Notice Configuration) Request message may include various data including an APDU Type, an Event Type, a Configuration Object Count, and an Object. Here, the actual data for the PHD 100 is included in the Object class, the Object handle, and the Attribute in the box (4) indicated by the dotted line in FIG. In step S120, the CSE 200 transmits the ISO / IEEE 11073 Present (Notice Configuration) Request message including the above-described various data to the resource tree, (Notice Configuration) Request message to oneM2M Operation (Create) Primitive Request message. Here, as shown in FIG. 7, a oneM2M Operation (Create) Primitive Request message is generated that is 1: 1 matched to the Object Handle and Atrritube of the ISO / IEEE 11073 Present (Notice Configuration) Request message. , Several oneM2M Operation (Create) Primitive Request messages may be generated in one ISO / IEEE 11073 Present (Notice Configuration) Request message. As described above, in step S120, the CSE 200 converts the ISO / IEEE 11073 Present (Notice Configuration) Request into a oneM2M Operation (Create) Primitive Request message, updates the information about the PHD 100 in the resource tree, It is possible to complete the connection setting with the terminal 100.

In step S130, if it is determined in step S110 that the information about the PHD 100 is in the resource tree, connection establishment with the PHD 100 can be completed based on the information in the resource tree.

In step S200, the CSE 200 can receive the measured data message from the PHD 100 after connection establishment with the PHD 100 is completed in step S100. Here, the data message may be an ISO / IEEE 11073 Present (Store Sensing Data) Request message including biometric information data measured by the PHD 100. FIG. 8 is a diagram illustrating an ISO / IEEE 11073 Present (Store Sensing Data) Request message in a method of converting between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention. As shown in FIG. 8, the ISO / IEEE 11073 Present (Store Sensing Data) Request message may include various data including APDU Choice Type, Event Type, measurement data, and the like.

In step S300, the network manager unit 210 may transmit the data message received through step S200 to the message conversion unit 220. [

In step S400, the message conversion unit 220 determines whether the data message transmitted through step S300 is a message using the ISO / IEEE 11073 standard protocol or a message using the oneM2M standard protocol, and transmits the message using the ISO / IEEE 11073 standard protocol , It can analyze the data message, convert it into a message using oneM2M standard protocol, and transmit the converted message to the resource manager unit 230. [ Specifically, in step S400, the message conversion unit 220 converts the ISO / IEEE 11073 Present (Store Sensing Data) Request message including the biometric information data transmitted through step S300 into biometric information Data to an oneM2M Operation (Update) Primitive Request that can be updated in the resource tree, and transmits the converted message to the resource manager unit 230.

When converting the ISO / IEEE 11073 Present (Store Sensing Data) Request message into the oneM2M Operation (Update) Primitive Request message, the message converting unit 220 converts one ISO / IEEE 11073 Present A plurality of oneM2M Operation (Update) Primitive Request messages may be generated in the Store Sensing Data Request message.

In step S500, the resource manager 230 analyzes the message transmitted through step S400, updates the data included in the message in the resource tree, creates a message using the oneM2M standard protocol including the update result, To the conversion unit 220. Specifically, the resource manager unit 230 may generate a oneM2M Operation (Update) Primitive Response message including a resource update result and transmit the message to the message conversion unit 220. [

In step S600, the message conversion unit 220 converts the message using the oneM2M standard protocol transmitted through step S500 into a message using the ISO / IEEE 11073 standard protocol, and transmits the converted message to the network manager unit 210. [ Specifically, the message converting unit 220 converts the oneM2M Operation (Update) Primitive Response message into an ISO / IEEE 11073 Response message and transmits the message to the network manager unit 210. [

In step S700, the network manager unit 210 may transmit a message using the ISO / IEEE 11073 standard protocol transmitted through step S600 to the PHD 100. [ Specifically, the network manager 210 can transmit the ISO / IEEE 11073 Response message transmitted through step S600 to the PHD 100. [

Hereinafter, a protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol when the PHD 100 is connected to the CSE 2 300 through the CSE 200 will be described as another embodiment of the present invention 10 will be described.

10 is a diagram illustrating a protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol according to an embodiment of the present invention. In the protocol conversion method, when the PHD is connected to the CSE 2 through the CSE, And a protocol conversion method according to the present invention. 10, in the protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol according to the embodiment of the present invention, when the PHD 100 is connected to the CSE 2 300 through the CSE 200 The protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol is a method in which the CSE 200 establishes a connection with the PHD 100 when a connection establishment message is transmitted from the PHD 100, (S100); (2) receiving a measured data message from the PHD 100 (S200) after completing the connection setup with the PHD 100 through step S100; (3) in the network manager 210, The data conversion unit 220 transmits the data message received through step S200 to the message conversion unit 220 in step S300; (4) the message conversion unit 220 converts the data message transmitted in step S300 into the ISO / IEEE 11073 standard protocol And whether the message is one using the oneM2M standard protocol, and the ISO / IEEE (S400) of analyzing the data message and converting the message into a message using oneM2M standard protocol and transmitting the converted message to the resource manager 230 in the case of a message using the standard protocol, (S500) of updating the data included in the message in the resource tree when the destination of the message is the CSE (200) by analyzing the message transmitted through the step S400, (6) If it is determined in step S500 that the destination of the message is the CSE2 300 rather than the CSE 200, the resource manager 230 performs message conversion using the oneM2M standard protocol transmitted through step S400 (S600); (7) The message conversion unit 220 receives the message using the oneM2M standard protocol from the resource manager unit 230 through step S600, and then, in step S300, Transmitting the data message transmitted through the CSE 2 300 to the network manager 210 and transmitting the data message transmitted from the network manager 210 to the CSE 2 300 to be updated in the resource tree of the CSE 2 300 S700) and (8) When a message including the update result of step S700 is received from the CSE 2 300 at the network manager unit 210, the network manager unit 210 transmits a message to the PHD 100 And step S800. In step S800, the resource manager unit 330 generates a message using the oneM2M standard protocol including the update result and transmits the message to the message conversion unit 320. In the message conversion unit 320, the oneM2M standard protocol is transmitted And converting the used message into a message using the ISO / IEEE 11073 standard protocol and transmitting the converted message to the network manager 210 (S810).

After step S500, the CSE 200 creates a message using the oneM2M standard protocol including the update result of step S500 in the resource manager unit 230, and transmits it to the message conversion unit 220, The conversion unit 220 converts the message using the oneM2M standard protocol into a message using the ISO / IEEE 11073 standard protocol and transmits the converted message to the network manager unit 210. In the network manager unit 210, A message using the 11073 standard protocol can be transmitted to the PHD 100.

The CSE 2 300 includes the network manager 310, the message transformer 320 and the resource manager 330 in the same manner as the CSE 200 and performs the same process as the CSE 200 The data contained in the data message can be updated in the resource tree.

When the PHD 100 is connected to the CSE 2 300 through the CSE 200, the protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol is the same as the present invention, the ISO / IEEE 11073 standard protocol and the oneM2M As another embodiment of the protocol conversion method between standard protocols, specific technical features of the invention performed in each step are as follows. When PHD and CSE 200 according to an embodiment of the present invention are directly connected, ISO / May be substantially the same as the technical features of the invention performed at each stage of the protocol conversion method between the IEEE 11073 standard protocol and the oneM2M standard protocol.

For example, the connection establishment message includes an ISO / IEEE 11073 Association Request message used when establishing a connection to the CSE 200, and an ISO / IEEE 11073 Association Release Request And the data message is an ISO / IEEE 11073 Present (Store Sensing Data) Request message containing biometric information data measured by the PHD 100. In step S400, the message conversion unit 220 reads the ISO / An ISO / IEEE 11073 Present (Store Sensing Data) Request message including the transmitted biometric information data may be analyzed and converted into a oneM2M Operation (Update) Primitive Request message.

As described above, according to the protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol proposed in the present invention, by converting the protocol between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol, the ISO / IEEE 11073 standard protocol Can be applied to the Internet environment of objects without the need for additional upgrades and new standard protocols.

The present invention may be embodied in many other specific forms without departing from the spirit or essential characteristics of the invention.

100: PHD 200: CSE
210: network manager unit 220: message conversion unit
230: Resource manager section 300: CSE 2
310: network manager unit 320: message conversion unit
330: Resource manager section
S100: When a connection establishment message is transmitted from the PHD, a step of establishing a connection with the PHD
S110: analyzing data included in the ISO / IEEE 11073 Association Request message transmitted from the PHD, and determining whether or not information on the PHD is in the resource tree
S120: If it is determined in step S110 that the information on the PHD is not present in the resource tree, the IEEE / IEEE 11073 Association Response message is transmitted to the PHD, and in response, the ISO / IEEE 11073 Present Configuration) Request message, analyzing the received message, updating the information of the PHD in the resource tree, and completing the connection setup with the PHD
S 130: If it is determined in step S 110 that the information about the PHD is in the resource tree, a step of completing the connection setup with the PHD based on the information in the resource tree
S200: After completing the connection setup with the PHD through step S100, receiving the measured data message at the PHD
S300: The network manager unit transmits the data message received through step S200 to the message converter
S400: The message conversion unit determines whether the data message transmitted through step S300 is a message using ISO / IEEE 11073 standard protocol or a message using oneM2M standard protocol. If the message is a message using ISO / IEEE 11073 standard protocol, Analyzing the message, converting it into a message using oneM2M standard protocol, and transmitting the converted message to the resource manager
S500: The resource manager unit analyzes the message transmitted through step S400, updates the data included in the message in the resource tree, creates a message using the oneM2M standard protocol including the update result, and transmits the message to the message conversion unit step
S600: The message conversion unit converts the message using the oneM2M standard protocol transmitted through step S500 into a message using the ISO / IEEE 11073 standard protocol, and transmits the converted message to the network manager unit
S700: In the network manager unit, transmitting the message using the ISO / IEEE 11073 standard protocol transmitted through step S600 to the PHD
S100: When a connection establishment message is transmitted from the PHD, a step of establishing a connection with the PHD
S200: After completing the connection setup with the PHD through step S100, receiving the measured data message at the PHD
S300: The network manager unit transmits the data message received through step S200 to the message converter
In step S400, the message conversion unit determines whether the data message transmitted through step S300 is a message using the ISO / IEEE 11073 standard protocol or a message using the oneM2M standard protocol. If the message is a message using the ISO / IEEE 11073 standard protocol, Analyzing the message, converting it into a message using oneM2M standard protocol, and transmitting the converted message to the resource manager
S500: The resource manager analyzes the message transmitted through step S400 to determine the destination of the message, and if the destination of the message is the CSE, updating the data included in the message to the resource tree
S600: In step S500, when the destination of the message is determined as CSE2 instead of CSE, the resource manager unit transmits a message using the oneM2M standard protocol transmitted through step S400 to the message conversion unit
S700: After receiving the message using the oneM2M standard protocol from the resource manager unit in step S600, the message conversion unit transmits the data message transmitted in step S300 to the network manager unit, and transmits the data message transmitted from the network manager to the CSE 2 to be updated in the resource tree of CSE 2
S800: When a message including the update result from the CSE 2 to the step S700 is received at the network manager unit, the network manager unit transmits the message to the PHD
S810: The resource manager unit creates a message using the oneM2M standard protocol including the update result, and transmits the message to the message conversion unit. In the message conversion unit, the message using the oneM2M standard protocol is converted into a message using the ISO / IEEE 11073 standard protocol , And transmitting to the network manager

Claims (20)

(PHD) 100 and a Common Service Entity (CSE) as a protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol, (200) are directly connected to each other, the CSE (200)
(1) establishing a connection with the PHD 100 when a connection setup message is transmitted from the PHD 100 (S100);
(2) receiving (S200) a measured data message from the PHD 100 after connection establishment with the PHD 100 is completed through the step (1);
(3) transmitting (S300) the data message received through the step (2) to the message converting unit 220 at the network manager unit 210;
(4) The message conversion unit 220 determines whether the data message transmitted through step (3) is a message using the ISO / IEEE 11073 standard protocol or a message using the oneM2M standard protocol, Analyzing the data message, converting the data message into a message using oneM2M standard protocol, and transmitting the converted message to the resource manager unit 230 (S400);
(5) The resource manager 230 analyzes the message transmitted through the step (4), updates the data included in the message to the resource tree, and transmits the oneM2M standard protocol including the update result (S500) of creating a message to be used and transmitting it to the message converting unit 220;
(6) In the message converting unit 220, the message using the oneM2M standard protocol transmitted through the step (5) is converted into a message using the ISO / IEEE 11073 standard protocol and transmitted to the network manager unit 210 (S600); And
(7) transmitting (S700) the message using the ISO / IEEE 11073 standard protocol transmitted through the step (6) to the PHD 100 at the network manager unit 210,
In step (5), the CSE (200)
The resource manager 230 transmits the oneM2M Operation Update Primitive Response message including the resource update result to the message converter 220. The oneM2M standard protocol and oneM2M standard protocol Protocol conversion method.
2. The method of claim 1, wherein the connection setup message in step (1)
IEEE 11073 Association Release Request message used when establishing a connection to the CSE 200 and an ISO / IEEE 11073 Association Release Request message used to release a connection from the CSE 200. The ISO / Protocol conversion method between IEEE 11073 standard protocol and oneM2M standard protocol.
3. The method of claim 2, wherein the step (1)
(1-1) analyzing data included in the ISO / IEEE 11073 Association Request message transmitted from the PHD 100 and determining whether the information about the PHD 100 is in the resource tree (S 110) ;
(1-2) When it is determined in the step (1-1) that the information about the PHD 100 is not present in the resource tree, the PHD 100 transmits an ISO / IEEE 11073 Association Response message, IEEE 11073 Present (Notice Configuration) Request message including information on the PHD 100 transmitted from the PHD 100, analyzes the received message, and updates the information of the PHD 100 in the resource tree (S120) completing the connection setup with the PHD 100; And
(1-3) Completing the connection setup with the PHD 100 based on the information in the resource tree when determining in step (1-1) that the information about the PHD 100 is in the resource tree (S130). &Lt; / RTI &gt;&lt; Desc / Clms Page number 22 &gt;
4. The method of claim 3, wherein in step (1-1), the CSE (200)
IEEE 11073 Association Request message is converted into a oneM2M Operation (Retrieve) Request message in order to determine whether information on the PHD 100 is in the resource tree. OneM2M protocol conversion method between standard protocols.
4. The method of claim 3, wherein in step (1-2), the CSE (200)
IEEE 11073 standard protocol, characterized in that it converts an ISO / IEEE 11073 Present (Notice Configuration) Request message into a oneM2M Operation (Create) Primitive Request message to update the information of the PHD (100) And oneM2M standard protocol.
2. The method of claim 1,
The protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol is an ISO / IEEE 11073 Present (Store Sensing Data) Request message including biometric information data measured by the PHD 100.
7. The method of claim 6, wherein, in step (4), the CSE (200)
The message conversion unit 220 analyzes the ISO / IEEE 11073 Present (Store Sensing Data) Request message including the biometric information data transmitted from the PHD 100 and converts it into a oneM2M Operation (Update) Primitive Request message A protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol.
The method of claim 7, wherein in the message conversion unit (220)
When analyzing the ISO / IEEE 11073 Present (Store Sensing Data) Request message and converting it into a oneM2M Operation (Update) Primitive Request message, a plurality of oneM2M Operation (Update ) Primitive Request message can be generated. A protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol.
delete 2. The method of claim 1, wherein, in step (6), the CSE (200)
The message conversion unit 220 converts the oneM2M Operation Update Primitive Response message into an ISO / IEEE 11073 Response message and transmits the message to the network manager unit 210. [ And oneM2M standard protocol.
When the CSE 200 is connected to the CSE 2 300 through the PHD 100 and the CSE 200 as a protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol,
(1) establishing a connection with the PHD 100 when a connection setup message is transmitted from the PHD 100 (S100);
(2) receiving (S200) a measured data message from the PHD 100 after connection establishment with the PHD 100 is completed through the step (1);
(3) transmitting (S300) the data message received through the step (2) to the message converting unit 220 at the network manager unit 210;
(4) In the message conversion unit 220, it is determined whether the data message transmitted through the step (3) is a message using the ISO / IEEE 11073 standard protocol or a message using the oneM2M standard protocol, Analyzing the data message, converting the data message into a message using oneM2M standard protocol, and transmitting the converted message to the resource manager unit 230 (S400);
(5) The resource manager 230 analyzes the message transmitted through the step (4) to determine the destination of the message. If the destination of the message is the CSE 200, To the resource tree (S500);
(6) If it is determined in step (5) that the destination of the message is CSE2 (300) other than the CSE (200), the resource manager unit (230) Transmitting the message using the protocol to the message conversion unit 220 (S600);
(7) In the message converting unit 220, after receiving the message using the oneM2M standard protocol from the resource manager unit 230 through step (6), the message converting unit 220 transmits the data message transmitted through the step (3) (S700) of transmitting the transmitted data message to the CSE2 300 by the network manager 210 and updating the resource tree of the CSE2 300 by the network manager 210, ; And
(8) When the network manager unit 210 receives a message including the update result from step (7) from the CSE 2 300, the network manager unit 210 transmits the message to the PHD 100 (S800). The protocol conversion method between the ISO / IEEE 11073 standard protocol and the oneM2M standard protocol.
12. The method of claim 11, wherein after step (5), the CSE (200)
The resource manager 230 generates a message using the oneM2M standard protocol including the update result of step 5 and transmits the message to the message converter 220. In the message converter 220, converts the message using the oneM2M standard protocol into a message using the ISO / IEEE 11073 standard protocol and transmits the message to the network manager unit 210. The network manager unit 210 converts the transmitted ISO / IEEE 11073 standard protocol And transmitting the used message to the PHD (100).
12. The method of claim 11, wherein the CSE 2 (300)
And a resource manager unit 330. The data included in the data message is transmitted to the resource manager 310 through the process of steps 3 to 5. The network manager 310, the message converter 320, Gt; ISO / IEEE &lt; / RTI &gt; 11073 standard protocol and the oneM2M standard protocol.
12. The method of claim 11, wherein step (8)
(8-1) The resource manager unit 330 generates a message using the oneM2M standard protocol including the update result, and transmits the message to the message conversion unit 320. The message conversion unit 320 converts the message into oneM2M And converting the message using the standard protocol to a message using the ISO / IEEE 11073 standard protocol and transmitting the message to the network manager unit 210 (S810). Protocol conversion method between standard protocols.
12. The method of claim 11,
An IEEE / IEEE 11073 Association Release Request message used when establishing a connection to the CSE 200, and an ISO / IEEE 11073 Association Release Request message used to release a connection from the CSE 200. [ Protocol conversion method between ISO / IEEE 11073 standard protocol and oneM2M standard protocol.
12. The method of claim 11,
The protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol is an ISO / IEEE 11073 Present (Store Sensing Data) Request message including biometric information data measured by the PHD 100.
17. The method of claim 16, wherein, in step (4), the CSE (200)
The message conversion unit 220 analyzes the ISO / IEEE 11073 Present (Store Sensing Data) Request message including the biometric information data transmitted from the PHD 100 and converts it into a oneM2M Operation (Update) Primitive Request message A protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol.
The method of claim 17, wherein in the message conversion unit (220)
When analyzing the ISO / IEEE 11073 Present (Store Sensing Data) Request message and converting it into a oneM2M Operation (Update) Primitive Request message, a plurality of oneM2M Operation (Update ) Primitive Request message can be generated. A protocol conversion method between an ISO / IEEE 11073 standard protocol and a oneM2M standard protocol.
13. The method of claim 12, wherein the CSE (200)
The resource manager unit 330 transmits the oneM2M Operation Update Primitive Response message including the update result to the message conversion unit 220. The oneM2M Operation Update Primitive Response message includes the update result, Protocol conversion method ..
20. The method of claim 19, wherein the CSE (200)
The message conversion unit 220 converts the oneM2M Operation Update Primitive Response message into an ISO / IEEE 11073 Response message and transmits the message to the network manager unit 210. [ And oneM2M standard protocol.
KR1020160011193A 2016-01-29 2016-01-29 THE PROTOCOL CONVERTING METHOD BETWEEN ISO/IEE 11073 STANDARD PROTOCOL AND oneM2M STANDARD PROTOCOL KR101707446B1 (en)

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20100073028A (en) * 2008-12-22 2010-07-01 한국전자통신연구원 System and method for providing health care using universal health platform
US20160019294A1 (en) * 2014-07-18 2016-01-21 Convida Wireless, Llc M2M Ontology Management And Semantics Interoperability

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20100073028A (en) * 2008-12-22 2010-07-01 한국전자통신연구원 System and method for providing health care using universal health platform
US20160019294A1 (en) * 2014-07-18 2016-01-21 Convida Wireless, Llc M2M Ontology Management And Semantics Interoperability

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