PROCESS-BASED INTER-THING COLLABORATION APPARATUS AND METHOD IN WEB OF THINGS ENVIRONMENT

• US 20150081798A1
• Filed: 09/17/2014
• Published: 03/19/2015
• Est. Priority Date: 09/17/2013
• Status: Abandoned Application

• Current Assignee: Electronics and Telecommunications Research Institute
• Original Assignee: Electronics and Telecommunications Research Institute
• Inventors: LEE, Yong-Joon, BANG, Hyo-Chan, KIM, Mal-Hee
• Application Number:
  US14/489,432
• Publication Number:
  US 20150081798A1
• Time in Patent Office: Days
• US Class Current: 709/205
• CPC Class Codes: H04L 41/0803 Configuration setting
• CPC Class Codes: H04L 67/10 in which an application is distributed across nodes in the network software deployment G06F8/60; multiprogramming arrangements G06F9/46
• CPC Class Codes: H04L 67/562 Brokering proxy services

Abstract

Disclosed herein is a process-based inter-thing collaboration apparatus and method in a Web of Things (WoT) environment, which can perform dynamic collaboration between things in a WoT environment. The presented apparatus includes an inter-thing collaboration design tool unit for designing an Inter-Thing Collaboration Process (ITCP) based on information of things including a device, a service, and a process, and an inter-thing collaboration management unit for dynamically configuring an inter-thing collaboration community based on context information of the things, and executing the ITCP designed by the inter-thing collaboration design tool unit.

Claims

1. A process-based inter-thing collaboration apparatus in a Web of Things (WoT) environment, comprising:

an inter-thing collaboration design tool unit for designing an Inter-Thing Collaboration Process (ITCP) based on information of things including a device, a service, and a process; and

an inter-thing collaboration management unit for dynamically configuring an inter-thing collaboration community based on context information of the things, and executing the ITCP designed by the inter-thing collaboration design tool unit.

2. The process-based inter-thing collaboration apparatus of claim 1, wherein the inter-thing collaboration design tool unit comprises:

an ITCP modeler unit for modeling the ITCP and then generating an ITCP specification; and

an ITCP execution plan generation unit for interpreting the ITCP specification generated by the ITCP modeler unit and then generating web service code.

3. The process-based inter-thing collaboration apparatus of claim 2, further comprising an application registration storage unit for storing the web service code generated by the ITCP execution plan generation unit.

4. The process-based inter-thing collaboration apparatus of claim 2, wherein the inter-thing collaboration management unit comprises:

an ITCP management engine unit for dynamically allocating things required to execute the web service code, and executing and monitoring the web service code; and

a web service broker unit for binding a suitable service to the web service code in response to a request received from the ITCP management engine unit, and calling and executing a corresponding service via a web service interface.

5. The process-based inter-thing collaboration apparatus of claim 4, wherein the ITCP management engine unit is implemented in a distributed structure having a plurality of engines to perform collaboration.

6. The process-based inter-thing collaboration apparatus of claim 2, wherein the ITCP specification is a BPMN process specification and is represented in a natural language or XML.

7. The process-based inter-thing collaboration apparatus of claim 2, wherein:

the web service code is Representational State Transfer (REST)ful web service code, and

the ITCP execution plan generation unit interprets the ITCP specification and then converts the ITCP specification into RESTful web service code written by a REST Application Programming Interface (API).

8. The process-based inter-thing collaboration apparatus of claim 1, further comprising a thing registration storage unit for storing metadata of the things, a thing context information storage unit for storing context information of the things, and a thing resource storage unit for storing resource information of the things.

9. The process-based inter-thing collaboration apparatus of claim 8, further comprising a thing recommendation unit for analyzing data of the thing registration storage unit and the thing context information storage unit and recommending things.

10. The process-based inter-thing collaboration apparatus of claim 8, further comprising a context awareness unit for providing context information of the things to the inter-thing collaboration management unit with reference to data of the thing context information storage unit.

11. The process-based inter-thing collaboration apparatus of claim 8, wherein the thing registration storage unit has a data structure represented by a form of an Entity-Relationship (E-R) model, wherein the E-R model includes thing entity including device and virtual thing and having multiple resources, wherein the device entity includes sensor and actuator, and the virtual thing entity includes service and process, and wherein the service entity includes identifier (ID), function, input, and output attributes, the process entity includes ID, name, function, and flow attributes, and a task entity includes ID, function, input, and output attributes, and link to a task to be subsequently executed, and wherein the process entity and the task entity access the thing entity via the service entity.

12. The process-based inter-thing collaboration apparatus of claim 8, wherein the thing context information storage unit has a data structure represented by a form of an E-R model, wherein the E-R model includes a community entity having multiple members, each having context entity, wherein information of context includes 5 W (who, what, when, where and why) and rules for processing the 5 W information.

13. The process-based inter-thing collaboration apparatus of claim 8, wherein the thing resource storage unit has a data structure having a form of a resource tree represented by a Uniform Resource Identifier (URI), wherein the resource tree includes thing resources having multiple thing-ID resources as children, the thing resources include device resource, service resource, and process resource implemented in a form of a tree structure on the plurality of thing-ID resources, and the process resource includes task resource and event resource, and

the device resource, the service resource, the process resource, the task resource, and the event resource are connected via hyperlink.

14. The process-based inter-thing collaboration apparatus of claim 1, wherein the inter-thing collaboration community includes a plurality of things required to execute the ITCP, and is configured such that a group allocated to a task of the ITCP is bound as things with reference to context information of the things.

15. A process-based inter-thing collaboration method in a WoT environment, comprising:

designing, by an inter-thing collaboration design tool unit, an ITCP based on information of things including a device, a service, and a process; and

dynamically configuring, by an inter-thing collaboration management unit, an inter-thing collaboration community based on context information of the things, and executing the ITCP.

16. The process-based inter-thing collaboration method of claim 15, wherein designing the ITCP comprises:

modeling the ITCP and then generating an ITCP specification; and

interpreting the ITCP specification and then generating web service code.

17. The process-based inter-thing collaboration method of claim 16, wherein dynamically executing the ITCP comprises:

dynamically allocating the things based on metadata of the things and the context information of the things;

authenticating the dynamically allocated things and then configuring the inter-thing collaboration community;

executing and monitoring the web service code within a space of the inter-thing collaboration community; and

binding a suitable service to the web service code in response to a request received at monitoring, and calling and executing a corresponding service through a web service interface.

18. The process-based inter-thing collaboration method of claim 15, wherein the inter-thing collaboration community includes a plurality of things required to execute the ITCP, and is configured such that a group allocated to a task of the ITCP is bound as things with reference to context information of the things.