IoT Delegate: Smart Home Framework for Heterogeneous IoT Service Collaboration = IoT Delegate: Smart Home Framework for Heterogeneous IoT Service Collaboration

다국어 초록 (Multilingual Abstract)

With Internet of Things (IoT) technology, home environment becomes smarter than ever. Not only smart devices such as smart phone or smart TV, but also various IoT devices including sensor, smart thermostat, and smart scale has now become very common on the market. These devices have connectivity to the Internet, so that user can read data from the device or control the device using Internet technology. However, due to diversity of smart home requirements, device collaboration in smart home remains a challenging task still. Usually smart home is built with various technologies to fulfill its own purpose, and these purposes cover very wide area from controlling low-power sensor devices to controlling high-performance devices like smart TV and smart phone. This variety of smart home requirements makes smart home very complicated due to mixed network architecture, protocol and technology. In this paper, a framework to enable managing and collaborating heterogeneous IoT devices in smart home environment is proposed. Several programming models are defined in the proposed framework to make application development for heterogeneous devices more intuitive. The proposed framework has been implemented as a web service, and a case study with real-world smart home IoT devices is presented.

참고문헌 (Reference)

1 M. Brut., "When devices become collaborative : Supporting device interoperability and behaviour reconfiguration across emergency management scenario" 259-264, 2014

2 S. Bourobou., "User Activity Recognition in Smart Homes Using Pattern Clustering Applied to Temporal ANN Algorithm" 15 (15): 11953-11971, 2015

3 M. R. Palattella., "Standardized Protocol Stack for the Internet of(Important)Things" 15 (15): 1389-1406, 2013

4 B. Jin., "Specifying and detecting spatio-temporal events in the internet of things" 55 (55): 256-269, 2013

5 A. J. Jara., "Semantic Web of Things : an analysis of the application semantics for the IoT moving towards the IoT convergence" 10 (10): 244-272, 2014

6 J. Son., "Resource-aware smart home management system by constructing resource relation graph." 57 (57): 1112-1119, 2011

7 S. Nastic., "PatRICIA--A Novel Programming Model for IoT Applications on Cloud Platforms" 53-60, 2013

8 S. D. Kim., "Modeling BPEL-Based Collaborations with Heterogeneous IoT Devices" 289-294, 2014

9 D. Guinard., "Interacting with the SOA-Based Internet of Things : Discovery, Query, Selection, and On-Demand Provisioning of Web Services" 3 (3): 223-235, 2010

10 K. -K. DU., "Human machine interactive system on smart home of IoT" 20 : 96-99, 2013

11 S. Han., "DPWSim : A Devices Profile for Web Services(DPWS)Simulator" 1 (1):

12 A. Pintus., "Connecting Smart Things through Web Services Orchestrations" 6385 (6385): 431-441, 2010

13 R. Klauck., "Chatty things-Making the Internet of Things readily usable for the masses with XMPP" 60-69, 2012

14 J. Jin., "An Information Framework for Creating a Smart City Through Internet of Things" 1 (1): 112-121, 2014

15 M. Kovatsch., "Actinium : A RESTful runtime container for scriptable Internet of Things applications" 135-142, 2012

16 D. Sui., "A model of task collaboration with simulation for IOT" 1 : 331-335, 2011

17 S. Cirani., "A Scalable and Self-Configuring Architecture for Service Discovery in the Internet of Things" 1 (1): 508-521, 2014

18 Seung Woo Kum., "A Novel Design of IoT Cloud Delegate Framework to Harmonize Cloud-Scale IoT Services." 247-248, 2015