RESTful M2M Gateway for Remote Wireless Monitoring for District Central Heating Networks

Cheng, Bo; Wei, Zesan

doi:10.3390/s141222447

Cited by 6 publications

(3 citation statements)

References 15 publications

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“…Figure 9 shows a basic framework of a web service based system. Devices especially sensors in manufacturing processes are encapsulated by a uniform devices abstraction approach based on Open Service Gateway Initiative (OSGi) technology [ 25 ], and heterogeneous data and device operations can be accessible with a uniform web service interface. It should be noted that, the details about the control on manufacturing devices are out of the scope of this paper which mainly seeks to solve the traceability problem.…”

Section: Prototype Systemmentioning

confidence: 99%

A PetriNet-Based Approach for Supporting Traceability in Cyber-Physical Manufacturing Systems

Huang

Zhu

Cheng

et al. 2016

Sensors

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With the growing popularity of complex dynamic activities in manufacturing processes, traceability of the entire life of every product has drawn significant attention especially for food, clinical materials, and similar items. This paper studies the traceability issue in cyber-physical manufacturing systems from a theoretical viewpoint. Petri net models are generalized for formulating dynamic manufacturing processes, based on which a detailed approach for enabling traceability analysis is presented. Models as well as algorithms are carefully designed, which can trace back the lifecycle of a possibly contaminated item. A practical prototype system for supporting traceability is designed, and a real-life case study of a quality control system for bee products is presented to validate the effectiveness of the approach.

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Section: Prototype Systemmentioning

confidence: 99%

A PetriNet-Based Approach for Supporting Traceability in Cyber-Physical Manufacturing Systems

Huang

Zhu

Cheng

et al. 2016

Sensors

Self Cite

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“…Most works of literature employ the OSGi technology to deploy a gateway for smart home application or Internet of things (IoT), vehicular network and so no. [7][8][9][10][11][12][13]. Fewer works of literature employ it to handle the rich applications, such as multimedia.…”

Section: Introductionmentioning

confidence: 99%

An IP Multimedia Subsystem Services Proxy Gateway Based on a JAVA Dynamic Module System

Chang

2018

Applied Sciences

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By virtue of the rapid development of the Information and Communication Technology (ICT), people have owned various devices connected to the Internet to enjoy various emerging application services, such as multimedia related services. IP Multimedia Subsystem (IMS) is the integration platform for multimedia application services and provides a rich feature set of converged services in the Next Generation Network (NGN). IMS services are accessed by a user anytime and anywhere through his/her personal self IMS device, e.g., mobile device, equipped with a Universal Subscriber Identity Module (USIM) card. People have owned various devices connected to the Internet at homes or offices. However, some devices can not access IMS services without USIM cards embedded, which is called non-IMS devices. People wish that more devices without USIM cards embedded should be connected to the Internet on which IMS services are accessed in addition to the mobile devices equipped with USIM cards. Accordingly, we propose an Open Service Gateway Initiative (OSGi)-based IMS service gateway, in which OSGi technology is the dynamic module system for JAVA. The proposed gateway is authorized by a personal self IMS device such that IMS services are accessed by non-IMS devices, in this paper. Moreover, these non-IMS devices rely on different networks to access technologies and network protocols and the IMS service gateway proposed here adopts the OSGi framework for no problem of integration.

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“…Previously, Earth‐based assets were responsible for providing navigation parameters such as computation of ranging signals,() using inertial measurements and through observation of orbital determinations. All of these methods require high computations that are not suitable for M2M communication architecture, as usually a typical node in such architecture comprises of 1Gb of memory and a standby time using 2.5 Ah battery.…”

Section: Introductionmentioning

confidence: 99%

Model for autonomous agents in machine‐to‐machine navigation networks

Ali

Shah

Aslam

2017

Int J Communication

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Machine-to-machine (M2M) is an evolving architecture and tends to provide enormous services through the swarm presence of the networked devices. Localization is one of those services. Previous localization techniques require complex computation that is not suitable and affordable in such architecture. Moreover, integrating intelligent multiagents on these ubiquitous devices makes the network more independent and reactive requiring for a less complex localization model. This paper reviews the present localization techniques and discusses their infeasibility for M2M communication while proposing a mathematical model that is derived from Anderson model for the distributed structure of machine-type-communication network involving autonomous agents. This paper has made an attempt to use the property of Anderson model that structures the distributed objects. This paper also classifies autonomous agents according to their functionalities in a navigational network. Recently, Anderson model have been customized for implication of optical communication; in this paper, the proposed mathematical model involves intelligent agents for localization that aim to reduce complexity of positioning computations for nodes having restricted computational resources and battery life, which are the main characteristics of M2M communication.

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RESTful M2M Gateway for Remote Wireless Monitoring for District Central Heating Networks

Cited by 6 publications

References 15 publications

A PetriNet-Based Approach for Supporting Traceability in Cyber-Physical Manufacturing Systems

A PetriNet-Based Approach for Supporting Traceability in Cyber-Physical Manufacturing Systems

An IP Multimedia Subsystem Services Proxy Gateway Based on a JAVA Dynamic Module System

Model for autonomous agents in machine‐to‐machine navigation networks

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