The Design of NFC Based Applications

Benyo, B.; Vilmos, András; Kovács, Katalin; Kutor, L.

doi:10.1109/ines.2007.4283711

Cited by 14 publications

(5 citation statements)

References 1 publication

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“…A generalised approach for the design and development of NFC applications have been described in [6,5]. The state of the art and future directions for the NFC applications have been discussed in [18].…”

Section: Related Workmentioning

confidence: 99%

Semantically Interlinked Notification System for Ubiquitous Presence Management

Mehmood

Ali

Fagan³

et al. 2013

On the Move to Meaningful Internet Systems: OTM 2013 Conferences

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Abstract. Presence based notification systems play a pivotal role in any collaborative working environment by providing near real time information about the status, locality and presence of the collaborators. Instant Messaging (IM) tools provide a simple low cost solution to support communication and collaboration in the working environment. With the wide adoption of smart phones, there is an increasing trend of using IM clients on mobile devices for exchanging and managing presence information. However, in modern organisations the use of collaborative tools is not limited only to IMs, but various other tools are also used, such as project management tools, meeting agenda, calendar and alike. In this paper we design, develop and implement an agile platform for ubiquitous presence management that relies on semantically interlinked vocabularies, existing information extraction tools for semantic enhancement of heterogeneous enterprise collaborative tools, continuous query processing for semantic integration and event detection in dynamic environment, and semantic transformation via query language for event-triggered notification actions based on the users context. We showcase our proposed solution by demonstrating a real world scenario for Cisco's Unified Presence System and we evaluate our solution in terms of requirements for Ubiquitous Presence Management System (UPMS) compared to related solutions, and overhead of each additional processing step, namely semantic transformation, continuous query processing and notification.

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Section: Related Workmentioning

confidence: 99%

Semantically Interlinked Notification System for Ubiquitous Presence Management

Mehmood

Ali

Fagan³

et al. 2013

On the Move to Meaningful Internet Systems: OTM 2013 Conferences

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“…The StoLPaN host application (Benyo et al, 2007) allows the collaboration among the diverse applications, diverse service providers, diverse network operators and the diverse of type of mobile devices. The host is able to support multiple NFC services, provide access to the phone's resources and facilitates the loading, use, maintenance and deletion of third party NFC enabled applications via common API between the third party application and the mobile device's, common API between the service provider and the third party's application provisioning Platform, simplifying validation of adherence to their service level agreements.…”

Section: Proposed Platform Combining Pocemon and Stolpanmentioning

confidence: 99%

CREATING A LOC BASED PORTABLE HEALTH-CARE PLATFORM - Using a Universal Mobile NFC Host Environment

Akhgar

Rahman

Jopek³

et al. 2009

Proceedings of the International Conference on Health Informatics

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This paper presents our recent plan to provide support for a portable diagnostic health care platform (namely POCEMON) based on Lab-On-Chip (LOC) concept. The idea is based on our achievements on creating a host environment that combines mobile phones/PDAs with the Near Field Communication (NFC) wireless technology to further support mobile diagnostic health care applications. NFC enabled mobile phone based host environment works as a reference platform regardless of the phone type and the nature of the services required. In connection to this, we will describe further insights on how this cutting edge technology may be leveraged in the health care sector providing efficient point-of-care monitoring and diagnosis.

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“…RFID tags can be very easily placed into user environment. Furthermore, with NFC (Near Field Communication) technology we can use the mobile phone to read RFID tags and activate services [1]. As a result, we can use mobile phones to control the services.…”

Section: Reaches Framework Overviewmentioning

confidence: 99%

Controlling multimedia players using NFC enabled mobile phones

Sánchez

Cortés

Riekki

2007

Proceedings of the 6th International Conference on Mobile and Ubiquitous Multimedia

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Multimedia content is commonly manipulated using a keyboard and a mouse. We propose an innovative way of controlling multimedia services using mobile phones equipped with NFC (Near Field Communication) compliant RFID readers. A user activates multimedia content by touching an RFID tag. This action configures the mobile phone as a remote control for the multimedia content. The user sends commands such as play, pause and stop, using the phone's UI. The multimedia content is shown on a wall display. This approach has several benefits: a common and easy-to-use user interface, off-the-self components, and lightweight implementation. We have not created any new technology, but our system makes use of widely used ones. The innovation of our system comes up on how all these technologies are glued together to get a light and flexible system. We present three prototypes: an interactive advertising catalogue, a video player and a slideshow viewer.

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The Design of NFC Based Applications

Cited by 14 publications

References 1 publication

Semantically Interlinked Notification System for Ubiquitous Presence Management

Semantically Interlinked Notification System for Ubiquitous Presence Management

CREATING A LOC BASED PORTABLE HEALTH-CARE PLATFORM - Using a Universal Mobile NFC Host Environment

Controlling multimedia players using NFC enabled mobile phones

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