Building a ubiquitous platform for remote sensing using smartphones

Trossen, Dirk; Pavel, Dana

doi:10.1109/mobiquitous.2005.16

Cited by 16 publications

(9 citation statements)

References 3 publications

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“…Moreover, the system introduced for the first time the concept of the M-health service layer, which integrated the intra-BAN and extra-BAN communication, making applications independent from specific characteristics of the underlying communication protocols. This concept of sensor virtualisation and reusable mobilecentric, wireless sensing platform was further developed by the Nokia Remote Sensing (NORS) project [16]. The NORS platform aimed at exploiting the artificial intelligence in several ubiquitous devices that connect locally to sensors and remotely with servers.…”

Section: Related Workmentioning

confidence: 99%

Logic-Centered Architecture for Ubiquitous Health Monitoring

Lewandowski

Arochena

Naguib

et al. 2014

IEEE J. Biomed. Health Inform.

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Abstract:One of the key points to maintain and boost research and development in the area of Smart Wearable Systems (SWS) is the development of integrated architectures for intelligent services, as well as wearable systems and devices for health and wellness management. This paper presents such a generic architecture for multi-parametric, intelligent and ubiquitous wireless sensing platforms. It is a transparent, smartphone-based sensing framework with customisable wireless interfaces and plug'n'play capability to easily interconnect third party sensor devices. It caters for Wireless Body (BAN), Personal (PAN) and Near-me (NAN) Area Networks. A pivotal part of the platform is the integrated inference engine/runtime environment that allows the mobile device to serve as a user-adaptable personal health assistant. The novelty of this system lays in a rapid visual development and remote deployment model. The complementary visual Inference Engine Editor that comes with the package enables Artificial Intelligence specialists, alongside with medical experts, to build data processing models by assembling different components and instantly deploying them (remotely) on patient mobile devices. In this paper the new logic-centred software architecture for ubiquitous health monitoring applications is described, followed by a discussion as to how it helps to shift focus from software and hardware development, to medical and health process-centred design of new SWS applications.

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Section: Related Workmentioning

confidence: 99%

Logic-Centered Architecture for Ubiquitous Health Monitoring

Lewandowski

Arochena

Naguib

et al. 2014

IEEE J. Biomed. Health Inform.

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“…A detailed analysis of several issues involved in the WoT approach is presented in [11]. Further, in [12] use the same approach to design and develop an end-to-end IP based tailored for power consumption optimisation.The idea of exploiting the intelligence and computational power of mobile devices to locally process sensors data is presented in [13].…”

Section: Related Workmentioning

confidence: 99%

A Novel Approach to Web of Things: M2M and Enhanced Javascript Technologies

Catania

Torre

Monteleone

et al. 2012

2012 IEEE International Conference on Green Computing and Communications

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M2M represents a future where billions to trillions of everyday objects and the surrounding environment are connected and managed through a range of devices, communication networks, and cloud-based servers. In particular, the Web of Things (WoT) approach exploits some common standard web technologies to address the problem of access and connectivity of such devices. In this paper the usage of the "browser paradigm" within M2M is explored proposing a solution to provide a secure, multi user and cross domain approach to the WoT: the new webinos platform is an effective way of addressing some of the most common issues of these kind of networks. Furthermore, we show how the standard and open source essence of the platform can encourage WoT actors to adopt webinos as a common middleware to increase interoperability across such heterogeneous ecosystem of devices.

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“…These gateway devices should have at least two network interfaces, one facing the connected objects and another one facing the Internet, and physically can range from dedicated servers to mobile devices (e.g., smartphones, tablets). The latter is particularly useful for scenarios that involve the mobility of the users [8]. With the increasing needs of everyday objects to be connected to the Internet, new technologies have been developed to extend the Internet to small devices [9,10], such as Internet protocol version 6 (IPv6) over low-power area networks (6LoWPAN) [11,12] and GLoWBALIPv6 [13].…”

Section: Introductionmentioning

confidence: 99%

Information Integration Platform for Patient-Centric Healthcare Services: Design, Prototype and Dependability Aspects

Trinugroho

2014

Future Internet

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Abstract:Technology innovations have pushed today's healthcare sector to an unprecedented new level. Various portable and wearable medical and fitness devices are being sold in the consumer market to provide the self-empowerment of a healthier lifestyle to society. Many vendors provide additional cloud-based services for devices they manufacture, enabling the users to visualize, store and share the gathered information through the Internet. However, most of these services are integrated with the devices in a closed "silo" manner, where the devices can only be used with the provided services. To tackle this issue, an information integration platform (IIP) has been developed to support communications between devices and Internet-based services in an event-driven fashion by adopting service-oriented architecture (SOA) principles and a publish/subscribe messaging pattern. It follows the "Internet of Things" (IoT) idea of connecting everyday objects to various networks and to enable the dissemination of the gathered information to the global information space through the Internet. A patient-centric healthcare service environment is chosen as the target scenario for the deployment of the platform, as this is a domain where IoT can have a direct positive impact on quality of life enhancement. This paper describes the developed platform, with emphasis on dependability aspects, including availability, scalability and security.

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Building a ubiquitous platform for remote sensing using smartphones

Cited by 16 publications

References 3 publications

Logic-Centered Architecture for Ubiquitous Health Monitoring

Logic-Centered Architecture for Ubiquitous Health Monitoring

A Novel Approach to Web of Things: M2M and Enhanced Javascript Technologies

Information Integration Platform for Patient-Centric Healthcare Services: Design, Prototype and Dependability Aspects

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