Modeling and Coordinating Social Interactions in Pervasive Environments

Kabir, Muhammad Ashad; Han, Jun; Colman, Alan

doi:10.1109/iceccs.2011.31

Cited by 18 publications

(28 citation statements)

References 27 publications

(29 reference statements)

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“…However, there is a lack of research that applies ontology and social paradigms in designing such systems. Kabir et al (2011), Kabir (2013) and Kabir et al (2013) emphasize evidence of limited work focusing on socially-aware applications. Thus, the following section introduces the approach combining social reasoning, ontology models, and the organization theory notions to enable context-sensitive behaviour of a mobile device in a computing system.…”

Section: Related Workmentioning

confidence: 99%

Sociology Paradigms for Dynamic Integration of Devices into a Context-Aware System

Kamberov

Granell

Santos

2017

Journal of Information Systems Engineering & Management

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Ubiquitous and mobile context-aware computing is an essential component of the smart cities infrastructure. Widely available wireless networks, the maturity level of distributed computing and the increasing number of mobile devices have significantly influenced the human experience with computing. In the present paper, we discuss the need for a model that will be able to represent a formal structure of a context-aware system in a device. The core functionality of the model is expected to expose context-aware behaviour and support dynamic integration of mobile devices and context-aware behaviour. The major contribution of this work is to identify deficiencies of the existing model which is using the notions from sociology such as Role, Ownership and Responsibility.

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Section: Related Workmentioning

confidence: 99%

Sociology Paradigms for Dynamic Integration of Devices into a Context-Aware System

Kamberov

Granell

Santos

2017

Journal of Information Systems Engineering & Management

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“…Here we use Social information seeking and publishing can be achieved through approaches such as social network analysis, social search, social tagging, folksonomies, social ranking, collaborative filtering, recommender systems, mashups, query log processing etc. [4], [5], [17]. These are means to achieving the 'services' that can be provided by social contacts.…”

Section: Socially-augmented Softwarementioning

confidence: 99%

Socially-Augmented Software: Empowering Software Operation Through Social Contacts

Ali

Jiang

Doğan

2013

2013 International Conference on Cloud and Green Computing

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Abstract-It is commonly agreed that a network of contacts can be an invaluable resource for an individual to obtain information and carry out certain tasks. However, this is still unexploited by software (i.e., contacts are not engaged when software acts to achieve the requirements of a user). Till recently, contacts and social relationships were hard to capture and manage by software and, thus, it was infeasible to use them to empower the operation of software. The emergence of social networks made it possible to realise a new kind of softwaremediated social relationships which would enable what we call "socially-augmented operation". In this position paper, we propose socially-augmented software, which can benefit from network of contacts of users including individuals and organizations to fulfil their requirements. We articulate our view and discuss fundamental concepts of this new paradigm. A set of research challenges to better enable socially-augmented operations in software development will be also presented in the discussion.

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“…Players (e.g., drivers) play roles and interact with other players in such organizations, and consequently utilize these interaction-relationships and react to changes in them. In particular, we model interactionrelationships from both domain-and player-perspectives [3].…”

Section: Our Solutionmentioning

confidence: 99%

“…To support map, we use Google APIs for android. To interact with web server and process SOAP messages, we use ksop2 3 -a lightweight SOAP library for the android platform. Our application has three fundamental views such as convoy, settings and interactions.…”

Section: B Client Application Developmentmentioning

confidence: 99%

“…In this paper, we leverage our service-oriented approach to modeling and coordinating interactions [3] to address the challenges of developing flexible, interoperable and costeffective cooperative convoy telematics systems (namely "SocioTelematics"). We present our approach to designing and developing SocioTelematics systems starting from analysing and modeling interaction-relationships between a vehicle and other entities with coordination preferences.…”

Section: Introductionmentioning

confidence: 99%

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SocioTelematics: Leveraging Interaction-Relationships in Developing Telematics Systems to Support Cooperative Convoys

Kabir

Han

Colman

et al. 2012

2012 9th International Conference on Ubiquitous Intelligence and Computing and 9th International Conference on Autonomic and Tr

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Abstract-In a cooperative convoy, a vehicle interacts with other vehicles, service providers and infrastructure systems to make the travel safe and convenient. Through these interactions a vehicle can share its domain-specific information -acquired from service providers and infrastructure -with other vehicles in the convoy. Such interactions are subject to defined agreements and constraints between the entities (i.e., vehicle to vehicle, vehicle to service providers, and so on), which may need to adapt with the changes of requirements. Also a driver may want to automate certain interactions to reduce distraction during driving. A cooperative convoy telematics system should support collaboration (i.e., allow drivers to share specific travel information) and coordination, and be able to cope with the changes.In this paper, we address these issues and demonstrate how our interaction-relationship modeling technique can be exploited to develop a telematics system provides such flexibility. This system allows interactions and coordination preferences explicitly specified and updated to cope with the changes. In particular, our service oriented implementation enhances flexibility and adaptability of the system making it easily deployable and changeable. We have implemented a prototype based on a client-server architecture where the client application is developed for Android and the server is running on the Amazon cloud. The system's performance and resource consumption were evaluated using real-life experiments.

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Modeling and Coordinating Social Interactions in Pervasive Environments

Cited by 18 publications

References 27 publications

Sociology Paradigms for Dynamic Integration of Devices into a Context-Aware System

Sociology Paradigms for Dynamic Integration of Devices into a Context-Aware System

Socially-Augmented Software: Empowering Software Operation Through Social Contacts

SocioTelematics: Leveraging Interaction-Relationships in Developing Telematics Systems to Support Cooperative Convoys

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