Use of distributed resources in mobile environment

Kallonen, Tommi; Porras, Jari

doi:10.1109/softcom.2006.329761

Cited by 13 publications

(9 citation statements)

References 5 publications

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“…It has been used for a cyber foraging application that performs barcode analysis [21]. Using the PeerHood environment, mobile clients dynamically discover distributed resources offering a service to analyze barcodes.…”

Section: Related Workmentioning

confidence: 99%

eyeDentify: Multimedia Cyber Foraging from a Smartphone

Kemp

Palmer

Kielmann

et al. 2009

2009 11th IEEE International Symposium on Multimedia

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The recent introduction of smartphones has resulted in an explosion of innovative mobile applications. The computational requirements of many of these applications, however, can not be met by the smartphone itself.The compute power of the smartphone can be enhanced by distributing the application over other compute resources. Existing solutions comprise of a light weight client running on the smartphone and a heavy weight compute server running on, for example, a cloud. This places the user in a dependent position, however, because the user only controls the client application.In this paper, we follow a different model, called cyber foraging, that gives users full control over all parts of the application. We have implemented the model using the Ibis middleware. We evaluate the model using an innovative application in the domain of multimedia computing, and show that cyber foraging increases the application's responsiveness and accuracy whilst decreasing its energy usage.

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Section: Related Workmentioning

confidence: 99%

eyeDentify: Multimedia Cyber Foraging from a Smartphone

Kemp

Palmer

Kielmann

et al. 2009

2009 11th IEEE International Symposium on Multimedia

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“…However, PeerHood confines to very local peer-to-peer communication, and continuous monitoring the environment consumes more processing time and battery in mobile devices. The concept of [4] [5] [6] are based on the middleware PeerHood. In [4], the authors described service discovery module in PeerHood and the process of discovering services.…”

Section: Related Workmentioning

confidence: 99%

“…Thus more connection time and transfer time will be needed. Use of distributed resources for remote execution in mobile environment is discussed in [6].…”

Section: Related Workmentioning

confidence: 99%

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P2PMOBILE - A Framework for Remote Execution in Mobile Environment

Zuo

2009

2009 Asia-Pacific Conference on Information Processing

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In the last decade, the popularity of mobile devices (such as smart-phones, personal digital assistance PDAs, laptops), together with the development of wireless connection technology has been making mobile computing highly discussed and studied by researchers. In this paper, we introduce P2PMOBILE, a new framework for utilizing distributed resources in heterogeneous network environment. P2PMOBILE is designed for allowing mobile users to fetch services and resources located in peer-to-peer nodes through their mobile devices. In our framework the peer lies in wired network and communicates with other peers through peer-to-peer protocol. They advertise their services and resources so that other peers can easily get access to these services and resources. Besides, P2PMOBILE enables mobile terminals to get access to these distributed resources and thus makes it possible to utilize these resources for remote execution of various tasks. The load of system is taken into consideration, and a novel approach to route the result of execution back to mobile users is presented in P2PMOBILE. We use image process as an example to test our framework in the end.

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“…As several researchers [5,6] have already demonstrated the viability and benefits of this task migration, in this work we assume the benefit of this remote task execution and we will focus on the behaviour of device's connections in a changing mobile environment. Other features as the power consumption saving, transmission cost and time delays are outside the scope of this thesis.…”

Section: Introductionmentioning

confidence: 99%

Addressing mobility issues in mobile environment

Zhang

Hämäläinen

Porras

2008

Proceedings of the 1st Workshop on Mobile Middleware: Embracing the Personal Communication Device

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Instructor:Arto Hämäläinen ResumenDesde el principio de la última década, el uso de los dispositivos móviles creció exponencialmente impulsado por el avance tecnológico y la personalización. Sin embargo, la movilidad y limitación de recursos son dos características innatas de los dispositivos móviles, y dichas características provocan que continuemos tratando las redes fijas y móviles como dos tipos de redes independientes y de difícil interacción mutua.PeerHood es un diseño de red P2P que considera tanto dispositivos fijos como móviles como parte esencial de un escenario real de distribución de red. sus características principales estan basadas en Environment Awareness, interacción entre dispositivos en diferentes protocolos de red, y un diseño P2P destructurado. Como resultado, PeerHood abre un amplio abanico de posibilidades, tal como intercambio de ficheros entre dispositivos fijos y móviles, control remoto, distribución de recursos de la red y Social Networking.No obstante, las características citadas anteriormente de los dispositivos móviles representan un serio obstáculo y desafío para PeerHood y en este proyecto proponemos una solución basado en PeerHood, añadiendo funciones como Total Environment Awareness y Node Interconnectivity, para lograr una conexión fiable y flexible que se adapta a un entorno móvil cambiante de la maneras más eficiente posible. Entre las tecnologías inalámbricas existentes, Bluetooth fue elegido para la implementación.La estructura de este proyecto será la siguiente: tras la introducción en el primer capítulo, en el segundo capítulo realizaremos un repaso a la última versión de PeerHood, sus características y principales funcionalidades. En capítulo tres, vamos a analizar en detalle el algoritmo de descubrimiento de dispositivos y sus ventajas. En capítulo cuatro discutiremos el sistema de interconexión de dispositivos remotos. En capítulo cinco analizaremos el escenario problemático y la implementación de los diseños anteriores como solución.Finalmente en el capítulo seis expondremos nuestra conclusión basada en los resultados obtenido a partir de la implementación. AbstractSince the beginning of the decade, the use of mobile devices has increased dramatically due to the continuous advances in capability and personalization of the devices. Nevertheless, the dynamic nature and resource limitation of mobile devices make us still consider fix-and mobile networks separately and easy wireless interaction between these two networks is difficult.PeerHood is an emerging mobile peer to peer network solution which considers both (fix and mobile devices) as essential parts of the real wireless environment. It offers environment awareness, connection between devices under different network technology and an unstructured peer to peer network design. As the result, it opens a potential range of applications and possibilities, such as free interaction between fix and mobile network, remote control, resources distribution or social networking.However, the characteristics of mobile devices repr...

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Use of distributed resources in mobile environment

Cited by 13 publications

References 5 publications

eyeDentify: Multimedia Cyber Foraging from a Smartphone

eyeDentify: Multimedia Cyber Foraging from a Smartphone

P2PMOBILE - A Framework for Remote Execution in Mobile Environment

Addressing mobility issues in mobile environment

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