Dr. Han H.

Dr. Han H.

France
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Activité

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Expérience

  • Graphique MongoDB

    MongoDB

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    New York, United States

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    Paris, Île-de-France, France

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    Région de Paris, France

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    Boulogne-Billancourt Area, France

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    Rennes Area, France

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    Paris Area, France

Formation

Licences et certifications

Publications

  • Refined Overlay Power Management in the Home Environment

    IEEE GREENCOM

    Autres auteurs

  • Collaborative Overlay Power Management based on the Delay-Power Tradeoffs

    IEEE FGCT

    This paper has awarded the【Best Paper Award】 in IEEE FGCT conference

    Autres auteurs
    Voir la publication

  • Green Home Network based on an Overlay Energy Control Network

    CRC press

    In this chapter, we have proposed energy-saving solutions based on an Overlay Energy Control Network. This proposition aims to reduce the energy consumption of the home network devices, and thus reduce the environmental impacts caused by the carbon footprint from electricity generation. The proposed Overlay Energy Control Network provides two efficient energy-saving solutions for home network devices. Compared to the two OECN solutions, the device self-controlled energy solution is the solution…

    In this chapter, we have proposed energy-saving solutions based on an Overlay Energy Control Network. This proposition aims to reduce the energy consumption of the home network devices, and thus reduce the environmental impacts caused by the carbon footprint from electricity generation. The proposed Overlay Energy Control Network provides two efficient energy-saving solutions for home network devices. Compared to the two OECN solutions, the device self-controlled energy solution is the solution that saves the least energy. The ZMS, which is based on a complete OECN, is more efficient in terms of energy saving, but it has a relatively high delay compared to the two other solutions. The ZOS, which is based on a partial OECN, is the second most efficient energy-saving solution. This solution also has a delay that is slightly greater than the device self-controlled energy solution but less than the ZMS.
    Our ZMS is proven to be an effective energy-saving solution. In addition, the ZOS is proven to be a good trade-off of energy saving and delay. This trade-off depends first and foremost on the selection of non-ZigBee devices and on the time each device takes to change state.

    Autres auteurs
    Voir la publication

  • HOPE: HOme Power Efficiency System for a Green Network

    IEEE INFOCOM 2013

    A home network represents an increasingly large portion of a household’s electrical consumption due to the increasing number of digital home devices and the increasing complexity of the underlying communication infrastructure. Limiting a home network’s power consumption is a priority for large institutions as witnessed by evolving regulation, and a priority for individual consumers wishing to reduce their electric bills. In this demonstration, we proposed a solution that aims at reducing power…

    A home network represents an increasingly large portion of a household’s electrical consumption due to the increasing number of digital home devices and the increasing complexity of the underlying communication infrastructure. Limiting a home network’s power consumption is a priority for large institutions as witnessed by evolving regulation, and a priority for individual consumers wishing to reduce their electric bills. In this demonstration, we proposed a solution that aims at reducing power consumption at both the device and network level. At the device level, our system can turn the devices off when they are not in operation and quickly turn them on when they are
    needed. At the network level, the solution is based on a new convergence layer denoted inter-MAC, which provides a common infrastructure to the different home network paths. In particular, the inter-MAC can be used to choose a greener path. Our solution on both levels is compatible and complementary to home network energy saving.

    Autres auteurs
    Voir la publication

Brevets

  • A repetition proxy for long distance communication between Bluetooth devices

    Émis le FR 1459280

    Autres inventeurs
    • Fabrice Fontaine

  • Detection mechanism of Bluetooth Low Energy devices (BLE) on the IP network using UPnP

    Émis le FR 1459283

    Autres inventeurs
    • Fabrice Fontaine

  • An adaptive proxy for compliance of the equipments to IEEE 1905 network

    Émis le FR Patent number 81261309 Application number 14 54940

    Autres inventeurs
    • fabrice fontaine

  • Mechanism to flatten power consumption of UPnP devices

    Émis le FR Patent number 81256742 Application number 14 52655

    Autres inventeurs
    • Fabrice Fontaine

  • Gestion améliorée des connexions réseau

    Émis le FR 1359446

    Autres inventeurs
    • Fabrice Fontaine

  • Procédé de contrôle de la consommation énergétique d’équipements d’un réseau de communication local

    Émis le FR 1352881

    Autres inventeurs

  • Economiser l’énergie du réseau domestique tout en maintenant la QoE de l’utilisateur

    Émis le FR 1261565

    Autres inventeurs

  • Technique de communication dans un réseau local

    FR 1362832

    Autres inventeurs
    • Fabrice Fontaine

Langues

  • Chinese

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  • French

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  • English

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