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Smart Energy - EUR

  • ECTS

    3 crédits

  • Composante

    Sciences Fondamentales et Appliquées


The part 1 addresses the problem of optimizing the quality of service
(QoS) required of a digital communication system when energy
consumption is constrained. These are strategies related to adaptive
modulations or the use of optical rather than electromagnetic
communications ... Quality of service can be define by transmission
distance, bit error rate, bit rate and requires knowledge of the link budget.

In the part 2, we define the constituent elements of an IOT ..., all the
elements "composing" their behaviour and in particular their consumption
characteristics. We will also look at the physics of some components. The
following chapters will be discussed: Sensors for IoT (temperature, gaz,
light…), antennas for IoT, transmitters / receivers for IoT Materials and
technologies for sensors, antennas, transceivers for IoT, harvesting and
storage module. Materials and processes for each device will be described.

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Heures d'enseignement

  • Smart Energy - EURCM26h
  • Smart Energy - EURTD34h

Pré-requis nécessaires

Methodology part of electronic design of IoT

Physics of components and semiconductors in IoT

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