Marco Aiello

Master

a.y. 2017/18

Smart Cities and Internet of Things Course Organization

Research

■ Prof. dr. Marco Aiello ■ Started in Stuttgart on April 1st, 2018

Active in: ■ automatic service composition ■ smart energy systems: buildings ■ smart energy systems: smart grids ■ smart energy systems: data centres

Current projects: ■ Energy saving in data centres (research collaboration with

Cognizant) ■ Complex energy networks: the interplay of gas and electricity

distribution (research collaboration with GasTerra) ■ Distributed clouds (industrial collaboration with Nerdalize)

IAAS - Smart Energy Systems and Services

The course explores the emerging concept of Smart cities from an architectural and technological perspective. Ubiquitous computing, Internet of Things (IoT), Service-Orientation, Wireless sensor networks, and Artificial Intelligence Planning are all relevant areas for creating smart cities. Three case studies recur in the course: smart mobility, smart buildings, and smart grids.

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of the courseGoal

• Operating Systems

• Distributed Systems

• Imperative and OO programming

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Prerequisites

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Tentative programme

Topic

Lecture 1: Course introduction, Smart City Definition, Case studies, Examples

Lecture 2: Ubiquitous Computing

Lecture 3: Wireless Sensor Networks part 1

Lecture 4: Wireless Sensor Networks part 2

Lecture 5: Localization

Lecture 6: Service-orientation, IoT architectures

Lecture 7: Case studies: smart mobility, smart buildings, smart grid

Lecture 8: Embedded operating systems (TinyOS, Raspberry Pi Linux, Andoird)

Lecture 9: Artificial Intelligence Planning for Smart systems

Lecture 10: Classical, CSP and HTN Planning

Lecture 11: Case studies: Planning for smart systems

Lecture 12: Social aspects of ICT for Smart cities

Lecture 13: Exam tryout

• Dr. Ilche Georgievski

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Practicals

• open

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Mode of Assessment

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• Present and Future of Smart Cities

• Provisioning and Governing Smart City IoT/Cloud Systems

• Managing Smart City Social Infrastructure

• Towards the Smart City of the Future

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Smart CitiesDustdar, Nastić, and Šćekić

• Mobile and Ubiquitous computing as a distributed system (Ch.19)

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Ubiquitous ComputingCoulouris, Dollimore, Kindberg and Blair

• Localization and positioning (Ch.9)

• Topology control (Ch.10)

• Routing protocols (Ch.11)

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Wireless Sensor NetworksKarl and Willig

• Artificial Intelligence Planning

• Pervasive Systems Environments

• HTN Planning

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Marco Aiello, Ilche Georgievski

Planning for Pervasive Systems

Artificial Intelligence for Things on the Go

May 26, 2017

Springer

Planning for Pervasive SystemsAiello and Georgievski

• soon available on-line

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Slides and additional material