Intro. To Smart Systems & Cities, ESMA 2201
Intro. To Smart Systems & Cities, ESMA 2201Electrical & Smart Systems Department, Islamic University of GazaDr. Hatem ElaydiFall 2019
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Instructor InformationCourse: EMSA 2201 Intro. to smart systems & citiesSemester: Fall 2019Prerequisites: NATextbook: Andries van Dijk & Hans Teuben, Smart Cities: How rapidadvances in technology are reshaping our economy andsociety, Deloitte, The Netherlands, 2015 Additional Reading MaterialsInstructor: Dr. Hatem Elaydi, Room: B338, Phone: 2853,email: helaydi@iugaza.edu.psOffice Hours: 11-1230 ST, 10-13 SM2
H Song, R Srinivasan, T Sookoor, and S JeschkeReferences(2017 Smart Cities: Foundations, Principles, andApplications, John Wiley &Sons, Inc. Albino, Vito & Berardi, Umberto & Dangelico,Rosa. (2015) Smart Cities: Definitions,Dimensions, Performance, and Initiatives.Journal of Urban Technology. A. Townsend(2014) Smart Cities: Big Data, CivicHackers, and the Quest for a New Utopia. NewYork: W.W. Norton & Company. P Nicopolitidis & M S Obaidat (2016) SmartCities and Homes, Morgan Kaufmann.7
Course description In recent decades, technology has become the primary factor in driving economic growthwith innovative ideas. Technology innovation is on extraordinary pace and widespread;however, being familiar with its nature and understand its attributes will enable taking fulladvantage of it. This course intends to introduce important approaches to technology innovation, analyzekey ICT innovation trends from a strategic perspective and discuss questions of managinginnovation. Technology has been incorporated by cities for many years. However, the pace atwhich this adoption takes place is increasing rapidly as disruptive digital technologieshave the potential to solve major metropolitan challenges. Students will gain an understanding of innovation concepts, terminology and currenttrends. They will be able to evaluate ideas based on their innovative value, feasibilityand viability and also to make reasonable decisions using modeling and analysis. Students will also practice critical thinking and learn how to gather and purposelyuse qualitative and quantitative methods to assess and facilitate innovation.4
Course Objectives to analyze the concept of smartsystems in the context of smartcities. to study the concept ofintelligent systems. to distinguish the meaning ofsmart and the degree ofsmartness to compare cities and systems interms of smartness to design a smart application.A major course objective is toidentify smart systems and citiescharacteristics, use a variety oftechniques to compare theirperformance, and finally follow upsmart technology and innovations.The fundamental objective of thecourse is to study smart systemsand innovations and be able toset up metrics to compare theirperformance.3
Course GradingExamsMidterm 20%Final 40%Quizzes Homework Project10 quizzes10%20%10%5
HomeworkFEITQuizzesCurriculum Homework is an essential part of this courseand will be issued on weekly basis and is due onthe same day a week later (in class). No latehomework will be accepted. Quizzes will be given during the lecturetime totaling about 11 quizzes with lowestbeing dropped.8
OutcomesUpon successfulcompletion of thiscourse, the studentwill be able to: Be familiar with the central concepts in innovation, likeinnovation cycles, sustained innovations, etc. Understand critical TI components like the thirdplatform (cloud computing, Big Data and the power ofsocial and mobile computing) Investigate the concept of Smarter Planet, smartersolutions Demonstrate the understanding of Startups, OpenInnovation and API Economy, Artificial intelligence,smart systems and the cognitive era, IoE and meshcomputing. Analyze the future trends based on technologyoutlooks – where are we now and where are weheading10
OutcomesUpon successfulcompletion of thiscourse, the studentwill be able to: Applying of the techniques based on examples ofsignificant ICT companies, from startups to industryleaders like Apple, IBM, Google, Amazon and others You will be able to critically analyze, even practice“how to enable” innovation10
Week1: Syllabus, and introduction; Week 2: T he Digital EconomyDetailed Syllabus Week 3: Smart Cities: Overview, Benefits andChallenges Week 4: Innovation concepts, theories. The diffusionmodel and disruptive innovation Week 5-7: Disruptive Technologies: Mobile, DigitalPlatforms, Internet of Things, Big Data, Open Data,WeeksCognitive Computing, 3D Printing, Social Robots, SelfDriving Vehicles, Drones Week 8: Smarter Planet, Openness and innovation ecosystems (Instrumented, Interconnected, Intelligent)(11
Week 9-12: Smart Solutions per sector: Smart Mobility,Smart Safety, Smart Energy, Smart Water, Smart Waste,Smart Buildings, Smart Homes, Smart Health, SmartDetailed Syllabus Education, Smart Finance, Smart Tourism and Leisure,Smart Retail, Smart Logistics, Smart Manufacturing,Smart Construction, Smart Government Week 13: Foundational Systems and Infrastructure Week 14: Smart Cities of the WorldWeeks11
THANKYOUFor Your AttentionAny Questions?
Rosa. (2015) Smart Cities: Definitions, Dimensions, Performance, and Initiatives. Journal of Urban Technology. A. Townsend(2014) Smart Cities: Big Data, Civic Hackers, and the Quest for a New Utopia. New York: W.W. Norton & Company. P Nicopolitidis & M S Obaidat (2016) Smart
to technology suppliers to Smart Cities, Smart City program managers, academics researching innovation and Smart Cities, and disability organizations and advocates working to make innovation and Smart Cities more inclusive. This Playbook has been designed to complement other tools that make up the . Smart Cities for All . Toolkit.
smart grids for smart cities Strategic Options for Smart Grid Communication Networks To meet the goals of a smart city in supporting a sustainable high-quality lifestyle for citizens, a smart city needs a smart grid. To build smart cities of the future, Information and Communications Techn
Smart City Platform Platform Platform Service Application IoT World Bank Korea Week 2020 Smart Cities of Korea. 2 Trends. Gen 1 : Sustainability Development of Smart City 3 2017 Google, Sidewalk Master Plan 2014 Singapore, Smart Nation 2012 China, announced a plan to build 320 smart cities 2018 Korea, National Pilot Smart City 2011
smart cities in Cape Town, South Africa and the privacy concerns associated with smart cities. C. HARACTERISTICS OF . S. MART . C. ITIES Cities around the world are attempting to transform into smart cities, in order to be more economi-cally competitive and promote sustainable gr
2019), the term "smart city" has not been officially defined (OECD, 2019; Johnson, et al., 2019). However, several key components of smart cities have already been well-established, such as smart living, smart governance, smart citizen (people), smart mobility, smart economy, and smart infrastructure (Mohanty, et al., 2016).
Smart. cities Europe.connected In this context, the digitalisation of cities, underpinned by emerging technologies such as 5G, IoT, edge computing and the further application of Big Data solutions will be key to the transformation of cities to
and social challenges, need to become future cities that are smart, resilient, inclusive, and sustainable. By Robert Brears, Our Future Water hand-pointerRight-click on the name of the article that you want to read 2 Future Cities: Smart, Resilient, Inclusive and Sustainable Future Cities: Smart, Resilient, Inclusive and Sustainable 3
The ASM Handbook should be regarded as a set of actions implemented by the ECAC States to be used in conjunction with the EUROCONTROL Specification for the application of the Flexible Use of Airspace (FUA). The ASM Handbook should neither be considered as a substitute for official national regulations in individual ECAC States nor for the ASM Part of the ICAO European Region Air Navigation .
