• End of Registration
  • -
  • Classes Start
  • oct 07 2019
  • Classes End
  • mar 24 2020
  • Certification
  • Get a certificate for 500 €
  • Estimated Effort
  • 05:00 h/week
  • Language
  • English






Due to the Coronavirus epidemie, this MOOC is accessible in:


"Archived open"

There is therefore no forum on this course,

no animation or monitoring of the teaching team,

and no certificate of successful monitoring or certificate will be issued.






This Mooc is part of the on-line eMBDS master degree of University Cote d'Azur (UCA)

which gives the right to 60 ECTS (European Credit Transfer System).

If you are interested in taking the other academic courses of the eMBDS Master you should register at :

https://ecandidat.univ-cotedazur.fr/Master/#!accueilView

(or https://www.datumacademy.com/ for pre-enrollment if problem on e-candidat platform)




About This Course


Many data systems exist today. The primary objective of the course is to have a conceptual grid of the different data systems by deepening the main standards.

A multidisciplinary introduction allows learners to have a strategic vision of the future of information systems around the concepts of "mobiquity and BIG DATA". Then, we present the fundamental concepts of databases and BIG DATA with their paradigms and properties in support: TIPS / ACID, RICE, WHAT / BASE and Google CABS. The Top Down and Bottom Up approaches to data integration then make it possible to explore the different paradigms of data systems.

This course is a fundamental prerequisite for all computer science students (Bachelor and master) wishing to do a Master in computer science in the Data economy like the MBDS (Mobiquity, Big Data and Systems Integration) from University Côte d’Azur (formerly University of Nice Sophia Antipolis). It is also intended for IT professionals who want a clarification of the concepts of databases and Big Data.

This is a weekly course over 7 weeks. Each week, 4 to 9 short video sequences will be offered to participants. These sequences will be accompanied by questions and practical work, as well as discussion forums. MCQs will evaluate the knowledge at the end of each week. The teaching team will speak once a week to answer the most frequent questions of the forum through an online conference.

The weekly MCQs and the peer-reviewed practical work will be used to successfully issue the follow-up certificate.



To follow this course, you have the choice between two packages :.

the DISCOVERY package and the CERTIFYING package.




DISCOVERY Package


If you choose this package, you will have access to the videos of the course, the quizzes and the exchanges in the forums. This package will not deliver a certificate.



CERTIFYING Package (only for students registered at UCA)


In addition to the activities proposed in the DISCOVERY package, the CERTIFYING package will allow you to obtain a "certificate" issued by the University Côte d'Azur with ECTS (European Credit Transfer System). If you subscribe to this package, in addition to videos and quizzes, peer-reviewed exercises will allow you to share and consolidate your skills, a video tutoring with the teacher from one to two hours each week will allow you to to ask him questions live ; Finally, a remote monitored exam will be offered at the end of the MOOC in order to obtain your certificate.

  • Peer reviews
  • Video tutoring live weekly
  • Individual examination monitored remotely
  • Certificate issued by FUN and the Côte d’Azur University
  • Price 500 EUR


Prerequisites


The only prerequisites are from a theoretical point of view the mathematical bases of set theory and first order logic and basic knowledge of system architecture and administration of Oracle SQL databases.



Syllabus


    This course is organized into 7 weekly modules :

  • Week 1 : « Spiralist innovation on Big Data systems » This module is a strategic multidisciplinary introduction around big data systems with definitions of key concepts (data paradigm, data lake, etc.) and disruptive supporting technologies which will be useful during this course.
  • Week 2 : « Data paradigms and Codd’s relational data model » There exists a plethora of big data management systems. In the first part of the course, we propose a classification of these systems using data paradigms we illustrate with SQL standard (TIPS, ACID and RICE properties). The second part concerns Codd’s relational data model which represents a formal unifying foundation anfor big data management systems.
  • Week 3 : « SQL2 introduction » This course is devoted to SQL standard presentation (including the Transaction concept) which will be the Esperanto for big data systems with a focus here on relational structured data model
  • Week 4 : « Third Date’s manifesto (underlying object-relational data models) » Date’s manifesto is the neutral symmetric of Codd’s model for SQL2 for hybrid object-orient data bases. We clarify the concepts of objects (OID, VALUE) which will be useful for N.O.SQL systems.
  • Week 5 « Introduction to ODMG » Object-oriented data models based upon Bancilhon’s manifesto was proposed for object programmers. ODMG is a data base extension of OMG (Object Management Group) proposed on top of Java, C++ and Smalltalk
  • Week 6 : « Introduction to SQL3 » SQL3 is the fusion of Date’s and Stonebraker’s manifestos whose salient features are presented and discussed in this module.
  • Week 7 : « Overview of N.O. SQL and NEWS SQL » In this module we introduce N.O.SQL systems around KEY-VALUE (Hadoop, BLOB, Json Document, attributes) and GRAPHS and NEW SQL systems and identify the expected functionalitie of SQL for polystores systems with “the category theory” being a unifying formal framework.L.


Course duration and workload


Whatever the package chosen, the duration of the course is 7 weeks. If you follow the discovery package : plan to spend 3 to 5 hours per week. If you follow the certifying package : 5h per week + 1h of supervised exam are necessary.



Certificate


Only the certifying package will provide a "certificate" by FUN and the Côte d’Azur University to learners having passed the supervised exam.



Course Staff

Serge MIRANDA

Professor at University Cote d'Azur

(formerly University of Nice Sophia Antipolis)



Fonder of Master MBDS, innovative through its contractualized industrial partnerships that make it a real "innovation laboratory on information services of the future".



Terms of use

of the course :

Licence Creative Commons BY NC ND : the user must mention the author's name, he may exploit the work except in a commercial context, he can not create a work derived from the original work.

of the content produced by users :

Restrictive license : your production is your intellectual property and can not be reused.