Jan 21, 2018
A Crisp yet effective overview of some of the most critical works in the field of Networking. Anyone from the fields of Management, Sociology, Anthropology et al should try the MOOC.
Nov 21, 2017
Although the course was very short and the homework were so easy, I'm quite satisfied by the insight I got from Prof Centola
por Martin Lukac•
Dec 04, 2018
Interesting course! Concepts are very well explained, but it misses practical classes in NetLogo.
por YAO ERIC MARC KOUADIO•
Nov 24, 2018
It was a very good class and I learned a lot. Thanks for sharing and continue the good job.
por Sonia Lopez-Baisson•
Oct 22, 2018
Congratulations to the team for the simplicity with wich they have been able to transmit complex concepts. I am amaze of how some social assumptions change when you model them. I have learn a lot and created more curiosity to continue investigating about network dynamics of social behavior.
por pranav nerurkar•
Sep 05, 2018
needs more practical exercises
Aug 07, 2018
por Jack Orlik•
Aug 04, 2018
An excellent and inspiring introduction to a new approach to sociology.
por David Bernal Hoyo•
Jul 19, 2018
Nice approach to understand different aspects of the study of social networks dynamics, with good examples. I think it would be interesting to see the specifics of the rules of behavior of the second half of the course, like the specifics of the genetic algorithm. Great course !
Jul 18, 2018
excellent course accessible to all. highly recommended.Really looking forward to more courses from this team.
Jun 26, 2018
Great course, through this course i learned a few things on how people interact. Ideas in this course are not only applicable to people, but also diseases, problem solving and many more. I highly recommend to all managers and others interested in policy or human behavior in general
por Jean Corbel•
Jun 20, 2018
Very good topic and teachers' expertize. It is a pity that the "rules" used in teh simulations are not made explicit, leading to some doubts. Also, could go a bit deeper in the influence of key network parameters.