Learning Technologies of Change

… on action learning systemic change: 510 posts

Posts Tagged ‘self-organizing

Understanding Open Source Communities – An organizational perspective

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How is it possible that volunteers from all over the world, who might never see each other in real life and who have different backgrounds and interests, are able to create complex software? This question remained in my mind throughout this research.

Research shows that people who participate in open source communities frequently do so because they enjoy sharing their knowledge and they hope to learn from the knowledge they receive from others. Together participants are able to achieve great things: they develop software programs that are surprisingly reliable and used by many individuals, corporations and governmental organizations worldwide. One of the most important lessons I learned from talking to the many open source developers and enthusiasts is that you cannot write a complex software program without the help of others. These other people should not  be confined to software programmers with similar skills and interests. On the contrary you need people who have different software development skills and even people who lack such skills altogether. Each performs a part in the quest to together improve the quality of the software.

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Written by Giorgio Bertini

16/03/2012 at 14:00

The Internet as a Self-Organizing Socio-Technological System

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The Internet is a global socio-technological system that is based on a technological structure consisting of networked computer networks that works with the help of the TCP/IP protocol and stores objectified human knowledge, human actors permanently re-create this global knowledge storage mechanism by producing new informational content, communicating in the system, and consuming existing informational content in the system; the technological infrastructure enables and constrains human communication. The Internet consists of both a technological infrastructure and communicating human actors. Together these two parts form a socio-technological system, the technological structure functions as a structural mass medium that produces and reproduces networked communicative actions and is itself produced and reproduced by communicative actions. The technical structure is medium and outcome of human agency, it enables and constrains human activity and thinking and is the result of productive social communication processes. Important qualities that are connected with the Internet as a socio-technological system are Open Source, Virtual Reality, globalization, and many-to-many dialogue. Tradtional mass media have been based on one-to-many-communication, whereas the Internet is based on many-to-many-communication. Hence the Internet has a large intrinisc democractic potential. In the terminology of Vilém Flusser it can be said that it could support a shift from discursive media society to dialogic media society.

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Written by Giorgio Bertini

15/03/2012 at 18:00

The Hole in the Wall Project and the Power of Self-Organized Learning

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Sugata Mitra is Professor of Educational Technology at the School of Education, Communication and Language Sciences, Newcastle University, England, and a visiting professor at the MIT Media Lab in Cambridge, Massachusetts. Professor Mitra works in the areas of cognitive science, information science and educational technology, and he has a keen interest in engineering and software development. This is an excerpt from his new e-book, Beyond the Hole in the Wall: Discover the Power of Self-Organized Learning.

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Written by Giorgio Bertini

04/02/2012 at 12:46

Learner self-organization in complex knowledge settings

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Written by Giorgio Bertini

13/12/2011 at 01:11

Online self-organizing social systems – The decentralized future of online learning

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In looking to the future of online learning we have suggested that existing approaches to overcoming online learning’s key obstacle – teacher bandwidth – have critical weaknesses that will limit their success. Online self-organizing social systems, while not without their own weaknesses, exhibit strengths unseen in existing methods of learning facilitation. The OSOSS is thick with principles found in modern instructional design theories, yet creatively overcomes weaknesses in the very latest instructional technology fads. The OSOSS may also open previously unexplored areas of large-scale instructional design research, and provide fruitful linkages between instructional design research and that of other fields such as biomathematics, artificial intelligence, and complexity theory. As interest in problem-based learning and online PBL environments increases, we believe that the OSOSS – or something like it – will play a significant role in the future of online learning, because the OSOSS is so well suited to facilitating and mediating problem-solving and problem-based learning.

Written by Giorgio Bertini

26/09/2011 at 21:53