1/18 “ Copyleft through Open Educational Resources and Creative Commons ” By Marinos Papadopoulos 2 nd International Workshop on Intellectual Property Rights & Innovation Athens Information Technology, February 26, 2010 Slide 1: Title & Speakers Ladies and Gentlemen: I sincerely thank the organizers of Athens Information Technology for the invitation to participate in the 2 nd International Workshop on Intellectual Property Rights and Innovation. I’m going to brief you during this 20- minute speech upon some aspects of Copyright, but also of interest to AIT in the process of gaining competitive advantage in the field of marketing academic and educational services. Slide 2: Digital Libraries enhanced with OER For those who keep pace with the latest developments in Copyright, nationally as well as internationally, it is common understanding that we’ve been in the transitional process of knowledge, science and culture furnished through Internet networking applications and Internet Protocol networks leveraging on Digital Libraries and repositories enhanced with Open Educational Resources (OER). The concept of Digital Libraries is not new, and is definitely well known to INTRACOM, a group of companies that is related to AIT. If I’m not wrong since 1994—almost during the last 15 years—INTRACOM Group has performed in the field of Digital Libraries through projects such as the NOMOS Digital Library. But the concept of Open Educational Resources is not something that INTRACOM and AIT have mastered, so far. The concept and contents of NOMOS are explicitly copyrighted; they are not copylefted.
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“C o p y l e f t t h r o u g h O p e n E d u c a t i o n a l R e s o u r c e s a n d C r e a t i v e C o m m o n s ”
By
M a r i n o s P a p a d o p o u l o s
2
nd International Workshop on Intellectual Property Rights & Innovation
Athens Information Technology, February 26, 2010
Slide 1: Title & Speakers
Ladies and Gentlemen:
I sincerely thank the organizers of Athens Information Technology for the
invitation to participate in the 2nd
International Workshop on Intellectual
Property Rights and Innovation. I’m going to brief you during this 20-
minute speech upon some aspects of Copyright, but also of interest to
AIT in the process of gaining competitive advantage in the field of
marketing academic and educational services.
Slide 2: Digital Libraries enhanced with OER
For those who keep pace with the latest developments in Copyright,
nationally as well as internationally, it is common understanding that
we’ve been in the transitional process of knowledge, science and culture
furnished through Internet networking applications and Internet Protocol
networks leveraging on Digital Libraries and repositories enhanced with
Open Educational Resources (OER). The concept of Digital Libraries is
not new, and is definitely well known to INTRACOM, a group of
companies that is related to AIT. If I’m not wrong since 1994—almost
during the last 15 years—INTRACOM Group has performed in the field
of Digital Libraries through projects such as the NOMOS Digital Library.
But the concept of Open Educational Resources is not something that
INTRACOM and AIT have mastered, so far. The concept and contents of
NOMOS are explicitly copyrighted; they are not copylefted.
2/18
Slide 3: OER & Openness
The concept of OER is related to the international movement of
Openness. Both Openness and OER have been conceived in the sense of
catering for the right and the ability to modify, repackage, and add value
to an educational resource that becomes available on the Internet in legal
and binding terms for both users and authors. It has been widely
acknowledged that Openness, therefore OER, should offer the following
three freedoms:
1. The freedom to study a work and apply knowledge offered from it.
2. The freedom to redistribute copies, in whole or in part, of a work.
3. The freedom to make improvements or other changes, i.e. to make
adaptations, to the content of a work, as well as the freedom to release
modified copies of it.
Slide 4: A work of Open Knowledge
These freedoms, i.e. the freedom to have unrestricted access to a work,
use and reuse it, as well as remix it in the sense of being free to create
derivative works from it are at the heart of Openness and OER. One could
say that said freedoms are the main attributions of a work that is open
knowledge to society. Indeed, a work of open knowledge is a piece of
knowledge that is free to access, use, reuse and remix it. In that sense, a
work of open knowledge should be available:
1. as a whole and at no more than a reasonable reproduction cost,
preferably downloading via the Internet without charge. The work
must also be available in a convenient and modifiable form. {access}
2. through a license that does not restrict any party from selling or giving
away the work either on its own or as part of a package made from
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works from many different sources. The license shall not require a
royalty or other fee for such sale or distribution. {redistribution}
3. through a license that allow for modifications and derivative works
and must allow them to be distributed under the terms of the original
work. The license may impose some form of attribution and integrity
requirements. {reuse}
4. in such a form that there are no technological obstacles to the
performance of the above activities. {absence of technological
restrictions}
5. with proper attribution note. {attribution}
6. in such a way that there is no room for discrimination against any
person or group of persons. {no discrimination}
Slide 5: OER & OPLI
As it becomes obvious from the goals and freedoms of Openness and
OER, intellectual property issues are at the heart of them. The goal of the
OER movement is to respond to the needs of educators, students, and any
third party for open, adaptable resources found in Digital Libraries and
repositories, and emphasizes the transformative possibilities of digitally
created and distributed resources. The OER initiative has been a vehicle
for building a culture of sharing. OER leverages within a broader
initiative—an international Open Participatory Learning Infrastructure
(OPLI) initiative for building a culture of learning and leveraging upon
knowledge for gaining a competitive advantage in the market. The OPLI
is the set of organizational practices, technical infrastructure, and social
norms that collectively provide for the smooth operation of high-quality
open learning in distributed, distance-independent ways.
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Slide 6: OER & Science Gateways
Of particular relevance to the OER movement are major disciplinary
“collaboratories” (that is to say, instances of a virtual organization)
which are becoming functionally complete: through web portals,
members of the collaboratory can reach all the colleagues, computational
models, data and literature, and instrumentation they need to do their
work. The OPLI platform relaxes constraints of time and distance
(geographic, disciplinary, and institutional distance) enabling people,
information, and facilities to be linked and used no matter any difference
in time and place. It can dramatically scale up access and participation.
Physical proximity (same time and same place) continues to be
important, but is now richly augmented by collaborative work flowing
through variants of time and place.
Many of these collaboraties are also called “science gateways.” A
science gateway is a community-developed set of tools, applications, and
data that is integrated via a portal or a suite of applications, usually in a
graphical user interface, that is customized to meet the needs of the
targeted community. Some gateways expose customized sets of
community codes so that scientists, professionals or students can run
them. Others bring new services and applications to the community that
would otherwise not be accessible. Depending on the needs of the
specific community, a science gateway may provide capabilities such as
workflows, visualization software and hardware, resource discovery,
access to data collections, domain-specific computational applications,
data analysis and movement tools, job execution services etc.
Slide 7: OER & Science Gateways
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The science gateways provide access not only to open content but also to
open scientific instruments and mentored, authentic experience in a
community of practice.
And they are understood as an opportunity for synergy and mutual
benefit between the national and international scientific, professional and
cultural communities and the international OER movement, particularly
in the sense of evolving into a decentralized learning environment that:
1 permits distributed participatory learning,
2 provides incentives for participation through the provisioning of
OER, such as creating specific learning environments at all levels,
and
3 encourages cross-boundary, cross-disciplinary and cross-cultural
learning.
Slide 8: Copyleft—the routes of OER
The OER movement, which all these revolutionary ideas such as the
OPLI, the Science Gateways etc stem from and are related to, is deeply
rooted in the free software experience. The story of free software begins
in 1984, when Richard Stallman started working on a project of building
a non-proprietary operating system he called GNU. Stallman, then at the
Massachusetts Institute of Technology (MIT), operated from political
conviction. He wanted a world in which software enabled people to use
information freely, where no one would have to ask permission to
change the software they use to fit their needs or to share it with a friend
for whom it would be helpful. These freedoms to share and to make your
own software were fundamentally incompatible with a model of
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production that relies on property rights and markets, Stallman thought
by that time, because in order for there to be a market in uses of
software, owners must be able to make the software unavailable to
people who needed it. These people would then pay the provider in
exchange for access to the software or modification they needed. If
anyone could make software or share software they possessed with
friends, it becomes very difficult to write software on a business model
that relies on excluding people from software they needed unless they
pay.
As a practical matter, Stallman started writing software himself, and
wrote a good bit of it. More fundamentally, he adopted a legal technique
that started a snowball rolling. He could not write a whole operating
system by himself. Instead, he released pieces of his code under a license
that allowed anyone to copy, distribute, and modify the software in
whatever way they pleased. He required only that, if the person who
modified the software then distributed it to others, he or she should do so
under the exact same conditions that he had distributed his software. In
this way, he invited all other programmers to collaborate with him on
this development program, if they wanted to, on the condition that they
are as generous with making their contributions available to others as he
had been with his. Because he retained the copyright to the software he
distributed, he could write this condition into the license that he attached
to the software. This meant that anyone using or distributing the software
as is, without modifying it, would not violate Stallman’s license. They
could also modify the software for their own use, and this would not
violate the license. However, if they chose to distribute the modified
software, they would violate Stallman’s copyright unless they included a
license identical to his with the software they distributed. This license
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became the GNU General Public License, or GPL. The legal jujitsu
Stallman used—asserting his own copyright claims, but only to force all
downstream users who wanted to rely on his contributions to make their
own contributions available to everyone else—came to be known as
“Copyleft,” an ironic twist on copyright. This legal artifice allowed
anyone to contribute to the GNU project without worrying that one day
they would wake up and find that someone had locked them out of the
system they had helped to build.
Even before the birth of Richard Stallman’s “Copyleft” concept, it has
been undisputed that software, information, knowledge, and culture are
produced in diverse ways in contemporary society. Doing so allows us to
understand the comparatively limited role that production based purely
on exclusive rights—like patents, copyrights, and similar regulatory
constraints on the use and exchange of information—has played in our
information production system to this day.
Slide 9: Free Software (O.S.S.) goes mainstream
Recent research conducted by Forrester Research Inc., and published in
April 2009, indicates that by 2009 at least 53% of the world’s 2,000
largest companies have implemented, are piloting, or are expanding their
use of free software—Open Source Software—applications. Another
relevant and recent study conducted by Accenture and published in 2009
shows that 77% of high-performance IT organizations are now piloting
or committing to free software compared to just 37% of overall global
businesses.
Slide 10: Copyright
Copyright reserves certain rights for the copyright holder. All others
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need to obtain permission from them to do any of the following:
Create derivative works from the original work, for example by
translating it.
Distribute originals or copies of a work, for example by printing a
document for all students in a class.
Publicly display or perform a work, for example by showing a video
to a class.
These limitations cease once the copyright period is over. The work
enters the public domain. Once a work is in the public domain anyone
may perform any of the acts outlined above, without the need for
permission. It also means that no-one can appropriate or lay claim to the
work.
Slide 11: The Public Domain
The public domain is the wealth of information that is free from the
barriers to access or reuse usually associated with copyright protection,
either because it is free from any copyright protection or because the
authors and right-holders have decided to remove these barriers. It is the
raw material from which new knowledge is derived and new cultural
works are created. The Public Domain acts as a protective mechanism
that ensures that this raw material is available at its cost of reproduction -
close to zero - and that all members of society can build upon it. Having
a healthy and thriving Public Domain is essential to the social and
economic well-being of our societies. The Public Domain plays a capital
role in the fields of education, science, cultural heritage and public sector
information. A healthy and thriving Public Domain is one of the
prerequisites for ensuring that the principles of Article 27§1 of the
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Universal Declaration of Human Rights can be enjoyed by everyone
around the world. Said article posits that “Everyone has the right freely
to participate in the cultural life of the community, to enjoy the arts and
to share in scientific advancement and its benefits.”
Slide 12: The Public Domain
The structural Public Domain is made up of two different classes of
material:
1. Works of authorship where the copyright protection has expired.
2. The essential commons of information that is not covered by
copyright.
In addition to this structural core of the Public Domain, there are other
essential sources that enable individuals to freely interact with copyright
protected works. While these sources increase access to protected works,
some of them make this access conditional on certain forms of use or
restrict access to certain classes of users. I’m referring to:
1. Works that are voluntarily shared by their authors and right- holders.
Creators and right-holders can remove use restrictions from their
works by either freely licensing them, using legal tools such as the
Creative Commons licenses to allow others to use their works
without restrictions, or by dedicating them to the Public Domain.
2. The user prerogatives created by exceptions and limitations to
copyright (which are provisioned in the Greek Copyright Law) and/or
the fair use and fair dealing status (which are provisioned in foreign
legal frameworks). These prerogatives are an integral part of the
Public Domain. They ensure that there is sufficient access to our
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shared culture and knowledge, enabling the functioning of essential
social institutions and enabling social participation of individuals
with special needs.
Slide 13: Limitations on the Economic Right
Thus, and as I’ve already said, in most countries, certain exemptions to
copyright protection are set out in laws or regulations. These are referred
to as fair use in some countries, or fair dealing in others. In Greece,
they’re usually referred to as Limitations and Exceptions to Copyright.
Section Four of Greek Copyright Law 2121/1993 (articles 18 et al.)
describes them under the title “Limitations on the Economic right”
including the reproduction for private use (article 18), reproduction for
textbooks and anthologies (article 20), reproduction for teaching
purposes (article 21), reproduction for libraries and archives (article 22)
among other provisions of Section Four of Law 2121/1993, as well as
clauses for exception from the reproduction right (article 28B) and the
three-step test (article 28C). Typically education institutions are allowed
some flexibility in reproducing copyright materials for the purpose of
education. However, the law is often unclear on the exact amount of
flexibility permitted; it is not easy to find out what exactly an educator is
allowed to do. Also, these provisions differ from one country to another.
Something that may be permitted in one country may not be allowed in
another.
Slide 14: Article 21 of Law 2121/1993
The Greek Copyright Law 2121/1993 in its Chapter Four regarding
Limitations of the Economic Right includes provisions for textbooks and
anthologies as well as caters for the reproduction of academic materials
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for teaching purposes. More specifically, regarding the reproduction for
teaching purposes and according to article 21 It shall be permissible,
without the consent of the author and without payment, to reproduce
articles lawfully published in a newspaper or periodical, short extracts
of a work or parts of a short work or a lawfully published work of fine
art work exclusively for teaching or examination purposes at an
educational establishment, in such measure as is compatible with the
aforementioned purpose, provided that the reproduction is effected in
accordance with fair practice and does not conflict with the normal
exploitation. The reproduction must be accompanied by an indication of
the source and of the names of the author and the publisher, provided
that the said names appear on the source.
Slide 15: Article 21 of Law 2121/1993
Regarding the provisions of article 21, we should clarify the following
issues. Said provisions of the Greek Copyright Law:
1. Are in sync with article 10§§2 & 3 of the Berne Convention for the
Protection of Literary and Artistic Works (Paris Act of July 24, 1971
as amended on September 28, 1979). They are, also, in sync with
article 5§3(a) of Directive 2001/29/EC of the European Parliament
and of the Council of 22 May 2001 on the harmonisation of certain
aspects of copyright and related rights in the information society,
2. Cater only for a limitation of the reproduction right. There is
dissonance, though, whether the right of translation as well as the
right to create derivative works are included in said provisions for a
limitation to the reproduction right regarding textbooks and
anthologies. The provisions of article 21 are set in Law with the aim
to serve the teaching and examination needs in the educational
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process. If said limitation in the reproduction right is exercised with
the aim to serve other purposes, then this reproduction deviates from
the scope of article 21, and thus is not legal because it deviates from
the scope of Law.
Slide 16: Article 21 of Law 2121/1993
3. Do not cater for the right of communication to the public of works
and the right of making available to the public other subject-matter.
Therefore, any distant learning applications implemented through the
Internet is excluded from the scope of article 21 of Law 2121/1993.
4. Do not allow the reproduction of the whole work, but rather only of
short extracts of a work or parts of a short work. The extent to which
said reproduction is permissible is judged in concreto in consideration
of the aim for such reproduction. Only works of fine arts are excluded
from the limitation to the reproduction right furnished through said
article, in the meaning that a lawfully published work of fine art may
be published in whole for teaching or examination purposes.
5. Do not cover the reproduction of software for educational purposes.
The only allowed restrictions to software programs are provisioned in
articles 42 and 43 of Law 2121/1993.
6. Pertains to any educational institution, either public or private, at any
level of the educational scale.
7. Are subject to the provisions of the general rule of the three-step-test
which is mainly found in article 28C of Greek Copyright Law, i.e. the
exception to limitation for reproduction of academic materials for
teaching purposes shall not apply when the act of reproduction is
likely in conflict with the normal exploitation of the work or prejudice
the author’s legitimate interests.
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Therefore, as it becomes obvious from the aforementioned short analysis
the provisions of Law 2121/1993, i.e. the default copyright provisions,
do not leave any room regarding the advantages of Copyleft solutions
and especially for Copyleft applications in Cyberspace. Unless members
of a community such as the academic community of AIT opt to subject
to Copyleft licensing provisions regarding the use of Intellectual
Property produced and/or used through said community, the ‘All-Rights-
Reserved’ status does applies by default and does not allow them any
uses that could have any academic and/or business significance.