=Paper=
{{Paper
|id=Vol-484/paper-7
|storemode=property
|title=A Study on the Potential Advantages of the Use of Social and Semantic Web Applications within Innovative Cooperative Organizations
|pdfUrl=https://ceur-ws.org/Vol-484/paper7.pdf
|volume=Vol-484
}}
==A Study on the Potential Advantages of the Use of Social and Semantic Web Applications within Innovative Cooperative Organizations==
https://ceur-ws.org/Vol-484/paper7.pdf
A Study on the Potential Advantages of the use of Social
and Semantic Web Applications within Innovative
Cooperative Organizations
Igor Santos Ellakuria1, Ion Kepa Gerrikagoitia2
1
ISEA-MCC, Goiru kalea 7,
20500, Mondragón, Spain
2
Mondragon Goi Eskola Politeknikoa JMA, S. Coop.,
Loramendi, 4 - 20500 Arrasate
1
isantos@iseamcc.net, 2ikgerrikagoitia@eps.mondragon.edu
Abstract. The social Web has been the major driver of change in the way
people interact nowadays. The social Web is about connecting people and
fostering social participation. This has been a step forward with respect to the
“previous version of Web” (Web 1.0) where the focus was on connecting and
getting information. However, research on the Web Science is also focused on
the formalization of the Web in order to achieve the promised semantic Web.
The Web is already changing success factors in the business world and
organizations must be aware of the latest trends within this field in order to
survive. The main area of concern nowadays is innovation, as the source of
competitive advantage. The aim of this work is to assess the potential
advantages of the adoption of the social and semantic Web applications for
innovation processes within cooperative organizations.
Keywords: social web, semantic web, open innovation, crowdsourcing
1 The Problem
Since the WWW went public in 1991 its adopters and its applications to the society in
general have increased meaningfully. From the era of corporate static websites with
one way interaction that characterized the Web of the late 90s and that ended up with
the dot-com bubble we have entered into the so called Web 2.0 era or the Social Web
for those who avoid buzzwords. The Social Web is a new generation of Web
applications and technologies based on a philosophy that fosters the participation of
the user in the Web and the favors the openness of the Web itself. This practical view
of the Web contrasts with the Semantic Web view set out by Sir Tim Berners-Lee in
2001 [1] where he advocates for an intelligent Web able to manage user knowledge
effectively using semantic technologies.
The importance of the developments within the Internet world is leading to the
formation of different interest groups on the issue like the “Future Internet” initiative
fostered by the European Union. One of the main fields of research of great interest
for organizations is the application of these technological developments on the
business world and the society. The Internet and the Social Web is already changing
success factors in the business world and organizations must be aware of the latest
trends within this field in order to survive. The main area of concern nowadays is
innovation, as the source of competitive advantage. With the arising of new emerging
economies, the business world is turning into an era of extreme competition where the
only way to succeed is innovation [2]. That is exactly one of the building blocks of
the Lisbon Strategy set up by the European Commission back in 2005, innovation as
the motor of business change.
Organizations have traditionally relied on internal R&D resources in order to carry
out innovation processes. However, with the advent of the social Web, unprecedented
participation possibilities are at the hands of Web users. This trend poses new
challenges to organizations and many of them are opening their innovation processes.
The motivation behind user participation can vary but this phenomenon, coined as
crowdsourcing by Jeff Howe in [3], has given birth to well-known initiatives like
Wikipedia or Linux (previous to Web 2.0 phenomenon) and has allowed various
organizations (e.g.: Procter & Gamble, IBM, Air Products,...) redefine and
accommodate their business models and value propositions to customers' needs in a
way nobody had been able to do it before.
As mentioned in the previous paragraph the social Web (a.k.a.: Web 2.0) has been the
major driver of change in the way people interact nowadays. The social Web is about
connecting people and fostering social participation. This has been a step forward
with respect to the “previous version of Web” (Web 1.0) where the focus was on
connecting and getting information. However, research on the Web Science [4] is an
ongoing issue and currently there are plenty of initiatives towards a formalization of
the Web in order to achieve the promised semantic Web. The social and semantic
Web (a.k.a. Web 3.0) is about representing meanings, connecting knowledge and
putting these into work in ways that make users' Web experience more relevant,
useful and enjoyable. Even if there are not many case studies on the joint application
of the semantic and social Web some authors are already publishing advances in this
field [5] [6] [7].
The aim of this document is to set the context to the research to be undertaken on the
implications of the social and semantic Web on innovation processes within
cooperative organizations. The cooperative organizations, due to their particular
features, are aligned with the background philosophy of the social Web and are a very
interesting case study for the application of such concepts.
2 Aims and Objectives
The main objective of this research is to accelerate the adoption of social Web
applications and principles within cooperative organizations with a particular focus on
boosting the innovation processes within these organizations. For this purpose a set of
socio-economic and technological objectives have been defined:
• Perform a survey on the adoption of social Web applications and principles
within cooperative organizations.
• Perform piloting activities on the use of social and semantic Web applications in
support of innovation processes within cooperative organizations.
• Develop an innovation management system and a governance model based on the
use of social and semantic Web applications.
• Analyze the synergies between semantic Web applications and social Web
applications.
• Deploy prototypes of social and semantic Web applications within several
cooperative organizations in order to foster innovation processes.
• Assess the applicability and benefits of the social and semantic Web applications
within the innovation processes of cooperative organizations.
3 Research Methodology
The work is validated in all phases of the project. The engineering cycle integrates
requirements and needs specification, the implementation showing that the
requirements are feasible, validation showing that the system fulfils needs etc.
Experience from all phases is continuously utilized to improve the next cycles of
development.
The following points summarize the activities within each phase:
• Requirements. In this phase the requirements will be collected from two main
sources: end users and state of the practice research. With regard to end user
requirements, a field study will be performed through a set of interviews to
different representatives of cooperative organizations in order to assess the use of
semantic and social Web technologies. This input, together with the state of the
practice research will be used to depict the case studies.
• Implementation. Once the requirements are gathered the necessary prototypes
and the methodology will be developed. The prototypes will be in the form of
Web applications for different purposes based on semantic and social
technologies. These applications won't be developed from scratch, the aim of this
project is to build on cutting-edge existing working solutions and apply them to
the industry. The methodology will provide a stepwise approach for the adoption
of the prototypes within an organization.
• Validation. During the validation phase a set of piloting activities will be carried
out within at least one organization surveyed previously. These activities will be
based on the depicted case studies and will serve as the validation of the
prototypes proposed in the project. A set of indicators will be set up in order to
evaluate the result and the success of the project.
This research follows a very empirical approach and hence the results are to be
validated in real-world business scenarios in order to assess the impact of the usage of
social and semantic Web applications within innovation processes of cooperative
organizations. For that purpose an initial set of short-term measures have been
identified:
• Number of social and/or semantic Web application components used
• Number of ideas generated in ideas marketplaces
• Number of successful ideas (ideas that meet initial requirements)
• Number of employees taking part in innovation processes
• Number of external entities involved in innovation processes
• Degree of satisfaction with social and semantic Web tools
• Degree of top management involvement
In the long-term other measures should also be taken into account:
• Number of new products/services and new businesses launched
• Percentage of revenue from new products/services and new businesses launched
• Number of new partnerships with external entities
• Revenue growth
• Generated knowledge
Apart from the expected impact, some preliminary work has been carried out in the
field that is summarized in the following points::
• State of the art report on Web interfaces (March 2008). Deliverable within the
PLATA project funded by the Spanish government under the AVANZA
Programme. This document describes the latest applications and technologies
associated to rich Web interfaces, one of the pillars of the social Web [8].
• Assessing the Readiness for Enterprise Collaboration and Enterprise
Interoperability (June 2008). Article accepted in the 14th International
Conference on Concurrent Enterprising in Lisbon. The article introduces a
methodology based on maturity models for the adoption of good collaboration
and interoperability practices supported by social Web applications [9].
Besides, there are other ongoing activities relevant to the research project within the
context of projects funded by both Basque and Spanish governments. In the former
case, the MERLIN project [10] analyzes the applicability of social networks to
industrial enterprise environments for the fostering of innovation and
entrepreneurship. The GERION project [11] funded by the Spanish government aims
at the deployment of an innovation platform within a group of cooperative SMEs
belonging to the Engineering and Services Division of MONDRAGON. Through
these projects an initial introduction of social Web applications (mainly wikis) within
cooperative organization environments has been achieved.
Building on this existing work, there is a tentative plan for the future work that
includes two main milestones in the short term: a survey on the adoption of social
Web applications within Basque organizations and the creation of a virtual innovation
community within the Engineering and Services Division of MONDRAGON
Corporation.
4 Expected Contributions
Without any doubt, one of the most influential technological trends nowadays is the
social Web. The social Web is characterized by social principles and technologies that
promote the participation of the user on the Web. Many organizations have already
adopted these pioneering principles and technologies successfully in most cases, a
phenomenon that has been coined as Enterprise 2.0, Government 2.0 and so on
depending on the type of organization where they are applied. In the case of
cooperatives, there are not known cases of success, which is quite contradictory as
many of the principles that characterize the cooperatives are closely aligned with the
principles of the social Web.
On the other hand, the semantic Web is starting to deliver useful applications for the
intelligent management of information. This aspect seems to be crucial with the
increasing adoption of social Web applications that favor the generation of large
amounts of data. As mentioned before, both the social Web and the semantic Web are
said to merge in a near future giving birth to the so called Web 3.0. There are already
some examples of social and semantic Web applications but there is a lack of
successful industrial case studies so far.
Among the most interesting social and semantic Web applications three sub-types of
applications can be distinguished: social applications, semantic applications and
social and semantic applications. Among the first ones is worth mentioning the well
know components that shape the social Web: social networks, blogs, wikis,
mashups… [13]. Semantic applications have received a great boost lately, especially
within the semantic search field with announcement of new semantic functionalities
by Google [14] in response to the launch of the Kumo semantic search engine by
Microsoft [15]. Other interesting applications include ontology building environments
and semi-automatic semantic annotation tools [16]. Finally, the blending of the two
approaches is also represented by applications and technologies like semantic wikis,
semantic blogs or semantic mash-ups. The research project will build on all the
existing social and semantic applications mentioned.
The work presented here intends to contribute both to the social and semantic Web
applications fields through the provisioning of successful industrial case studies.
These case studies will be focused on the improvement of innovation processes using
social Web applications to design an efficient architecture of participation [12] and
semantic Web applications to perform an intelligent management of the generated
information.
References
1. Berners-Lee, T., 2001. The Semantic Web: Scientific American. Scientific American.
Available at: http://www.sciam.com/article.cfm?id=the-semantic-web [Accessed September
2, 2008]
2. Fingar, P., 2006. Extreme Competition: Innovation And the Great 21st Century Business
Reformation, Meghan-Kiffer Press
3. Howe, J., 2006. Wired 14.06: The Rise of Crowdsourcing. Wired, (June). Available at:
http://www.wired.com/wired/archive/14.06/crowds.html [Accessed January 2, 2009].
4. Berners-Lee, T. & Shadbolt, N., 2008. Web Science: Studying the Internet to Protect Our
Future: Scientific American. Scientific American. Available at:
http://www.sciam.com/article.cfm?id=webscience&print=true [Accessed December 26,
2008]
5. Spivack, N., 2007. How the WebOS Evolves? Minding the Planet. Available at:
http://novaspivack.typepad.com/nova_spivacks_weblog/2007/02/steps_towards_a.html
[Accessed December 26, 2008]
6. Ankkolekar, A. et al., 2007. The Two Cultures: Mashing up Web 2.0 and the Semantic Web.
In WWW 2007. Banff: ACM. Available at: http://www2007.org/papers/paper777.pdf
[Accessed January 2, 2009]
7. Lassila, O. & Hendler, J., 2007. Embracing "Web 3.0". IEEE Internet Computing, (7).
Available at: [Accessed January 2, 2009]
8. Santos, I., Alonso, J. et al., 2008. Estado del arte en nuevas interfaces para la Web.
Entregable E5.1. Proyecto PLATA. Ministerio de Industria, Comercio y Turismo. FIT-
350503-2007-6
9. Santos, I. et al., Assessing the Readiness for Enterprise Collaboration and Enterprise
Interoperability. In 14th Internation Conference on Concurrent Enterprising ICE2008.
Lisbon: VE-Forum
10. Consorcio MERLIN, 2008. Proyecto MERLIN: Aplicación de las tecnologías Web 2.0 a la
creación de redes sociales empresariales en el marco de la innovación estratégica. TSI-
020100
11. Consorcio GERION, 2008. Proyecto GERION:Desarrollo e Implantación de una
Plataforma Tecnológica de Cooperación Estratégica en Red. Sub-programa Avanza I+D
(TSI-020503)
12. O’Reilly, T., Open Source Paradigm Shift. O’Reilly Media. Available at:
http://www.oreillynet.com/pub/a/oreilly/tim/articles/paradigmshift_0504.html [Accessed
November, 2008]
13. Musser, J. 2007. “Web 2.0: Principles and Best Practices,” O’Reilly Media.
14. Davis.L. 2009 “Searchology: State of the Union of Search at Google”. ReadWriteWeb.
Available at:
http://www.readwriteweb.com/archives/major_search_announcement_at_google_today.php
[Accessed May 29, 2009].
15. Paul, I. 2009. “Microsoft's Next-Gen Search Engine Kumo Expected Next Week”. PC
World. Available at:
http://www.pcworld.com/article/165225/microsofts_nextgen_search_engine_kumo_expecte
d_next_week.html [Accessed May 29, 2009].
16. Yasrebi, M. & Mohsenzadeh, M., 2009. Semi-Automatic Approach for Semantic
Annotation. Proceedings of World Academy of Science, Engineering and Technology, 38.
Available at: http://www.waset.org/pwaset/v38/v38-147.pdf [Accessed May 29, 2009].