Cognitive mapping the topic of cloud computing
Joseph
Kim-keung Ho
Independent Trainer
Hong Kong, China
Abstract: The topic of cloud computing in
the subject of Information Systems Management is complex. By making use of the
cognitive mapping technique to conduct a brief literature review on the cloud
computing topic, the writer renders a systemic image on the topic of cloud
computing. The result of the study, in the form of a cognitive map on cloud
computing, should be useful to those who are interested in the topics of
cognitive mapping, literature review and cloud computing.
Key words: Cloud
computing, cognitive mapping, literature review
Introduction
As a
topic in Information Systems Management, cloud computing is complex. It is thus
useful to employ some learning tool to conduct its study, notably for
literature review purpose. For a teacher in research methods, systems thinking
and management, the writer is specifically interested in finding out how the
cognitive mapping technique can be employed to go through a literature review
on cloud computing. This literature
review exercise is taken up and reported in this article.
On the cognitive mapping exercise for
literature review
Literature
review is an important intellectual learning exercise, and not just for doing
final year dissertation projects for tertiary education students. On these two
topics of intellectual learning and literature review, the writer has compiled
some e-learning resources. They are the Managerial
intellectual learning Facebook page and the Literature on literature review Facebook page. Conducting
literature review with the cognitive mapping technique is not novel in the
cognitive mapping literature, see Eden and Simpson (1989), Eden, Jones and Sims
(1983), Open University (n.d) and the Literature
on cognitive mapping Facebook page. In this article, the specific steps
involved in the cognitive mapping exercise are as follows:
Step 1:
gather some main points from a number of academic journal articles on Cloud
computing. This result in the production of a table (Table 1) with the main
points and associated references.
Step 2: consolidate the main points from Table 1 to come up with
a table listing the cognitive map variables (re: Table 2).
Step 3: link
up the cognitive map variables in a
plausible way to produce a cognitive map (re: Figure 1) on the topic under
review.
The next
section applies these three steps to produce a cognitive map on cloud computing.
Descriptions of cognitive map variables on
the cloud computing topic
From the
reading of some academic articles on Cloud computing, a number of main points
(e.g., viewpoints, concepts and empirical findings) were gathered by the writer. They are shown in Table 1 with
explicit referencing on the points.
Table 1: Main
points from the cloud computing literature and referencing
Main points from the cloud computing
literature
|
Referencing
|
Point 1: "Cloud technology solutions
offer a model for enabling convenient, on-demand network access to a shared
pool of configurable computing resources (e.g. network, servers, storages,
applications and services) that can be rapidly provisioned and released with minimal
management effort or service provider interaction (Han 2010 p.1). Cloud
technology enhances a self-service solution, through innovative communication
channels between the business and
customers and also provides customers with effective marketing messages
straight to their mobile device. This new technology can enable organisations
to target new markets and provide opportunities to attract new segment
of customers, who have unique needs
throughout the purchase process utilising cloud technology (Gopalani and
Shick 2011; Salmon 2011)".
|
Chen, L.C. and C.Y. Tseng. 2013. "Managing
service innovation with cloud technology"
Glob Bus Perspect November 12, Springer (DOI 10.1007/s40196-013-0027-2).
|
Point 2: "Cloud service solution has
met the requirements of value co-creation opportunities as this new
technology provides a new way of interaction with customers that is developed
based on the changes in customers’ preferences and lifestyles. This solution
allows service providers to increasingly utilise direct one-to-one marketing
and customises their promotion programmes to meet the needs of each
individuals. This solution is also planned and implemented based on the
perspective of outside-in customer value, which is created and delivered over
time as the relationship develops".
|
Chen, L.C. and C.Y. Tseng. 2013. "Managing
service innovation with cloud technology"
Glob Bus Perspect November 12, Springer (DOI 10.1007/s40196-013-0027-2).
|
Point 3: "Cloud computing is quickly changing the
nature of business and represents a projected $3.3 trillion transformation in
the computing environment (Ballmer, 2010). A large number of organizations
and government agencies are expected to rely on the cloud for more than half
of their IT services by 2020 (Gartner, 2011). About 90% of business and
technology leaders expect to implement some type of cloud computing by 2015
(Berman, Kesterson-Townes, Marshall, & Srivathsa, 2012) leaving many
organizations scrambling to develop coherent plans for successful cloud
deployment (Windstream,2014). Cloud computing represents a transformational
shift in IT that is rapidly changing the way in which organizations man-age
and deliver IT services over the internet (Shawish & Salama,2014)".
|
Garrison, G., R.L. Wakefield and S. Kim.
2015. "The effects of IT capabilities and delivery model on cloud
computing success and firm performance for cloud supported processes and
operations" International Journal
of Information Management 35, Elsevier: 377-393.
|
Point 4: "As organizations move more of
their business functions into the cloud, some are reporting benefits like
geographic expansion, better collaboration among business units, improved
customer service and increased agility, as well as time to market and
pro-cess efficiency (Windstream, 2014). However, despite the cloud’s promise
to enable organizational flexibility and agility, many organizations face
challenges developing a strategy for the execution and deployment of cloud
resources (e.g., internal assessments, vendor selection) (Windstream,
2014)".
|
Garrison, G., R.L. Wakefield and S. Kim.
2015. "The effects of IT capabilities and delivery model on cloud
computing success and firm performance for cloud supported processes and
operations" International Journal
of Information Management 35, Elsevier: 377-393.
|
Point 5: "Cloud computing is defined as a shared pool of
on-demand computing resources that are accessible over the internet and
dynamically configured to optimize resource utilization (Garrisonet al.,
2012; Shawish & Salama, 2014). Cloud computing offers users ubiquitous
and convenient access to a shared pool of computing resources consisting of
networked servers, storage and software applications that are configured
based on user requirements, rapidly provisioned to correspond with demand,
and made available on a pay-per-use basis (Garrison et al.,
2012; Mell & Grance, 2011)".
|
Garrison, G., R.L. Wakefield and S. Kim.
2015. "The effects of IT capabilities and delivery model on cloud
computing success and firm performance for cloud supported processes and
operations" International Journal
of Information Management 35, Elsevier: 377-393.
|
Point 6: "The impetus for change right
now is seen predominantly from a costs perspective (even though, as we
discuss later in the document, the promises from a technological
functionality perspective are equally attractive), as organizations
increasingly discover that their substantial capital investments in
information technology are often grossly underutilized".
|
Marston, S., Z. Li, S. Bandyopadhyay, J. Zhang and
A. Ghalsasi. 2011. "Cloud computing - The business perspective" Decision Support Systems 51, Elsevier:
176-189.
|
Point 7: "Cloud computing represents a convergence of two major trends in
information technology — (a) IT efficiency, whereby the power of modern computers is utilized more efficiently through highly scalable hardware and software resources and
(b) business agility, whereby IT can be used as a competitive tool through
rapid deployment, parallel batch processing, use of compute-intensive business
analytics and mobile interactive applications that respond in real time to
user requirements".
|
Marston, S., Z. Li, S. Bandyopadhyay, J. Zhang and
A. Ghalsasi. 2011. "Cloud computing - The business perspective" Decision Support Systems 51, Elsevier:
176-189.
|
Point 8: "While the evolution of cloud
computing will take several years or even a decade to fully unfold, the three
core technologies that will enable it – virtualization, multitenancy
and Web services – are rapidly taking shape".
|
Marston, S., Z. Li, S. Bandyopadhyay, J. Zhang and
A. Ghalsasi. 2011. "Cloud computing - The business perspective" Decision Support Systems 51, Elsevier:
176-189.
|
Point 9: "Cloud computing refers to
the delivery of computing as a service rather than a product, i.e., shared
resources, software, and information are provided to computers and other
devices as a utility over the Internet [1–3]. It has five essential characteristics: on-demand self-service, broad network
access, resource pooling, rapid elasticity, and measured service".
|
Wang, N., H. Liang, Y. Jia, S. Ge, Y. Xue
and Z. Wang. 2016. "Cloud computing research n the IS discipline: A
citation/ co-citation analysis" Decision
Support Systems 86, Elsevier:
35-47.
|
Point 10: "The rapid development of cloud
computing markets has attracted much attention from information systems (IS)
academics [6]. In recent years, some attempts have been made to summarize
existing cloud computing research, map its intellectual structure, and
predict its future directions".
|
Wang, N., H. Liang, Y. Jia, S. Ge, Y. Xue
and Z. Wang. 2016. "Cloud computing research n the IS discipline: A
citation/ co-citation analysis" Decision
Support Systems 86, Elsevier:
35-47.
|
Point 11: "Cloud computing research
resides in an interdisciplinary area that includes technological, behavioral,
managerial, and social dimensions".
|
Wang, N., H. Liang, Y. Jia, S. Ge, Y. Xue
and Z. Wang. 2016. "Cloud computing research n the IS discipline: A
citation/ co-citation analysis" Decision
Support Systems 86, Elsevier:
35-47.
|
Point 12: "Over the last decade, cloud computing has
gained prominence and popularity as an innovative means of provisioning,
utilizing, and managing information technology (IT) resources. Cloud
computing is a new paradigm of computing where users employ third-party,
Internet-hosted software applications, data storage, and computing services
for their computing needs rather than applications on their local
computers".
|
Bhattacherjee, A. and S.C. Park. 2014.
"Why end-users move to the cloud: a migration-theoretic analysis" European Journal of Information Systems
23: 357-372.
|
Point 13: "Cloud computing has many
benefits for both organizations and individual end-users. First, it provides
users with universal (anytime/ anywhere) access to cloud-hosted resources and
processing power (Rayport & Heyward, 2009). Second, it generates
significant cost efficiencies for users from economies of scale as well as
from the inherent cost advantages of Internet-based computing. Third, the
cloud based architecture shields users from the risk and responsibility of
owning and operating their own IT infrastructure or software....".
|
Bhattacherjee, A. and S.C. Park. 2014.
"Why end-users move to the cloud: a migration-theoretic analysis" European Journal of Information Systems
23: 357-372.
|
Point 14: "Empirical studies on cloud
adoption have relied heavily on IT adoption theories such as the theory of
planned behavior (TPB) and the technology acceptance model (TAM) or their
extensions. For example, Taylor & Hunsinger (2011) observed that TPB
constructs – attitude, subjective norm and perceived behavioral control –
influenced endusers’ intention of cloud adoption, in addition to their affect
toward the cloud".
|
Bhattacherjee, A. and S.C. Park. 2014.
"Why end-users move to the cloud: a migration-theoretic analysis" European Journal of Information Systems
23: 357-372.
|
Point 15: "The cloud market has grown considerably in
recent years. Currently, the customer can choose among many cloud providers.
The provider selection is challenging and it is difficult to match individual
customer requirements with provided service characteristics. In addition, the
absence of common provider properties and standards as well as individually
differing perceptions complicate the process of adopting certain cloud
solutions".
|
Repschlaeger, J., K. Erek and R. Zarnekow.
2013. Cloud computing adoption: an empirical
study of customer preferences among start-up companies" Electron Markets 23, Springer:
115-148.
|
Point 16: "In an attempt to assess the factors of
influence referring to cloud adoption, Martens et al. (2011) develop a
maturity model for the qualitative evaluation of cloud services. In this
context, the relationships between cloud services, service level agreements
(SLAs), aspects of technical implementation and characteristics of cloud
providers are described in detail".
|
Repschlaeger, J., K. Erek and R. Zarnekow.
2013. Cloud computing adoption: an empirical
study of customer preferences among start-up companies" Electron Markets 23, Springer:
115-148.
|
Point 17: "Most
researchers [12,18,20], users and professional public [4,7,8,10] define
commercial computer clouds as a set of network services intended for
providing IT services, wherein their usage: * can
be characterised as being performed on the on-demand self-service basis, * is available through standard
network technologies and protocols, * is based on resource virtualization, *
enables rapid
elasticity, that is ,scalability of provided services and available resources
in accordance with the user’s current business requirements, and * is charged on the pay-as-you-go basis, like
conventional utilities".
|
Brumec, S. and N. Vrček. 2013. "Cost
effectiveness of commercial computing clouds" Information Systems 38, Elsevier: 495-508.
|
Point 18: "On
their portals, commercial cloud providers offer a calculator for estimating
the costs of leased cloud IT resources which, however, fail to address two
crucial questions: what is the amount of IT resources that a particular
application will use? and What is the cost of maintenance of those
applications of on-premise computers within a conventional server
farm?".
|
Brumec, S. and N. Vrček. 2013. "Cost
effectiveness of commercial computing clouds" Information Systems 38, Elsevier: 495-508.
|
With a
set of main points collected, the writer produces a set of cognitive map
variables. These variables are informed by the set of main points from Table 1.
These variables are presented in Table 2.
Table 2:
Cognitive map variables based on Table 1
Cognitive
map variables
|
Literature
review points
|
Variable 1: Drivers of interest in cloud
computing
|
Point 3: "Cloud computing is quickly changing the
nature of business and represents a projected $3.3 trillion transformation in
the computing environment (Ballmer, 2010). A large number of organizations
and government agencies are expected to rely on the cloud for more than half
of their IT services by 2020 (Gartner, 2011). About 90% of business and
technology leaders expect to implement some type of cloud computing by 2015
(Berman, Kesterson-Townes, Marshall, & Srivathsa, 2012) leaving many
organizations scrambling to develop coherent plans for successful cloud
deployment (Windstream,2014). Cloud computing represents a transformational
shift in IT that is rapidly changing the way in which organizations man-age
and deliver IT services over the internet (Shawish & Salama,2014)".
Point 6: "The impetus for change right
now is seen predominantly from a costs perspective (even though, as we
discuss later in the document, the promises from a technological
functionality perspective are equally attractive), as organizations increasingly
discover that their substantial capital investments in information technology
are often grossly underutilized".
Point 12: "Over the last decade, cloud computing has
gained prominence and popularity as an innovative means of provisioning,
utilizing, and managing information technology (IT) resources. Cloud
computing is a new paradigm of computing where users employ third-party,
Internet-hosted software applications, data storage, and computing services
for their computing needs rather than applications on their local
computers".
|
Variable 2: Improve intellectual
understanding of cloud computing
|
Point 5: "Cloud computing is defined as a shared pool of
on-demand computing resources that are accessible over the internet and
dynamically configured to optimize resource utilization (Garrisonet al.,
2012; Shawish & Salama, 2014). Cloud computing offers users ubiquitous
and convenient access to a shared pool of computing resources consisting of
networked servers, storage and software applications that are configured
based on user requirements, rapidly provisioned to correspond with demand,
and made available on a pay-per-use basis (Garrison et al.,
2012; Mell & Grance, 2011)".
Point 7: "Cloud computing represents a convergence of two major trends in
information technology — (a) IT efficiency, whereby the power of modern computers is utilized more efficiently through highly scalable hardware and software resources and
(b) business agility, whereby IT can be used as a competitive tool through
rapid deployment, parallel batch processing, use of compute-intensive
business analytics and mobile interactive applications that respond in real
time to user requirements".
Point 9: "Cloud computing refers to
the delivery of computing as a service rather than a product, i.e., shared
resources, software, and information are provided to computers and other
devices as a utility over the Internet [1–3]. It has five essential characteristics: on-demand self-service, broad network
access, resource pooling, rapid elasticity, and measured service".
Point 11: "Cloud computing research
resides in an interdisciplinary area that includes technological, behavioral,
managerial, and social dimensions".
Point 14: "Empirical studies on cloud
adoption have relied heavily on IT adoption theories such as the theory of
planned behavior (TPB) and the technology acceptance model (TAM) or their
extensions. For example, Taylor & Hunsinger (2011) observed that TPB
constructs – attitude, subjective norm and perceived behavioral control –
influenced endusers’ intention of cloud adoption, in addition to their affect
toward the cloud".
Point 16: "In an attempt to assess the factors of
influence referring to cloud adoption, Martens et al. (2011) develop a
maturity model for the qualitative evaluation of cloud services. In this
context, the relationships between cloud services, service level agreements
(SLAs), aspects of technical implementation and characteristics of cloud
providers are described in detail".
Point 17: "Most
researchers [12,18,20], users and professional public [4,7,8,10] define
commercial computer clouds as a set of network services intended for
providing IT services, wherein their usage: * can
be characterised as being performed on the on-demand self-service basis, * is available through standard
network technologies and protocols, * is based on resource virtualization, *
enables rapid
elasticity, that is ,scalability of provided services and available resources
in accordance with the user’s current business requirements, and * is charged on the pay-as-you-go basis, like
conventional utilities".
|
Variable 3: Effective cloud computing
practices
|
Point 1: "Cloud technology solutions
offer a model for enabling convenient, on-demand network access to a shared
pool of configurable computing resources (e.g. network, servers, storages,
applications and services) that can be rapidly provisioned and released with minimal
management effort or service provider interaction (Han 2010 p.1). Cloud
technology enhances a self-service solution, through innovative communication
channels between the business and
customers and also provides customers with effective marketing messages
straight to their mobile device. This new technology can enable organisations
to target new markets and provide opportunities to attract new segment
of customers, who have unique needs
throughout the purchase process utilising cloud technology (Gopalani and
Shick 2011; Salmon 2011)".
Point 2: "Cloud service solution has
met the requirements of value co-creation opportunities as this new
technology provides a new way of interaction with customers that is developed
based on the changes in customers’ preferences and lifestyles. This solution
allows service providers to increasingly utilise direct one-to-one marketing
and customises their promotion programmes to meet the needs of each
individuals. This solution is also planned and implemented based on the
perspective of outside-in customer value, which is created and delivered over
time as the relationship develops".
Point 8: "While the evolution of cloud
computing will take several years or even a decade to fully unfold, the three
core technologies that will enable it – virtualization, multitenancy
and Web services – are rapidly taking shape".
Point 13: "Cloud computing has many
benefits for both organizations and individual end-users. First, it provides
users with universal (anytime/ anywhere) access to cloud-hosted resources and
processing power (Rayport & Heyward, 2009). Second, it generates
significant cost efficiencies for users from economies of scale as well as
from the inherent cost advantages of Internet-based computing. Third, the
cloud based architecture shields users from the risk and responsibility of
owning and operating their own IT infrastructure or software....".
Point 15: "The cloud market has grown considerably in
recent years. Currently, the customer can choose among many cloud providers.
The provider selection is challenging and it is difficult to match individual
customer requirements with provided service characteristics. In addition, the
absence of common provider properties and standards as well as individually
differing perceptions complicate the process of adopting certain cloud
solutions".
|
Variable 4: Learn from cloud computing
practices
|
Point 4: "As organizations move more of
their business functions into the cloud, some are reporting benefits like
geographic expansion, better collaboration among business units, improved
customer service and increased agility, as well as time to market and
pro-cess efficiency (Windstream, 2014). However, despite the cloud’s promise
to enable organizational flexibility and agility, many organizations face
challenges developing a strategy for the execution and deployment of cloud
resources (e.g., internal assessments, vendor selection) (Windstream,
2014)".
Point 10: "The rapid development of
cloud computing markets has attracted much attention from information systems
(IS) academics [6]. In recent years, some attempts have been made to
summarize existing cloud computing research, map its intellectual structure,
and predict its future directions".
Point 18: "On
their portals, commercial cloud providers offer a calculator for estimating
the costs of leased cloud IT resources which, however, fail to address two
crucial questions: what is the amount of IT resources that a particular
application will use? and What is the cost of maintenance of those
applications of on-premise computers within a conventional server
farm?".
|
The next
step is to relate the cognitive map variables to make up a cognitive map on cloud
computing. The cognitive map and its explanation are presented in the next
section.
A cognitive map on cloud computing and its
interpretation
By
relating the four variables identified in Table 2, the writer comes up with a
cognitive map on cloud computing, as shown in Figure 1.
These
cognitive map variables, four of them
altogether, are related to constitute a systemic image of cloud computing. The
links in the cognitive map (re: Figure 1) indicate direction of influences
between variables. The + sign shows that an increase in one variable leads to
an increase in another variable while a -ve sign tells us that in increase in
one variable leads to a decrease in another variable. If there no signs shown on the arrows, that
means the influences can be positive or negative. For further information on cloud computing,
readers are referred to the Literature on
cloud computing Facebook page.
Concluding remarks
The
cognitive mapping exercise captures in one diagram some of the main variables
involved in cloud computing. The resultant cognitive map promotes an
exploratory way to study cloud computing in a holistic tone. The experience of
the cognitive mapping exercise is that it can be a quick, efficient and
entertaining way to explore a complex topic such as cloud computing in Information
Systems Management. Finally, readers who are interested in cognitive mapping
should also find the article informative on this mapping topic.
Bibliography
1. Bhattacherjee, A. and S.C. Park. 2014. "Why
end-users move to the cloud: a migration-theoretic analysis" European Journal of Information Systems
23: 357-372.
2. Brumec, S. and N. Vrček. 2013. "Cost
effectiveness of commercial computing clouds" Information Systems 38, Elsevier: 495-508.
3. Chen, L.C. and C.Y. Tseng. 2013. "Managing service innovation with
cloud technology" Glob Bus Perspect
November 12, Springer (DOI 10.1007/s40196-013-0027-2).
4.
Eden, C. and P.
Simpson. 1989. "SODA and cognitive mapping in practice", pp. 43-70,
in Rosenhead, J. (editor) Rational
Analysis for a Problematic World, Wiley, Chichester.
5.
Eden, C., C. Jones
and D. Sims. 1983. Messing about in
Problems: An informal structured approach to their identification and
management, Pergamon Press, Oxford.
6. Garrison, G., R.L. Wakefield and S. Kim. 2015. "The
effects of IT capabilities and delivery model on cloud computing success and
firm performance for cloud supported processes and operations" International Journal of Information
Management 35, Elsevier: 377-393.
7. Literature on cloud
computing Facebook page, maintained by
Joseph, K.K. Ho (url address: https://www.facebook.com/Literature-on-cloud-computing-1824464167871156/).
8.
Literature on cognitive mapping Facebook page, maintained by Joseph, K.K. Ho (url address:
https://www.facebook.com/Literature-on-cognitive-mapping-800894476751355/).
9. Literature on
literature review Facebook page, maintained by Joseph, K.K. Ho (url address: https://www.facebook.com/literature.literaturereview/).
10. Managerial intellectual learning
Facebook page, maintained by Joseph, K.K. Ho (url address:
https://www.facebook.com/managerial.intellectual.learning/).
11. Marston, S., Z. Li, S. Bandyopadhyay, J. Zhang and A. Ghalsasi. 2011.
"Cloud computing - The business perspective" Decision Support Systems 51, Elsevier: 176-189.
12. Open University. n.d. "Sign graph" Systems Thinking and Practice (T552): Diagramming, Open University,
U.K. (url address: http://systems.open.ac.uk/materials/T552/) [visited at April
10, 2017].
13. Repschlaeger, J., K. Erek and R. Zarnekow. 2013.
Cloud computing adoption: an empirical
study of customer preferences among start-up companies" Electron Markets 23, Springer: 115-148.
14. Wang, N., H. Liang, Y. Jia, S. Ge, Y. Xue and Z.
Wang. 2016. "Cloud computing research n the IS discipline: A citation/
co-citation analysis" Decision
Support Systems 86, Elsevier: 35-47.
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