information systems success model: difficulty in quantifying user frame of reference
DESCRIPTION
Information Systems Success Model: Difficulty in Quantifying User Frame of ReferenceTRANSCRIPT
Information Systems 1
Information Systems Success Model: Difficulty in Quantifying User Frame of Reference
Edgardo Donovan
ITM 604 – Dr. Indira Guzman
Module 1 – Case Analysis
Monday, April 19, 2010
Information Systems 2
Information Systems Success Model: Difficulty in Quantifying User Frame of Reference
An information systems success model is a theoretical tool that arguably has the
potential to measure the scope and effectiveness of an organization’s overall information systems
utilization and overall return on investment. The first and most important article written by
DeLone and McLean in 1992 and then the revised model updated a decade later (2003) provided
researchers and practitioners with a way to quantify the effectiveness of information systems.
This model centered around the variables of “systems quality” and “systems characteristics” and
utilized information drawn from survey on the organization’s information systems consumers
and practitioners. Although it is debatable whether this tool can be utilized by executive
management to effectively gauge the success of their information systems, it constitutes one of
the most important pieces of work that attempts to define and measure information systems
success in a universal fashion. A large number of studies have been conducted to identify those
factors that contribute to information systems success. However, the dependent variable of I/S
success has been hard to define. This taxonomy posits six major dimensions of categories of I/S
success: system quality, information quality, use, use satisfaction, individual impact, and
organizational impact (McLean 60).
Although the wide popularity of the model is strong evidence of the need for a
comprehensive framework in order to integrate IS research findings (McLean 10) there is little
evidence establishing that there is a broad consensus that DeLone and McLean have indeed
succeeded in filling such a demand. In every organization there is a demand for easy solutions
but not a functional need for uniform glossed over methodologies leading to broad
interpretations. DeLone and McLean have provided a methodology to survey in an attempt to
cull data that can then be used to classify practitioner and end-user opinions of information
Information Systems 3
systems effectiveness. However, their framework does not differentiate between the wide variety
of frame of references within its survey base. For example, a technical support specialist at
Microsoft Corporation may have degrees in Computer Science along with 20 years experience as
a software engineer, whereas the CIO at a small trucking company may be many years his or her
junior in terms of academic credentials and actual information systems management experience.
McLean and DeLone do not offer a way to differentiate the two. The potential misleading result
by using their study is that a self-critical organizational culture at an organization like Microsoft
when compared to an enthusiastic culture in a small trucking company may lead the latter to
score more effectively than the former. Unfortunately, until someone will be able to propose a
model that is able to accomplish the seemingly impossible task of quantifying the strategic and
information systems related frame of reference of its survey base, theoretical models involving
assessing information systems effectiveness will continue to be potentially misleading.
The role of information systems has changed and progressed during the last decade.
Similarly, academic inquiry into the measurement of IS effectiveness has progressed over the
same period. McLean and DeLone reviewed more than 100 articles, including all the articles in
Information Systems Research, Journal of Management Information Systems, and MIS Quarterly
since 1993 in order to inform this review of IS success measurement. The purpose of their
revised paper, therefore, was to update the D&M IS Success Model and evaluate its usefulness in
light of the dramatic changes in IS practice, especially the advent and explosive growth of e-
commerce (McLean 10).
The greater portion of their updated paper deals with confronting the various critics to
their model over the years. Many of their critics outlined what they thought were weaknesses in
the D&M IS Success model but were not able to propose what the authors believed to be
Information Systems 4
stronger alternatives. None of the critics outlined in their updated paper took a position similar to
mine which casts doubt on the viability of any universal information systems effectiveness
assessment tool. DeLone and McLean did make some changes to their model and added a third
dimension, “service quality,” to the two original system characteristics, “systems quality” and
“information quality.” Conversely, they considered it more parsimonious to combine
“individual” and “organizational impacts” into a single variable, “net benefits” (McLean 22).
Although expanding the frame of study into the arena involving how people perceive the
information systems impact on service quality makes their study more relevant, sophisticated,
and interesting, it does not provide a way to effectively quantify survey respondents information
systems frame of reference. This only exacerbates the original problem by adding additional
layers of user opinion regarding service quality.
Despite the confident pose of DeLone and McLean who continue to uphold the validity
of their model, in their updated work they seem to echo my contention that they fail to quantify a
user’s or organization’s frame of reference describing these as mere minor deficiencies that can
be improved upon in time:
“The second issue of concern is: benefits for whom—the designer, the sponsor, the user,
or others? Different actors, players, or stakeholders may have different opinions as to
what constitutes a benefit to them [42]. Thus, it is impossible to define these “net
benefits” without first defining the context or frame of reference. The fact that the D&M
Model does not define this context is a matter of detail, not of oversight. The focus of any
proposed study must be defined. Our model may be useful to both Microsoft and the user
community, but each may have a very different definition of what constitutes net benefits
and thus IS success (McLean 22).”
Information Systems 5
The DeLone and McLean success model is useful and an overall successful piece of
theoretical work due to the finding that it produced involving system usage. It substantiates that
systems use continues to be a popular success measure. However, Straub et al. studied 458 users
of a voice mail system and found that self-reported systems usage and computer-recorded usage
were not correlated. Their findings suggest that self-reported system usage and computer-
recorded usage should both be measured in empirical studies because the two do not necessarily
correlate with one another (McLean 20).
The DeLone and McLean success model is also useful due to the finding that it produced
involving the variable of systems quality. The study successfully correlates the latter with other
related variables involving the information systems apparatus such as: accuracy, reliability,
human factors, content of the database information quality, output timeliness, reliability,
completeness, relevance, precision, and accuracy.
Not enough MIS field study research attempts to measure the influence of the MIS effort
on organizational performance (McLean 81). It would be important to conduct such studies
because there is a huge organizational demand to better quantify the overall effectiveness of their
information systems investment. Worldwide expenditure on IT probably exceeds one trillion US
dollars per year and growing at 10% annually. The success of such investments and the quality
of the systems developed is of the utmost importance both for research and in practice (Livari
8). A large number of studies have been conducted to identify those factors that contribute to
information systems success. However, the dependent variable of I/S success has been hard to
define (McLean 60).
Most organizations build processes and systems around achieving a particular goal. Many
minds come and go and constantly revise the organizational agenda over time. Mostly in larger
organizations, statistics are run to see if
policies are changed in an attempt to generate different numbers until the assessments from
future statistics are available to validate or invalidate po
and system quality are not the primary drivers
organizational executives are forced to manage
Figure 1. Systems Development Cycle
I believe that organizational managers
historical knowledge of all the strategic decisions that have contributed to current information
systems apparatus. If tasked with developing an information systems success model
structure it to take into account the totality of past organizational information systems
development cycles. The surveys I would devise would attempt to track organizational short
term and long-term goals for each fiscal quarter
ossify the process that takes place frequently in executive meetings assigning numbered success
scores to each objective. Ideally, the study would enable to managers to correlate the pursued
objectives, whether successful or not
development. I believe that this would better solve the frame of reference issue given that the
Information Systems
to see if particular goals are being met or not. Consequently,
policies are changed in an attempt to generate different numbers until the assessments from
future statistics are available to validate or invalidate policy modifications. Information quality
and system quality are not the primary drivers but merely one of the many variables that
organizational executives are forced to manage.
Figure 1. Systems Development Cycle
I believe that organizational managers have a better chance at success if they have a
historical knowledge of all the strategic decisions that have contributed to current information
systems apparatus. If tasked with developing an information systems success model
into account the totality of past organizational information systems
development cycles. The surveys I would devise would attempt to track organizational short
term goals for each fiscal quarter over time. In essence, the methodology would
sify the process that takes place frequently in executive meetings assigning numbered success
to each objective. Ideally, the study would enable to managers to correlate the pursued
whether successful or not, over time with the organizations information systems
development. I believe that this would better solve the frame of reference issue given that the
Information Systems 6
Consequently,
policies are changed in an attempt to generate different numbers until the assessments from
Information quality
but merely one of the many variables that
have a better chance at success if they have a
historical knowledge of all the strategic decisions that have contributed to current information
systems apparatus. If tasked with developing an information systems success model, I would
into account the totality of past organizational information systems
development cycles. The surveys I would devise would attempt to track organizational short-
. In essence, the methodology would
sify the process that takes place frequently in executive meetings assigning numbered success
to each objective. Ideally, the study would enable to managers to correlate the pursued
ions information systems
development. I believe that this would better solve the frame of reference issue given that the
organizational executive staff surveyed would be those with the highest degree of vested interest
in information systems success achiev
for information systems success it could be relied upon as a universal tool for self
information systems success vis-
the survey data compiled over many quarters
visually represent the presence or absence of a correlation between goal success and information
systems expenditures over time. The weakness of a model like the one I wo
would take many years of use to prove or disprove its worth to an organization
validity.
Figure 2. Multiple Sequential Overlapping IT Systems Development Cycles Over a
A collaborative technology such
to study due to infinite range of user interaction among multiple disparate systems and
applications. Designing a research model that would attempt to apply variable constraints on a
phenomenon of that magnitude would be incredibly challenging.
Information Systems
surveyed would be those with the highest degree of vested interest
in information systems success achieving organizational goals. Rather than being a universal tool
for information systems success it could be relied upon as a universal tool for self
-à-vis helping to achieve organizational objectives.
survey data compiled over many quarters the organization would be able to objectively
visually represent the presence or absence of a correlation between goal success and information
systems expenditures over time. The weakness of a model like the one I would propose is that it
would take many years of use to prove or disprove its worth to an organization and ultimate
Multiple Sequential Overlapping IT Systems Development Cycles Over a
10-30 Year Period
technology such as Web 2.0 would be interesting be extremely difficult
to study due to infinite range of user interaction among multiple disparate systems and
applications. Designing a research model that would attempt to apply variable constraints on a
magnitude would be incredibly challenging. In the past perceived system
Information Systems 7
surveyed would be those with the highest degree of vested interest
ing organizational goals. Rather than being a universal tool
for information systems success it could be relied upon as a universal tool for self-assessing
vis helping to achieve organizational objectives. By tallying
organization would be able to objectively
visually represent the presence or absence of a correlation between goal success and information
uld propose is that it
and ultimate
Multiple Sequential Overlapping IT Systems Development Cycles Over a
be extremely difficult
to study due to infinite range of user interaction among multiple disparate systems and
applications. Designing a research model that would attempt to apply variable constraints on a
erceived system
Information Systems 8
quality was also a significant predictor of system use. User satisfaction was found to be a strong
predictor of individual impact, whereas the influence of system use on individual impact was
insignificant (Livari 8). However, as use of services provided by information systems becomes
ever more ubiquitous in our society, the reliability of end-user perceptions as valid opinions to
evaluate the effectiveness of information systems models will decrease in importance. In the
1970s, if you were a computer user there was a probably a 90% chance that you were either an
engineer or an avid technology hobbyist with a solid understanding of how hardware and
software operated together. Today, 95% of computer users have little to no knowledge of the
latter. In similar fashion, the importance of the opinion of Web 2.0 users regarding technical
matters will decrease as the user base expands and the transparent use of Web 2.0 information
systems become interwoven within the fabric of our user daily experience.
Information Systems 9
Bibliography
DeLone, W. H., & McLean, E. R. (1992). Information systems success: The quest for the
dependent variable. Information Systems Research, 3(1), 60-95.
DeLone, W. H., & McLean, E. R. (2003). The DeLone and McLean model of
information systems success: A ten-Year Update. Journal of Management Information
Systems, 19(4), 9-30.
Ivari, J. (2005). An empirical test of the DeLone-McLean model of information system
success. The Data Base of Advances in Information Systems, 36(2), 8-27.
Sabherwal, R., Jeyaraj, A., & Chowa, C. (2006). Information system success: individual
and organizational determinants. Management Science, 52(12), 1849.