Role of Commitment and Motivation in
Knowledge Management Systems Implementation:
Theory, Conceptualization, and Measurement of Antecedents of Success
Malhotra, Y. and Galletta, D., Role of Commitment and Motivation in Knowledge Management Systems Implementation: Theory, Conceptualization, and Measurement of Antecedents of Success, Proceedings of 36th Annual Hawaii International Conference on Systems Sciences, January 6-9, 2003, IEEE, Pages 1-10.
Syracuse University School of Management
Dennis F. Galletta
Joseph M. Katz Graduate School of Business
Our ignorance exceeds our knowledge where issues of motivation and commitment of knowledge workers are concerned in the context of knowledge management systems implementation as critical to the implementation success of KMS [1,16,17,18]. This study is motivated by the pervasive confusion about the role of knowledge workers' motivation and commitment in KMS implementation and sparse, if any, theoretical or empirical research on these issues. This paper proposes a theoretical framework for understanding how knowledge workers' commitment and motivation affect the use of KMS and resulting organizational performance of the KMS. The theoretical and empirical validation of the framework require first and foremost the theoretical development of the knowledge workers' commitment and motivation constructs and empirical validation of these constructs in the context of a real world organizational study of KMS implementation. The authors attempt to fulfill these specific goals within the scope of this paper. Future empirical research on the integration of motivation and commitment within diverse implementation contexts of KMS and organizational knowledge management programs is expected to further advance the theoretical and empirical development of the proposed framework.
Diverse interpretations of knowledge management systems (KMS) [1,16,18,22,23,24,25,26,27,28,29,38] suggest common attributes shared by knowledge management systems (KMS). A review of such interpretations indicates that most KMS: (i) are based upon some combination of information-enabled enabled communication, coordination, and collaboration capabilities; (ii) provide the critical link between the information and technology resource inputs and organizational performance; and, (iii) are critically dependent upon active participation and involvement of knowledge workers to transform the inputs into organizational performance. Not surprisingly, despite the availability of the best technology or access to the richest warehouses of relevant information, knowledge workers’ motivation and commitment often determine the success or failure of such knowledge management systems [16,18]. Similarly, knowledge workers’ motivation and commitment are critical for sharing of tacit and explicit knowledge [39,42]. Given their importance, it might at first seem surprising that notions of motivation and commitment have not been refined in the existing literature on KMS. However, these notions have only recently been refined in the literature of Social Psychology (cf: [7,14,15,20]). What is needed is a richer conceptualization of motivation and commitment in a knowledge management context for development and empirical validation of these constructs in a real world organizational study of KMS implementation .
This paper refines the conceptualization of KMS user commitment and motivation and provides empirical validation of these constructs in an organizational field study. The context of the study is the organizational adoption of an enterprise wide KMS to facilitate communication, coordination, and collaboration system for enabling organizational transformation. Better understanding of these constructs is anticipated to contribute to development of organizational knowledge cultures that foster high levels of commitment and motivation of knowledge workers that are critical for the success of any KMS implementation [1,45].
The role of motivation and commitment of knowledge workers, professionals, and managers is being increasingly realized as a critical success factor for implementation of enterprise knowledge management systems. Researchers (cf: ) have observed that unsuccessful KM projects had "struggled to get organization members to contribute to repositories" and "the motivation to create, share, and use knowledge is an intangible critical success factor for virtually all knowledge management projects."
Industry surveys (cf: , ) have consistently reinforced the critical importance of user commitment and motivation in success of KMS implementations, regardless of geographic and industry differences. Ironically, the same studies also highlight that despite increased interest in the two enablers of KMS, marked confusion exists in practice and theory about what can be done to alleviate the lack of user motivation and commitment in organizational settings. A case in point is that of Pillsbury Co. of Minneapolis where a scientist proposed creating a forum in which everyone could contribute knowledge about all aspects of batter and related products . The IT department built the system, seeded it with a few
thought-provoking questions, invited participation via e-mail to all relevant parties. After waiting six months, the scientist found that not a single user had signed on. The application was deemed a failure and shut down. In retrospective, the organizational diagnosis of the failure of KMS concluded that there was no incentive for anyone to invest time and energy to solve other people’s problems. Many other KMS implementations have met the same fate (cf: ) of the unfulfilled vision of the 'field of dreams.' Even when formal incentives were deployed, organizational KMS often failed to yield sharing of knowledge. In some cases, incentives cajole employees into meeting their monthly or annual quota of 'points' for knowledge shared regardless of the quality or value of the information that they share. Such horror stories of KMS implementations have increased organizational urgency for building a shared sense of commitment across the enterprise [5,44].
Why do organizations often struggle with incentives for knowledge sharing for users of KMS when sharing of knowledge occurs without any incentive whatsoever in several public online communities? Why do million dollar investments in KMS fail to whet the interest of employees while some of the same employees participate regularly in external online communities? These and other similar questions challenge the existing wisdom about harnessing knowledge workers' motivation and commitment in the success of KMS implementations. This study seeks to improve the theoretical understanding of motivation and commitment and development of related measures of these constructs to fill this critical void.
3. Theoretical Bases for the Study
The conceptualization of knowledge workers' commitment and motivation discussed here provides a theoretical basis for understanding the fine balance between knowledge workers' concerns about fulfillment of their own potential and the need to improve organizational performance. Previous research in adoption and use of innovations and new information systems, and the key issues relevant to adoption of new KM programs and KM systems will be discussed. Pragmatic implications are then drawn from that work to help develop an organizational culture for fostering commitment and motivation congruent with organizational goals and to develop proper incentive programs for successful implementation of KMS.
3.1 Theoretical Bases of KMS User Commitment
Industry surveys indicate that while they drive development of KMS, the executive board and senior management often fail to motivate the rest of the organization  to adopt the systems. Reasons often cited for failing to meet expectations or suffering from a negligible user uptake include insufficient communication, failure to integrate KM in everyday activities, a sense of little personal benefit for the user, lack of time to share knowledge, failure to use knowledge effectively, and difficulties of capturing tacit knowledge .
Many forces are at work in KMS acceptance when implementation is driven from top: some workers wish to please their managers; some conform to demands imposed by performance criteria; and some conform to peer pressures. Given that proactive use of KMS is a prerequisite for alleviating many of the problems of ineffective use of knowledge and knowledge sharing, many researchers and practitioner experts have recommended the use of incentives and cultural interventions. However, execution of these recommendations is limited by incomplete understanding of the problem at hand as well as the means for solving it: fostering commitment and motivation that is necessary for the success of KMS implementation.
3.1.1 The Continuum of Commitment
While most discussions of knowledge management have treated commitment as a binary variable, underlying theory suggests otherwise. Rather, commitment can be better represented as a continuum ranging from negligible or partial commitment to absolute commitment to the organization's KM program, and, from avoidance (nonuse) to meager and unenthusiastic use (compliant use) to skilled, enthusiastic and consistent use (committed use) of KMS.
This view draws upon Kelman’s  theory of social influence that explains theoretical distinctions between the varied processes by which social influences affect behavior, and has been used in previous research to explain users’ adoption of new information systems (cf: ) and other innovations (cf: ). Kelman’s distinctions include the three processes of compliance (to gain a reward), identification (to establish or maintain relationships), and internalization (when the behavior is congruent with value system).
3.1.2 Commitment by Compliance
When the adopted behavior is primarily a result of incentives, rewards, or punishments, the user may not necessarily appreciate or understand the value of the desired behavior. Given that the primary focus of the compliant knowledge workers’ attention is on the ‘carrot or stick’, emphasis is more on maximizing the incentive, and not necessarily on maximizing the value added by one’s own contributions.
Quantity-based incentives for knowledge sharing or knowledge use would likely lead to minimal investment in the process itself and users would focus instead on a high number of contributions of low value. In the longer run, such problems lead to increased amounts of information in the common pool, but dramatically increased effort is consumed in finding high quality information that of value in specific organizational contexts.
3.1.3 Commitment by Identification
With commitment by identification, the adopted behavior is primarily a result of the knowledge workers’ need for acceptance by peers and managers and esteem based upon such recognition. Through such identification processes, knowledge workers seek to adopt the values, beliefs, or behavior associated with other well known, recognized, or popular figures in order to emulate their perceived social image.
Two caveats are important about the effectiveness of the social influence processes of identification. First, the specific role models should be chosen carefully as knowledge workers primarily identify with these social characters and not necessarily with the espoused values or related behaviors. Second, regardless of the conformity of behavior, the specific content of the induced behavior is more or less irrelevant to the knowledge worker.
3.1.4 Commitment by Internalization
Most organizations and managers emphasize the need for imparting values that guide specific behaviors. This is not surprising given that values have a much longer-lasting effect than rewards, punishments, or social recognition in sustaining desired behaviors. Internalization of values, rather than focusing on extrinsic rewards or social referents, ensures that the knowledge worker is invested at the deepest level in the prescribed behavior that serves the specific values.
Given that there is no 'other' involved, commitment in this case is self-generated and hence there is lesser, if any, chance of deceiving or cheating that may be present in the case of compliance without real uptake. In this case, the knowledge worker does not only want to be perceived as contributing to the value of the knowledge processes, but is genuinely invested in doing so. One can deduce that such behavior would be evident in KMS in which there is greater focus on value addition through high quality contributions rather than on gaming the system by artificially inflating the quantity with lesser regard for quality.
Compliance can occur only if the organizational managers have control over the knowledge workers whose behavior they want to change. Identification will serve as a basis for behavior change only if there is strong affiliation between the role models established and the knowledge workers whose behavior needs to be ‘modeled’ accordingly. As noted earlier, both compliance and identification can be manipulative as they may be used to cause behavior change through rewards, punishments, and social recognition. On the other hand, internalization represents a self-governing process of commitment that produces more lasting change in behavior.
The above processes describe the varieties of influence  that may exist alone or in combination along a continuum of use of the KMS: from avoidance or pro-forma and uninvested use on one end to committed and enthusiastic use on the other .
The next section describes in detail the motivation construct so that a better understanding of knowledge workers' behavior is possible based upon an integrated perspective of processes underlying commitment and motivation.
3.2 Theoretical Bases for KMS User Motivation
Often the issue of motivation generates strong debate about incentives for knowledge workers . Regardless, it is recognized that rewards depend to a great extent on the cultural norms in an organization or group. Wenger et al. (, p. 181-183) describe the use of rewards and incentives for contributions to KM programs in organizations such as Daimler-Chrysler, McKinsey, World Bank, and Xerox. At Daimler-Chrysler the "executive Tech Clubs" are responsible for reviewing the results of engineering Tech Clubs with emphasis on quantitative data about contributions to knowledge assets such as completed sections of the Engineering Book of Knowledge (EBoK). At McKinsey, competitive presentations of various practice-development teams at luxury resorts with attention and recognition from peers and senior directors are used as rewards for the winning teams.
Wenger et al. (, p. 182) observe that rewarding "voluntary" behavior poses a dilemma: "How do we encourage behavior through extrinsic means when the intrinsic motivation for such behavior is considered a matter of pride and identity?" They observe that people often value the satisfaction derived from giving for reasons of professional affiliation or commitment to a larger cause, not because they are rewarded with a "carrot". They further observe that Xerox technicians valued their name being posted "in lights" before thousands of peers over being rewarded by small financial incentives. They assert that: (a) recognition by peers, not financial rewards, is the primary motivator for community participation; and, (b) people who contribute regularly to a community often want that contribution to be recognized by the organization.
As described earlier, truly voluntary [internalized] behavior is based upon internal value systems of the knowledge workers in contrast to pride and identity that characterize social influences based upon identification. Also, their assertions do not provide a satisfactory answer to the two questions posed at the beginning of the paper: Why do organizations often struggle with incentives for knowledge sharing for users of KMS while similar sharing of knowledge occurs without any incentive whatsoever in several external online communities? Why do million dollar investments of organizations in KMS often fail to whet the interest of employees while some of the same employees participate regularly in external online communities?
We believe that the above problem is attributable to ambiguity in distinguishing between intrinsic and extrinsic motivation and confusion between the constructs of motivation and commitment as discussed by many authors (for example, , ). The rest of this paper presents theoretical development and empirical validation of these two constructs to facilitate bridging this gap in understanding that is necessary for solving the "real challenges" of KM .
3.2.1 The Continuum of Motivation
Most discussions of knowledge management have treated extrinsic and intrinsic motivation as opposites. This is theoretically incorrect. Drawing on self-determination theory (SDT) [11,15,35,36] motivation is more accurately represented as a gradient of knowledge workers' perceived locus of causality (PLOC) of specific behavior as illustrated in Figure 1.
This theory is the one that has been most extensively developed in Social Psychology and validated over several studies that relate to the issue of rewards and incentives . A more complete conceptualization of intrinsic motivation would consider the continuum of PLOC which accounts for variations in the degree to which an intentional action is self-determined . In the context of KMS, PLOC would determine to what extent intentional knowledge use, knowledge creation, and, knowledge sharing are self-determined depending upon the actor's perceived locus of initiation for specific behavior.
This extension, developed here, has material significance for how organizational KM programs treat motivation and related issues of incentives and rewards. In accord with the theory of self-determination, intrinsic motivation must be understood in a relative sense that contrasts external and internal locus of the user’s behavior in terms of the individual's organismic need for competence and self-determination .
As shown in Figure 1, Deci & Ryan  suggest that regulation of behavior can be viewed as being self-determined, controlled, or amotivated. Both self-determined and controlled behaviors are intentional, though only self-determined behaviors involve a true sense of choice, a sense of feeling free in doing what one has chosen to do. Controlled behaviors, although undertaken with the intent of achieving an outcome are not truly chosen but compelled by some internal or external force - one feels one has to do them, whether to attain a monetary payment or to appease some generalized sense of authority. Thus intentional actions are differentiated along a “perceived locus of causality continuum,” anchored by self-determination and [external] control. Amotivated actions, in contrast, are ones whose occurrence is not mediated by intentionality and hence is characterized by impersonal PLOC. According to the SDT taxonomy of self-regulation, external, introjected, identified and integrated regulation are all differing forms of extrinsic motivation and can be contrasted with amotivation and intrinsic motivation :
1. Intrinsic Motivation (Internal PLOC): "The inherent tendency to seek out novelty and challenges, to extend and exercise one's capacities, to explore, and to learn." For interest and enjoyment and the inherent satisfaction in the specific behavior, e.g. I enjoy sharing my knowledge as it gives me a sense of satisfaction.
2. External Regulation (External PLOC): "Such behaviors are performed to satisfy an external demand or reward contingency." Based on rule following and avoidance of punishment; e.g. My manager will be upset if I did not share my knowledge. I need to share my knowledge to do well on my performance evaluation.
3. Introjected Regulation (Somewhat External PLOC): "Introjection involves taking in a regulation but not fully accepting it as one's own. It is a relatively controlled form of regulation in which behaviors are performed to avoid guilt or anxiety or attain ego enhancement such as pride." It is based on self- and other- approval or avoidance of disapproval; e.g. I am expected to share knowledge by me managers and my peers. I feel guilty if I do not share my knowledge.
4. Identified Regulation (Somewhat Internal PLOC): "Identification reflects a conscious valuing of a behavioral goal or regulation, such that the action is accepted or owned as personally important." Based on self-valued goals or issues of personal importance; e.g. I feel great about myself when I share knowledge.
5. Integrated Regulation (Internal PLOC): "Integration occurs when identified regulations are fully assimilated to the self, which means they have been evaluated and brought into congruence with one's other values and needs." e.g. Sharing of knowledge makes perfect sense for me.
As illustrated in Figure 1, ‘extrinsic’ is not the same as ‘external’ in the sense of being outside of the individual. Introjection, identification and integration are just as internal to the person as intrinsic motivation. They are extrinsic regulatory styles in the sense that they are concerned with the outcomes or consequences of engaging in the behavior, rather than with the immediate rewards inherent in the specific behavior.
This distinction is important because of the existing confusion in the literature about intrinsic and extrinsic motivation discussed earlier. Current discussions (cf:  and ) on incentives and rewards in knowledge management might lead one to assume that all behaviors emanating from within the individual are intrinsic and therefore of beneficial nature. From the self-determination theory perspective, this is not the case. The consequences of feeling controlled (i.e. non-self-determining) are the same whether the PLOC is internal or external as in the case of external regulation, introjection, identification, and, integration as illustrated in Figure 1 .
This distinction is also important as it explains how intrinsic motivation contributes to the success of many public online virtual communities. The suggestion is not that other behaviors are not present in such self-sustaining emergent communities of practice. Rather, intrinsic motivation ensures that the processes are primarily driven by key participants for their own interest and enjoyment to extend and exercise one's capacities, to explore, and to learn. The above distinction also explains the failure of many online communities that are created by organizations and institutions but fail to build the critical mass or fail to generate value-added contributions to the knowledge processes facilitated by the KMS despite incentives.
4. Research Method and Measures
The context of the study is the implementation of a Windows NT based knowledge management system in the healthcare system to enable communication, coordination and collaboration within an organization wide reengineering effort. The system's implementation included initial training of users with the goal of immediate improvement in their effectiveness and productivity.
Data were collected from questionnaires completed by the users participating in the training sessions. Over a six-week period, 35 ‘performance-based’ training sessions were conducted in which 239 potential users volunteered to participate. The specific focus of each ‘performance-based’ training session was on development of skills for performance-based activities – KMS enabled communication, coordination, and collaboration activities expected to directly influence organizational performance. These activities were identified by the managers as being most significant for relating the system based activities to organizational performance criteria. During each training session, the survey questionnaires were distributed to the KMS trainees who were expected to complete the questionnaire at the end of the training session. These surveys were returned to the instructor before the trainees left the classroom. 208 usable questionnaires were received, thus giving a response rate of over 87%. All users participating in the training sessions were cognizant of the potential impact of the new KMS as introduced by the senior management to them in very high profile meetings. All of them were familiar with the context of the high profile implementation of the new system championed by top executives and functional administrators. As introduced to all of them in large-scale meetings, the new system was expected to facilitate organizational transformation through introducing a new paradigm of communication, coordination, and collaboration. The specific and explicit emphasis of the 'performance-based' training on the KMS was on imparting to the users proficiency, skills, and capabilities for effectively executing the pre-specified communication, coordination, and collaboration activities enabled by the KMS.
4.1 Instruments Used for Data Collection
KMS User Commitment is the degree of commitment of the knowledge worker toward the KM program and related systems and processes based on the effect of social influences on his or her behavior. It is measured in terms of Kelman’s  processes of social influence discussed earlier -compliance, identification and internalization. The 12-item scale developed by O'Reilly and Chatman  and validated by Becker et al.  and Vandenberg et al.  was adapted for measuring the user commitment to the KMS.
KMS User Motivation is the construct representing user motivation and is defined as the degree to which the system use is self-determined by the KMS user. It denotes the locus of causality of KMS use as perceived by the user. Internal PLOC (identification PLOC and intrinsic PLOC) implies that the locus of system use is more proximal to the user’s own self, whereas external PLOC implies that the locus of system use is perceived by the user to be more proximal to external agents. In between the two ends lies introjection PLOC which implies behavior is motivated by approval seeking or by a disapproval minimizing mindset. For measuring PLOC, the scales are adapted from Ryan and Connell's  methodology of 'self-determination,' which they used to determine the respondent's perceived locus of causality for one's actions.
The measures used for empirical validation are listed in Appendix 1.
4.1.1 Reliability and Validity of Measures
The refinement of measures for the proposed constructs follows Churchill's  eight-step procedure. Principal components analysis and maximum likelihood analysis using both varimax and oblimin rotations were used and compared for each of the proposed constructs. The distinct factors were confirmed from the corresponding scree test plots. Cronbach’s alpha was used for determining the reliability of individual scales and subscales. Convergent and discriminant validity of the measures was verified by observing the correlations between the variables of possibly overlapping components.
4.2 Empirical Validation of KMS User Commitment
The principal component analyses with varimax rotation for the proposed construct of KMS user commitment yielded 2 distinct factors instead of the 3 proposed factors: Compliance, Identification, and Internalization. All four items for Compliance loaded on a distinct factor, however, the three items of Identification and three items of Internalization loaded together on another factor.
Factor loadings for all variables, which represent the correlations between the variables and the respective factors, are greater than 0.55 and are thus considered high . Together, the two observed factors account for 60.31% of the variability of the original ten variables representing KMS user commitment.
The scree test plot verifies the presence of the two distinct factors having eigenvalues greater than 1. This observation is consistent with O'Reilly, Chatman and Caldwell  and Sutton and Harrison , whose empirical validation of compliance, identification and internalization as dimensions of organizational commitment yielded similar two-factor solutions.
Together, the two factors account for 60.45% variability of the original ten variables. Cronbach’s alpha for the KMS user commitment instrument composed of the original 10 items is .8047. Alpha for the Compliance, Identification, and Internalization subscales underlying KMS user commitment were .74, .76, and .77, respectively. However, when the two scales for Identification and Internalization are combined, their reliability is higher than either separately. The alpha score for the combined IDIN (Identification + Internalization) scale is .86.
Because all ten proposed items for KMS user commitment construct have high loadings, and the two scales achieved after factor extraction have high reliability, all ten proposed items of this construct were retained in the refined instrument. This observation was also verified by examining the loadings of individual items on the two factors that were extracted from the principal components analysis. It was also verified that the two observed factors are distinct, because the items within the scales correlate highly and the items across the scales have low correlations. Specifically, a high correlation was found between the items of the Compliance scale as well as between the (Identification + Internalization) scale and a low correlation was found across the items of the two factors. Convergent and discriminant validity of the measures was thus verified by observing the correlations between the variables of possibly overlapping components.
Empirical validation of the measures of KMS User Commitment supports prior theoretical discussion that questions the dichotomous assumptions about simple presence or absence of user commitment to use, sharing, renewal, or creation of knowledge. It also suggests that the linkage between the information-based model and the knowledge-based view of organizations needs to be informed by understanding KMS user commitment in terms of compliance, identification, and internalization .
4.3 Empirical Validation of KMS User Motivation
The principal component analyses with varimax rotation for KMS user motivation yielded three distinct factors. The scree test plot verifies the presence of the three distinct factors, each having eigenvalue greater than 1 that together explain 66.7% of the total variance:
§ External Regulation (External PLOC): Consisting of EXPLOC2, EXPLOC4, EXPLOC6, IJPLOC8. The last item (Because my supervisor would think that I should use the KMS) seems to fall in the rule following and avoidance of punishment category characterized by External PLOC.
§ Intrinsic Motivation (Internal PLOC): Consisting of INTPLOC1, INTPLOC2, IDPLOC3, IDPLOC4, IDPLOC5. These items are all considered under the category of Intrinsic PLOC to include items that reflect self-valued goals or issues of personal importance, as well as items that characterize the notions of enjoyment and fun. In this broader notion, Intrinsic PLOC is considered to stand for personal fulfillment.
§ Introjected Regulation (Somewhat External PLOC): Consisting of IJPLOC1, IJPLOC2, IJPLOC3, IJPLOC4, IJPLOC5, IJPLOC6, IJPLOC7 and EXPLOC7. All these items, including the last item originally under External PLOC, are considered as items characterizing seeking self- and other- approval or avoidance of disapproval.
Alpha for the 17-item PLOC scale was .88, which is comparable with earlier observations for the larger set of users. The Alpha scores for the three subscales EXPLOC, INTPLOC, and IJPLOC are also comparable with the values obtained earlier: .81, .84, and .92, respectively.
The factorial solution of our exploratory analysis is comparable with other similar analyses such as that offered by Ryan and Connell  who observed that the items load on two clean subscales, one external and one internal, the two representing opposite ends of the PLOC continuum. In addition, the middle-ground items, such as those originally in the introjection and identification categories, generally manifest a cross-loading pattern.
It was also verified that the three observed factors are distinct, since the items within the subscales correlate highly and the items across the subscales have low correlations. Specifically, the variables within each of the three observed subscales had high correlations with other variables within the same scales and low correlations with other variables within other scales. Convergent and discriminant validity of the measures was thus verified by observing the correlations between the variables of possibly overlapping components.
Alpha for the KM user motivation instrument composed of the original PLOC scale containing 22 items was .78. However, the elimination of five items that loaded on more than one factor resulted in a noticeable increase in reliability: Alpha for the shortened KM user motivation scale containing 17 items is .92. Alpha for the EXPLOC, INTPLOC, and IJPLOC subscales obtained after elimination of five items that loaded on more than one factor are .777, .845, and .916, respectively.
Empirical validation of the measures of KMS User Motivation supports prior theoretical discussion that questions the dichotomous assumptions about simple presence or absence of user motivation in using, sharing, renewal, or creation of knowledge. It also suggests that the linkage between the information-based model and the knowledge-based view of organizations needs to be informed by understanding KMS user motivation in terms of the KMS user's degree of self-determination of behavior pertinent to use, sharing, renewal, or creation of knowledge.
Despite extensive literatures on knowledge management that have grown over the past few years, there are critical gaps in existing knowledge that have significant implications for research and practice in knowledge management  . This study contributes to development of theory, conceptualization, and measurement of KMS user motivation and commitment as antecedents of KMS implementation success. Industry surveys as well as academic research literatures suggest that these two constructs are of critical importance to advancement of research and practice for successful implementation of organizational KMS. Alavi and Leidner  have underscored the need for research on conditions that facilitate knowledge creation and understanding of organizational cultures that can foster knowledge creation.
This study developed the theoretical bases for understanding the knowledge workers' commitment and motivation constructs and supported these with empirical validation of the proposed constructs in the context of a real world organizational study of KMS implementation. Future empirical research on the integration of motivation and commitment within diverse implementation contexts of KMS and organizational knowledge management programs is expected to further advance the theoretical and empirical development of the proposed framework.
Prior literature has seemed to imply an infallibility of formal incentives, but theoretical and empirical evidence exists to suggest that incentives may not always be beneficial for facilitating users' creation, sharing, use, and application of knowledge. The theoretical bases explained in this paper and validated in prior empirical studies in related domains also suggest detrimental implications of formal incentives in similar social, cultural, and technical contexts  where value-driven behavior is desirable.
It is being increasingly realized that organizational performance often depends more on the ability to turn knowledge into effective action and less on the knowledge itself . It has also been emphasized that further research in Information Systems should attempt to bridge the gap between the information-based model of the organization and the knowledge based view that recognizes diverse perspectives, values and interests of KM users . By developing the theoretical, conceptual, and empirical basis for KMS user motivation and commitment issues, this study contributes to understanding of the critical linkages of motivation and commitment between the information-inputs and knowledge-action-outputs. Better understanding of the role of commitment and motivation in the above equation will facilitate balanced investments in IT infrastructures and social-cultural infrastructures required for leveraging tacit knowledge [39,42,46].
Better understanding of commitment and motivation of knowledge workers will also help in alleviating the "knowledge application gap"  resulting from what users know and what they [choose to] do or do not [choose to] do . Organizational attempts to explicate, share and leverage tacit knowledge often presume not only capability but willingness on the part of KM users to co-opt in the organizational agenda of knowledge sharing [1,39,46]. The measures proposed and validated in this paper would facilitate organizational assessment of such premises that have critical relevance for organizational attempts to explicate, share and leverage tacit knowledge. It is also possible that motivation and commitment might change as the KMS becomes a part of the daily work activities of the users. Therefore longitudinal studies of real world organizational implementations of KMS can advance our understanding of how commitment and motivation dynamically evolve over extended use. Such longitudinal studies could deploy behavioral intentions to use the system as an intermediate variable with specific organizational performance variables that can more concretely define the dependent variable of KMS success. The context of performance-based training and performance-based activities described in this study may be helpful in bridging the gap between the information and technology inputs and the organizational performance related dependent variables.
Research is now needed that moves beyond the source and state of knowledge to consider the conditions that facilitate knowledge creation . Accordingly, researchers need to develop conceptual and theoretical linkages beyond the information-inputs to understand how they translate into knowledge-action-outputs and organizational performance outcomes. An understanding of these issues is necessary for the justification of organizational investments in the technologies and infrastructures as CEOs demand greater justifications of the dollars spent on KMS and projected contributions to the bottom line.
Also, a richer understanding of sense making and action linkages between information-inputs and knowledge-action-outputs is necessary. Existing literature in Information Systems has focused on social construction of knowledge and its implications for organizational performance. As individual level commitment and motivation of actors in a given social network influence success of KMS implementations, a better understanding of relating the individual, group, and organizational levels of analysis is needed. Given the role of meaning and sense making in the above linkages, better theoretical, conceptual, and empirical understanding of these constructs will help link the information-inputs and knowledge-action-outputs. Any understanding of these constructs will need to consider how social influences and self-determination influence individual and collective meaning and sense making.
Sparse research on the above topics might help explain the existing failures of KMS implementations that are grounded on the information-inputs but are disconnected from knowledge-action-outputs. Therefore, there is need for better understanding of how to account for motivation, commitment, meaning, and, sense making in comparing human performance to machine performance . Except in very limited cases, the sense making and self-determining nature of humans cannot be ignored in comparing human performance with the performance of machines. Better understanding of the issues outlined here is expected to result in KMS that effectively leverage the strengths of both technologies and humans for maximizing the organizational returns on investments in technology and social-cultural infrastructures of knowledge management.
Acknowledgements: We are thankful to the three anonymous reviewers for their feedback on earlier version of this paper and to the Center for Creation and Management of Digital Ventures (CCMDV) at Syracuse University for research support.
 Alavi, M. and Leidner, D. Review: knowledge management and knowledge management systems: conceptual foundations and research issues. MIS Quarterly, v. 25, no1, Mar. 2001, p. 107-36
 Barth, S. KM Horror Stories. Knowledge Management. 3, 10, October 2000, pp. 36-40.
 Becker, T. E., Randall, D. M., and Riegel, C. D. The Multidimensional View of Commitment and the Theory of Reasoned Action: A Comparative Evaluation. Journal of Management, 21, 1995, pp. 617- 638.
 Charles, S. K. Knowledge Management Lessons from the Document Trenches. Online, Jan-Feb 2002, 26, 1, pp. 22-29.
 Chiem, P.X. Trust Matters. Knowledge Management, 4, n.5, May 2001, pp. 50-55.
 Churchill, G.A. (1979). A Paradigm for Developing Better Measures of Marketing Constructs. Journal of Marketing Research, 16, 64-73.
 Darley, J.M. The Dynamics of Authority Influence in Organizations and the Unintended Action Consequences. In J.M. Darley, D.M. Messick, and, T.R. Tyler (Eds.), Social Influences on Ethical Behavior in Organizations. Mahwah, N.J.: Lawrence Erlbaum Associates, 2001, 37-52.
 Davenport, T. H., De Long, D.W. and Beers, M.C. Successful Knowledge Management Projects. Sloan Management Review, 39, 2, Winter 1998, pp. 43-57.
 Davenport, T.H. and Prusak, L. Working Knowledge: How Organizations Manage What They Know. Boston: Harvard Business School Press, 1998.
 Davis, F. D. Perceived Usefulness, Perceived Ease of Use, and User Acceptance of Information Technology. MIS Quarterly, 13, 1989, pp. 319-340.
 Deci, E. L. Intrinsic Motivation. New York: Plenum Press, 1975.
 Deci, E. L., & Ryan, R. M. Intrinsic Motivation and Self-Determination in Human Behavior. New York: Plenum Press, 1985.
 Deci, E. L., & Ryan, R. M. A Motivational Approach to Self-Integration in Personality. In R. Dienstbier (Ed.), Nebraska Symposium on Motivation (pp. 237-288). Lincoln: University of Nebraska Press, 1991.
 Deci, E. L., Koestner, R., & Ryan, R. M. A meta-analytic review of experiments examining the effects of extrinsic rewards on intrinsic motivation. Psychological Bulletin, v. 125, 1999, 627-668.
 Deci, E. L., & Ryan, R. M. (Eds.), Handbook Of Self-Determination Research, 2002, University of Rochester Press, Rochester: NY.
 Dyer, G. and McDonough, B. The State of KM, Knowledge Management, v. 4, no. 5, May 2001.
 Huber, G.P. Transfer of Knowledge in Knowledge Management Systems: Unexplored Issues And Suggested Studies. European Journal of Information Systems, v. 10, no. 2, June 2001, 72-79.
 KPMG Consulting. Knowledge Management Research Report, Netherlands: KPMG, 2000.
 Kelman, H. C. Compliance, Identification, and Internalization: Three Processes of Attitude Change? Journal of Conflict Resolution, 2, 1958, pp. 51-60.
 Kelman, H.C. Ethical Limits on the Use of Influence in Hierarchical Relationships. In J.M. Darley, D.M. Messick, and, T.R. Tyler (Eds.), Social Influences on Ethical Behavior in Organizations. Mahwah, N.J.: Lawrence Erlbaum Associates, 2001, 11-20.
 Klein, K. J. and Sorra, J. S. The Challenge of Innovation Implementation. Academy of Management Journal, 21, 1996, pp. 1055-1080.
 Malhotra, Y. Knowledge Management in Inquiring Organization. Proceedings of the 3rd Americas Conference on Information Systems, August, 1997, pp. 293-295.
 Malhotra, Y. Deciphering the Knowledge Management Hype. Journal for Quality & Participation, July-August, 1998, v. 21, no. 4, pp. 58-60.
 Malhotra, Y. Knowledge Management for E-Business Performance: Advancing Information Strategy to 'Internet Time'. Information Strategy: The Executive's Journal, Summer, 2000, v. 16, no. 4, pp. 5-16.
 Malhotra, Y. From Information Management to Knowledge Management: Beyond the 'Hi-Tech Hidebound' Systems. In K.Srikantaiah & M.E.D. Koenig (Eds.), Knowledge Management for the Information Professional. Medford, N.J.: Information Today Inc., 2000, pp. 37-61.
 Malhotra, Y. Knowledge Management and New Organization Forms: A Framework for Business Model Innovation. Information Resources Management Journal, v. 13, no. 1, January-March, 2000, pp. 5-14.
 Malhotra, Y. Expert Systems for Knowledge Management: Crossing the Chasm Between Information Processing and Sense Making, Expert Systems With Applications, v. 20, no. 1, 2001, pp. 7-16.
 Malhotra, Y. Information Ecology and Knowledge Management: Toward Knowledge Ecology for Hyperturbulent Organizational Environments. In Kiel, Douglas L. (Ed.), UNESCO Encyclopedia of Life Support Systems (EOLSS), 2002, in press.
 Malhotra, Y. Why Knowledge Management Systems Fail? Enablers and Constraints of Knowledge Management in Human Enterprises. In Holsapple, C.W. (Ed.), Handbook on Knowledge Management, Springer-Verlag, Heidelberg, Germany, 2002, in press.
 Nissen, M. An Experiment To Assess The Performance Of A Redesign Knowledge System. Journal of Management Information Systems, v. 17, no 3, Winter 2000-2001, p. 25-43.
 Nunnally, J. C. and Bernstein, I. H. Psychometric Theory, 3rd ed. New York: McGraw-Hill, 1993.
 O'Reilly, C., III, & Chatman, J. Organizational Commitment and Psychological Attachment: The Effects of Compliance, Identification, and Internalization on Prosocial Behavior. Journal of Applied Psychology, 71(3), 1986, pp. 492-499.
 O'Reilly, C., III, Chatman, J., and Caldwell, D. F. People and Organizational Culture: A Profile Comparison Approach to Assessing Person-Organization Fit. Academy of Management Journal, 34, 1991, pp. 487-516.
 Pfeffer J., and Sutton R. I. The Knowledge-Doing Gap: How Smart Companies Turn Knowledge into Action, Harvard Business School Press, Boston: MA, 2000.
 Rigby, C. S., Deci, E. L., Patrick, B. C., & Ryan, R. M. Beyond the Intrinsic-Extrinsic Dichotomy: Self-Determination in Motivation and Learning. Motivation and Emotion, 16(3), 1992, pp. 165-185.
 Ryan, R. M., & Connell, J. P. Perceived Locus of Causality and Internalization: Examining Reasons for Acting in Two Domains. Journal of Personality & Social Psychology, 57(5), 1989, pp. 749-761.
 Richard, M. and Edward L. Deci. Self-Determination Theory And The Facilitation of Intrinsic Motivation, Social Development, and Well-Being. American Psychologist, 55, pp. 68-78, 2000.
 Schultze, U. and Leidner, D.E. Studying Knowledge Management in Information Systems Research: Discourses and Theoretical Assumptions. MIS Quarterly, v. 26, no. 3, September 2002, pp. 213-242.
 Stenmark, D. Leveraging tacit organizational knowledge. Journal of Management Information Systems, v. 17, no3, Winter 2000-2001, p. 9-24.
 Sutton, C. D. and Harrison, A. W. Validity Assessment of Compliance, Identification, and Internalization as Dimensions of Organizational Commitment. Educational and Psychological Measurement, 53, 1993, pp. 217-223.
 Sussman, M., & Vecchio, R. P. A Social Influence Interpretation of Worker Motivation. Academy of Management Review, 7, 1992, pp. 177-186.
 Tuomi, I. Data Is More Than Knowledge: Implications Of The Reversed Knowledge Hierarchy For Knowledge Management And Organizational Memory. Journal of Management Information Systems, v. 17, no3, Winter 2000-2001, p. 103-17.
 Vandenberg, R. J., Self, R. M., and Seo, J. H. A Critical Examination of the Internalization, Identification, and Compliance Commitment Measures. Journal of Management, 20, 1994, pp. 123- 140.
 Wenger, E., McDermott, R., and Snyder, W.M. Cultivating Communities of Practice: A Guide to Managing Knowledge. Boston: Harvard Business School Press, 2002.
 Zack, M.H. If Managing Knowledge is the Solution, then What's the Problem? In Malhotra, Y. (Ed.), Knowledge Management and Business Model Innovation, 2001, Hershey, PA: Idea Group Publishing.
 Zack, M.H. Managing Codified Knowledge. Sloan Management Review, Volume 40, Number 4, Summer, 1999, pp. 45-58.
Appendix 1: Instruments For Measuring KMS User Commitment and Motivation
KMS User Commitment
Please indicate how strongly you agree or disagree with the following statements by circling the numerical value (on a scale of 1 to 7) that is closest to your response. Please use the following key to understand the scale: Strongly Agree=SA, Agree=A, Undecided=U, Disagree=D, Strongly Disagree=SD. The two extremes SA and SD were pegged to 7 and 1 respectively.
INT1: The reason I prefer use of the KMS is because of what its use stands for.
INT2: I like using the KMS primarily based on similarity of my values and what its use stands for.
INT3: What the use of the KMS stands for is important for me.
IDEN1: I am proud about using the KMS.
IDEN2: I talk up the use of the KMS to my colleagues as a great use.
IDEN3: I feel a sense of "ownership" for the use of the KMS.
COMP1: Unless I'm rewarded for using the KMS in some way, I see no reason to spend extra effort in using it.
COMP2: How hard I work on using the KMS is directly linked to how much I am rewarded.
COMP3: My private views about the use of the KMS are different than those I express publicly.
COMP4: In order for me to get rewarded in my job, it is necessary to use the KMS.
KMS User Motivation
Each of the following questions represents one of many possible reasons for a person’s use of the KMS. Different users will have different reasons. We want to know how true each of these reasons is for you. Please indicate by circling the numerical value (on a scale of 1 to 7: the two extremes Very True and Not Al All True were pegged to 7 and 1 respectively) how true each of these reasons is for you in response to "I use the KMS because".
External PLOC (rule following; avoidance of punishment)
EXPLOC1: I'll get in trouble if I don't use the KMS.
EXPLOC2: that is what I'm supposed to do.
EXPLOC3: my superiors expect me to use the KMS.
EXPLOC4: using the KMS is required by my job description.
EXPLOC5: [So that] my supervisor wouldn't reprimand me.
EXPLOC6: using the KMS is compulsory in my job.
EXPLOC7: [So that] others won't get upset with me.
Introjection PLOC (self- and other-approval; avoidance of disapproval)
IJPLOC1: I want the boss to think that I'm a good employee.
IJPLOC2: I will feel bad about myself if I don't use the KMS.
IJPLOC3: I'll feel ashamed of myself if I don't use the KMS.
IJPLOC4: it bothers me when I don't use the KMS.
IJPLOC5: I want my colleagues to like me.
IJPLOC6: my friends would think that I should use the KMS.
IJPLOC7: my colleagues would think…I should use the KMS.
IJPLOC8: my supervisor would think…I should use the KMS.
Identification PLOC (self-valued goal; personal importance)
IDPLOC1: I want to understand how to use the KMS.
IDPLOC2: I want to learn how to use the KMS.
IDPLOC3: I want to find out if I am able to use the KMS.
IDPLOC4: I think it's personally important to myself.
IDPLOC5: I personally like using the KMS.
Intrinsic PLOC (Enjoyment, Fun)
INTPLOC1: using the KMS is fun.
INTPLOC2: I enjoy using the KMS.