Alahmari, Saad

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. •  Study1: A qualitative research (Semi-Structured Interview): to explore which factors impact SKS in organizations. •  Study 2 (Quantitative Approach Survey) to examine relationships between the TMS scale and other constructs in the security context in order to understand SKS in organizations.  School of Computing Science , University of Glasgow Enhancing Knowledge Sharing in Information Security by Transactive Memory System Saad Alahmari BACKGROUND We consider adopting Security KS Modelling Framework to mitigate the challenges by disseminating and facilitating through Transactive Memory System (TMS). The proposed system encourages and motivates the recording of security incidents and security advice by self-determination theory (SDT). To aid the employees to develop their practical skills and their experiences with security knowledge and security incidents in order to enhance security awareness in the organization. METHODS Figure 1: The findings into concepts and categories Figure 4: A Model for Describing (1), Facilitating (2) and Encouraging (3) Security Knowledge Sharing, thereby Enhancing Shari1ng (4) AIM    S curity Kn wledge Sharing Modelling ü  The biggest challenge for security Knowledge Sharing (KS) is the gathering and sharing of information. ü  We found a lack of provision of an environment that facilitates and motivates the process of information exchange within the organisations which are powerful barriers to KS. Most of the existing studies did not propose effective solutions to mitigate these barriers. Figure 2: SDT Theory  Figure 3: TMS Theory  Study 2: Transactive Memory System (TMS) Self-Determination Theory (SDT)  Hypo Relationship Std. Beta T- value P-value Decision H1 SPE      KS 0.189 2.521 0.012 Supported H2 COO      KS 0.359 4.001 0.000 Supported H3 CRE      KS 0.132 1.448 0.148 Unsupported RESULTS: Study 2, PLS path modelling Data Collection Study Sample size Data Analysis Study location Study 1 28 Thematic analysis.  KSA and UK Study 2 204 Smart PLS Algorithm.  RESULTS: Study 1 Specialisation: this is the term used to describe the degree of differentiation of the knowledge held by team members; Coordination: this describes the efficiency of the team in terms of knowledge processing while working together; Credibility: this is the way in which individual team members perceive the reliability of the knowledge held by the other members of the team. SKS Modelling The Future Work: implement a STOW System Note: Significant at P**= < 0.01,   p* <0.05	

Enhancing Knowledge Sharing in Information Security by Transactive Memory System

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. 
•  Study1: A qualitative research (Semi-Structured Interview): 
to explore which factors impact SKS in organizations. 
•  Study 2 (Quantitative Approach Survey) to examine 
relationships between the TMS scale and other constructs in 
the security context in order to understand SKS in 
organizations.  
School of Computing Science , University of Glasgow 
Enhancing Knowledge Sharing in Information Security 
by Transactive Memory System 
Saad Alahmari 
BACKGROUND 
We consider adopting Security KS Modelling Framework to 
mitigate the challenges by disseminating and facilitating 
through Transactive Memory System (TMS). The proposed 
system encourages and motivates the recording of security 
incidents and security advice by self-determination theory 
(SDT). 
To aid the employees to develop their practical skills and 
their experiences with security knowledge and security 
incidents in order to enhance security awareness in the 
organization. METHODS 
Figure 1: The findings into concepts and categories 
Figure 4: A Model for Describing (1), Facilitating (2) and Encouraging (3) 
Security Knowledge Sharing, thereby Enhancing Shari1ng (4) 
AIM 
 
  
S curity Kn wledge Sharing Modelling 
ü  The biggest challenge for security Knowledge Sharing 
(KS) is the gathering and sharing of information. 
ü  We found a lack of provision of an environment that 
facilitates and motivates the process of information 
exchange within the organisations which are powerful 
barriers to KS. Most of the existing studies did not 
propose effective solutions to mitigate these barriers. 
Figure 2: SDT Theory  
Figure 3: TMS Theory  
Study 2: Transactive Memory System (TMS) 
Self-Determination Theory (SDT) 
 
Hypo Relationship Std. Beta T- value P-value Decision 
H1 SPE      KS 0.189 2.521 0.012 Supported 
H2 COO      KS 0.359 4.001 0.000 Supported 
H3 CRE      KS 0.132 1.448 0.148 Unsupported 
RESULTS: Study 2, PLS path modelling 
Data Collection 
Study Sample size Data Analysis Study location 
Study 1 28 Thematic analysis.  
KSA and UK Study 2 204 Smart PLS Algorithm.  
RESULTS: Study 1 
Specialisation: this is the term used to describe the degree of 
differentiation of the knowledge held by team members; 
Coordination: this describes the efficiency of the team in 
terms of knowledge processing while working together; 
Credibility: this is the way in which individual team 
members perceive the reliability of the knowledge held by the 
other members of the team. 
SKS Modelling 
The Future Work: implement a STOW System 
Note: Significant at P**= < 0.01,   p* <0.05	


http://eprints.gla.ac.uk/203861/1/203861.pdf

Enhancing Knowledge Sharing in Information Security by Transactive Memory System

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