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               HỘI THẢO QUỐC TẾ ATiGB LẦN THỨ CHÍN - The 9 ATiGB 2024                                  191

               addition,  we  encountered  decisions  regarding   hypothesized  that  the  SN  would  impact  PU  through
               categorizing  the  technologies  analyzed  in  various   internalization  and  the  intention  to  apply  the  model
               studies.  In  theory,  we  can  categorize  them  into four   through the compliance process. The depiction of our
               distinct  groups:  specialized  software  applications   outcome model can be shown in Figure 1.
               (such  as  word  processors  and  database  programs),
               Internet-related technology (including search engines
               and  transactional  websites),  microcomputers,  and
               communications  technology  (such  as  email  and
               mobile  technology).  The  groups  mentioned  above
               were additionally separated into microcomputers and
               non-microcomputers.
                  We  also  took  culture  into  account.  We   Fig. 1.  Structural model of original TAM (for all path
               differentiated  between  studies  conducted  in  Western    coefficients, p < 0.01)
               countries  (including  Europe,  North  America,
               Australia, and New Zealand) and those conducted in
               other regions.
                  4.2. Correlation analysis
                  All  potential  associations  among  the  five
               constructs in our conceptual model were examined in
               our  correlation  analysis,  resulting  in  10  pairwise
               correlations.  Table  4  demonstrates  that  these  factors
               have  been  examined  in  a  minimum of  four  separate
               research,  except  the  SN-AT  pair.  The  most  often
               examined  association  in  our  sample  (32  occasions)   Fig. 2. TAM2 structural model (for all path
               was assessed utility and perceived ease of use.
                                                                           coefficients, p < 0.01)
                      2
                  The I  values varied between 50.55% and 95.23%   We  initiated  our  work  using  the  original
               in  the  analyzed  correlations,  showing  significant   Technology Acceptance Model (TAM). The findings
               variability among the studies (refer to Table 4).   of this model are displayed in Table 5, and all paths
                  The  Q  statistic  for  assessing  the  homogeneity  of   are statistically significant. Therefore, it is clear that
               the correlation matrix is calculated as Q(df = 107) =   the  Technology  Acceptance  paradigm  (TAM)  is
               1773.104, with a p-value less than 0.001. The Qtest   viable  as  a  fundamental  paradigm,  supporting
               consistently yielded p-values < 0.001, validating the   hypothesis  H1.  The  goodness-of-fit  indexes  for  the
                                                              latter  above  the  acceptable  standards,  with  a  chi-
               investigation  disparity.  Hence,  the  implemented   square  value  of  4.644  (df  =  1,  p  =  0.0312),  an
               model has been validated as the suitable resolution for   RMSEA  of  0.0245,  an  SRMR  of  0.0617,  a  TLI  of
               the present scenarios.                         0.946, and a CFI of 0.991. The results explain 34.6%
                         SN     PU     PEU     ATT     BI     of the attitude and behavioral intention variability.
                 SN      1.00    0.148    0.105    0.111    0.160   The enlarged model includes the addition of SN to
                                                              PU and SN to attitude as additional paths. All paths in
                 PU      0.148    1.00    0.450    0.449    0.474
                                                              the  extended  model  are  statistically  significant,
                 PEU     0.105    0.450   1.00    0.509    0.409   supporting  hypotheses  H2,  H3,  H4,  and  H5.  The
                 ATT     0.111    0.449    0.509    1.00    0.373   fitting  indexes  of  the  expanded  model  outperform
                                                              those  of  the  original  model  (CFI  =  0.989,  TLI  =
                 BI      0.160    0.474    0.409    0.374    1.00
                                                              0.946, SRMR = 0.056, RMSEA = 0.0195). The model
                  4.3. MASEM results                          accounted for 34.6% of the variability in attitude and
                  The  meta-analytic  structural  equation  framework   35.9%  in  behavioral  intention.  Consequently,  the
               developed  by  Cheung  (2015)  [22]  was  employed  to   model's  ability  to  provide  clear  explanations  is
                                                              enhanced compared to the original model. Therefore,
               evaluate  the  relationships  between  variables  and   hypothesis H6 is confirmed.
               analyze the model's compatibility with the data. This
               tool can be utilized in a meta-analytical approach to   Figure 2 presents the ultimate model, showcasing
               calculate  structural  coefficients  using  the  correlation   the  path  coefficients  obtained  from  our  Structural
               matrix  derived  from  a  compilation  of  individual   Equation Modeling (SEM) investigation.
               investigations.  The  traditional  TAM  served  as  the   5. DISCUSSION AND CONCLUSIONS
               central component of our concept. In our model, we   Our  endeavor  aimed  to  analyze  the  degree  of
               incorporated  the  SN  using  TAM2.  Specifically,  we   agreement  or  disagreement  among  study  findings

                                                                                   ISBN: 978-604-80-9779-0
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