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  • #16
    The idea is that the entropy balancing approach creates a weight that accounts for all control variables that perfectly balances treatment and control group. So to say, the "effect" of the controls is included in the weight.
    Best wishes

    Stata 18.0 MP | ORCID | Google Scholar

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    • #17
      Originally posted by Felix Bittmann View Post
      The idea is that the entropy balancing approach creates a weight that accounts for all control variables that perfectly balances treatment and control group. So to say, the "effect" of the controls is included in the weight.
      Thank you so much again, Can you please guide me that which tables should I report in my article?

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      • #18
        First, I would report the output from
        Code:
        kmatch sum
        This (hopefully) proves that all controls are balanced after the matching procedure.
        Then you can show the distribution of the weights:
        Code:
        graph box weight if weight > 0
        Finally, of course, the regression table. I am not sure how you want to present the 3-term-interaction. If the raw regression table is very difficult to interpret, you can use margins to simplify the interpretation:
        Code:
        regress...
        margins, dydx(NOe_w) by(affiliation1 thesamenetworkauditor) vce(uncond)
        Best wishes

        Stata 18.0 MP | ORCID | Google Scholar

        Comment

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