HOW TO DO AND INTERPRET QUANTILE REGRESSION - EVIEWS

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  • Опубліковано 14 жов 2024
  • HOW TO DO AND INTERPRET QUANTILE REGRESSION - EVIEWS- SLOPE EQUALITY TEST-SYMMETRIC QUANTILE TEST

КОМЕНТАРІ • 50

  • @cityhajarmohdlatepi
    @cityhajarmohdlatepi 3 місяці тому +1

    Thank you Dr, I understand well the explanation

  • @gineffergds1158
    @gineffergds1158 3 місяці тому +1

    thankyou Dr for the detail explanation

  • @amrlftr
    @amrlftr 3 місяці тому

    Thank you so much Dr for detailed and easy to understand explanations

  • @aisyahfandaus7818
    @aisyahfandaus7818 3 місяці тому +1

    Thank you dr😍very helpful for me to understand ❤

  • @RupaManjari-e2x
    @RupaManjari-e2x 11 місяців тому +1

    Thanks DR. Shobha, this is very lucid explanation

  • @alyasyuhadah
    @alyasyuhadah 3 місяці тому

    Thank you for the sharing Dr, its helps me a lot✨

  • @ShivangeeMIsra-dc2tw
    @ShivangeeMIsra-dc2tw 6 місяців тому +1

    very well explained. Thankyou!!

  • @abbaskhanyousafzai1
    @abbaskhanyousafzai1 3 роки тому +1

    big fan from Pakistan keep making videos like this ma'am you nailed it.

  • @mdmahbuburrahman3407
    @mdmahbuburrahman3407 3 роки тому +2

    Thank you so moch madam, very helpful

  • @Hercules003
    @Hercules003 2 роки тому

    This is magnificent work.Thank you so so much for this really informative video.

  • @imrakhalid616
    @imrakhalid616 2 роки тому +1

    Thank u so much its mean alot for me

  • @drmuhammadnaeem6562
    @drmuhammadnaeem6562 2 роки тому

    Ma'am you just beautifully explained. Thanks. I need graphs including goodness of fit on right X axis and t-values on the left X axis, Like the example pic

  • @archiegalo4007
    @archiegalo4007 3 роки тому +1

    Very informative video, thank you. Is there a Granger-causality in quantiles in EViews?

  • @Angie-wc1bu
    @Angie-wc1bu 2 роки тому

    Dear Dr Shobha,
    Good Afternoon. Thank you so very much for all your videos on vital econometric methodologies.
    Please if I may ask are moment conditions already assumed in the modeling? This is because:
    (a) some of my variables are stationary at first difference
    (b) I would like to make use of the lagged dependent variable in my model in order to model the dynamic effects
    I look forward to your kind response.
    Kind regards,
    Angie

  • @aanarief6896
    @aanarief6896 Рік тому +1

    thank you

  • @jado8441
    @jado8441 2 роки тому

    If I want to analyze stock market and Bitcoin correlation, can I use this model? I want to see if they move in same direction before and after COVID. This video is being more helpful than my supervisor.

    • @dr.shobhak6764
      @dr.shobhak6764  2 роки тому

      Give a try.

    • @jado8441
      @jado8441 2 роки тому

      @@dr.shobhak6764 did you take the log of the variables first?

  • @AkshmaNargotra
    @AkshmaNargotra 3 роки тому +1

    very nicely explained..

  • @RULIAAKHTAR-c1j
    @RULIAAKHTAR-c1j 2 місяці тому

    How to estimate quantile causality test?

  • @salmanhamid1722
    @salmanhamid1722 3 роки тому

    Very informative as well as helpful demonstration, ma'am. Moreover, can you plz further explain about fixed effect panel quantile regression? How to estimate it by using fixed effect condition?

  • @interestingfun4303
    @interestingfun4303 4 роки тому +2

    Mam I was able to understand.....thanks mam

  • @abbaskhanyousafzai1
    @abbaskhanyousafzai1 Рік тому

    Also please tell me, if there is no asymmetry across quantiles, does it mean our model is insignificant because QR failed to identify the differences? What is the null hypothesis of the symmetric test if the Chi Sq and the P value are insignificant??? Ma'am, please clarify?

    • @cancayir3598
      @cancayir3598 2 місяці тому

      yeah, i am also wondering how we should interpret that case??

  • @sreenivasuluavula5112
    @sreenivasuluavula5112 11 місяців тому

    i want to know which version if eviews this video madam

  • @elem2627
    @elem2627 Рік тому

    Dear Shobha, should we test the unit root of the variables in the initial step? If they have unit root should we use first differences of the variables in the quantile regression model? In some studies I saw that they used variable's first differences rather than variables itself.

  • @ahmadz113
    @ahmadz113 4 роки тому

    Thank you Dr. , may you please explain the forecasting using this technique .

    • @dr.shobhak6764
      @dr.shobhak6764  4 роки тому +1

      I haven't tried. If you have got any article. Do post it to my email shobhagacecocbe@gmail.com. At present I am busy with my college work will do it shortly if you send any related articles

  • @umaidsheikh483
    @umaidsheikh483 4 роки тому

    what is basic difference between quantile process estimates and quantile symmetric values. Whose results should we rely on? in this video , LNZ value at o.8th quantile is statistically different from 0.7th quantile.However the symmetry is showing a symetrical effect? WHY

  • @lmagz84
    @lmagz84 3 роки тому

    Thanks Can u show us how to measure VaR and Co Value at Risk?

  • @cancayir3598
    @cancayir3598 2 місяці тому

    what if a variable is not significant in ols method but significant in quantile regression? can we suppose it is significant in quantile regression then?

    • @dr.shobhak6764
      @dr.shobhak6764  2 місяці тому

      @@cancayir3598 Have you tried working on it

    • @cancayir3598
      @cancayir3598 2 місяці тому

      @@dr.shobhak6764 yeah i have a result inwhich a parameter is not significant in ols but significant in quantile regression, what am i suppose to do then ?

  • @Manoj_Kumar_Singh
    @Manoj_Kumar_Singh 4 роки тому

    Thanks, Ma'am !!
    it is very helpful, I have one doubt whats the next step if p values are not significant for one variable, suppose I have 3 independent variables and all these 3 variables only at 0.9 quantiles have p values less than 0.05, what should I interpret then...
    and what about the other quantiles where p values are higher, should I include all variable in my econometric model or only at 0.9 quantiles I have to consider all these 3 variables for econometric modelling
    please help

    • @dr.shobhak6764
      @dr.shobhak6764  4 роки тому

      You should write from the beginning quantile as explained. Out of the 3 independent variables minimum 1 should be significant. Don't discard any variables. Find out from other studies why its not significant?

    • @Manoj_Kumar_Singh
      @Manoj_Kumar_Singh 4 роки тому

      @@dr.shobhak6764 Thanks, Ma'am ! for the quick reply
      I am working on GDP growth projection so I have selected 45 macro-financial variables, then did partition into 3 groups Financial condition, External Factors, macro-financial vulnerable
      collected the data quarterly for the last 15 years and computed the composite index by using Principal Component analysis
      GDP growth as the dependent variable and Financial Conditions, External Factors, macro-financial vulnerable are 3 independent variable
      Run quantile regression 0.1 to 0.9 quantities, only at 0.9 quantile p values are less than 0.05 for all 3 variables
      So kindly suggest further studies from where I can get some inference regarding p values and Quantile regression
      How should I proceed further...... shall be indebted for the courteous guidance

    • @dr.shobhak6764
      @dr.shobhak6764  4 роки тому

      Just send the screen shot of your results. shobhagacecocbe@gmail.com

    • @Manoj_Kumar_Singh
      @Manoj_Kumar_Singh 4 роки тому

      @@dr.shobhak6764 Dear Ma'am,
      I have shared the results on the above mentioned mail id

  • @mohapatraful
    @mohapatraful Рік тому

    After doing quantile regression residuals are not following normality what to do

    • @dr.shobhak6764
      @dr.shobhak6764  Рік тому

      Check the video from the beginning you will get the answer

  • @swingingeconomy1054
    @swingingeconomy1054 4 роки тому +1

    Thank you mam

  • @abbaskhanyousafzai1
    @abbaskhanyousafzai1 3 роки тому

    please make a video on wavelet-based quantile regression approch.

  • @muhammadimranmushtaq8672
    @muhammadimranmushtaq8672 3 роки тому

    I want to talk with u

    • @dr.shobhak6764
      @dr.shobhak6764  3 роки тому

      Clear your doubts via email. shobhagacecocbe@gmail.com