What is Little's Law in Performance Testing? | Test Planning | Workload Modelling by Perfology 2020
Вставка
- Опубліковано 22 лип 2024
- ** Performance Testing Learning Video 2 **
Below questions answered in the video
What is Little's Law?
Importance Little's Law formula in Work Load Modelling?
An Example to understand Little's Law formula for Performance Testing
Explained in Detail..
Checkout the video : • What is Little's Law ...
If you found it helpful, Like Share and Subscribe our channel "Perfology"
More videos on the way, stay connected till then
Happy Learning !!
Thanks,
Perfology
#LittlesLaw #WorkloadModelling #TestPlanning #perfology #jmeterbeginnnertutorials #jmeter
Connect with us
Facebook : / perfology
Linkedin : / perfology
Gmail : perfologys@gmail.com
Helpful video Thank You!!
Thank You for this!!
beautifully explained
Really fantastic. Great explanation. Thank you so much. Little's Law is really so important. Love doing Performance Testing
Thanks a lot 😊
Explained neatly..nice work
Thanks 😊
Awesome video Man, appreciating your effort on this making it simple and clear :)
Thanks 😊
well explained
Excellent
Awesome
Very helpful, Thank you 👍
Thanks 😊
Your videos are awesome. Can you also make a separate series on loadrunner which will be more helpful.
Very well explained brother
Thanks 😊
superb
Nice
Thanks Henry
Will the client give 3600 tph as requirement already in the start of req phase sir?
And what is response time... Time to replay one recorded script without think and pacing time sir?
Think time and pacing is user assumption in this case?
Pls clari2
Requirements will be given by the client
For response time check other videos of performance testing series
how to calculate pacing using littles law
Re-shuffle the same formula to calculate pacing
And i have doubt about expecting load u just wrote on D5,F5,G5,H5 what is these
What is your question?...please be more clear
Exactly u wrote E5*(F5+G5+H5) directly load (45) will be shown display ? In excel (butI know it's means F5 means RT,G5 means TT etc )
@@nagarajuboyena4740 if you will see in the beginning of the video there is a formula...so on the basis of that formula which is littles law the calculation is done.