filmov
tv
Statistical Concepts Every Data Scientist Should Know.
Показать описание
#shorts
Want To Learn More About DATA SCIENCE?
Here are the top 10 statistical concepts every data scientist should know:
1) Probability - understanding the basics of probability theory is essential for a data scientist.
2) Descriptive Statistics - summarizing, organizing, and presenting data through measures of central tendency, dispersion, and distribution.
3) Inferential Statistics - making predictions and drawing conclusions from data, taking into account the uncertainty inherent in the data.
4) Hypothesis Testing - testing claims about a population based on a sample of data, including t-tests, ANOVA, and chi-squared tests.
5) Regression Analysis - modeling the relationship between variables, including linear and logistic regression.
6) Bayesian Statistics - a branch of statistics that deals with updating probabilities based on new data, using Bayes’ Theorem.
7) Time Series Analysis - analyzing and modeling time-dependent data, including trend analysis and forecasting.
8) Sampling - understanding the principles of random sampling, sampling distribution, and sampling error.
9) Machine Learning - using algorithms to identify patterns and make predictions based on data.
10) Experimental Design - understanding the principles of designing experiments, including controlling variables, randomization, and blinding.
TRAINING IN DATA’s next batch starts soon...
ENROLL NOW.
#datascience #datasciencetraining #datasciencecourse #customeranalytics #womensupportingwomen #womenempowerment
Want To Learn More About DATA SCIENCE?
Here are the top 10 statistical concepts every data scientist should know:
1) Probability - understanding the basics of probability theory is essential for a data scientist.
2) Descriptive Statistics - summarizing, organizing, and presenting data through measures of central tendency, dispersion, and distribution.
3) Inferential Statistics - making predictions and drawing conclusions from data, taking into account the uncertainty inherent in the data.
4) Hypothesis Testing - testing claims about a population based on a sample of data, including t-tests, ANOVA, and chi-squared tests.
5) Regression Analysis - modeling the relationship between variables, including linear and logistic regression.
6) Bayesian Statistics - a branch of statistics that deals with updating probabilities based on new data, using Bayes’ Theorem.
7) Time Series Analysis - analyzing and modeling time-dependent data, including trend analysis and forecasting.
8) Sampling - understanding the principles of random sampling, sampling distribution, and sampling error.
9) Machine Learning - using algorithms to identify patterns and make predictions based on data.
10) Experimental Design - understanding the principles of designing experiments, including controlling variables, randomization, and blinding.
TRAINING IN DATA’s next batch starts soon...
ENROLL NOW.
#datascience #datasciencetraining #datasciencecourse #customeranalytics #womensupportingwomen #womenempowerment