"Aggregations" Example Sentences
1. The data analyst created several aggregations to better understand the trends in the sales data.
2. By examining the different aggregations of customer feedback, the company was able to identify common complaints.
3. The researcher used aggregations of the survey results to identify patterns in participant responses.
4. Aggregations of the traffic data showed that there was a significant increase in congestion during rush hour.
5. The report included several aggregations of the financial data for the quarter.
6. By using aggregations of the social media data, the marketing team was able to identify popular trends and topics.
7. The geologist used aggregations of the rock samples to create a map of the area's geological features.
8. By examining aggregations of the website traffic data, the team could see which pages were the most popular.
9. The machine learning algorithm used aggregations of the data to identify patterns and make predictions.
10. Aggregations of the demographic data showed that the population was becoming more diverse.
11. The biologist used aggregations of the DNA sequencing data to identify genetic variations in the study organism.
12. By examining aggregations of the user behavior data, the UX team could identify areas for improvement in the product design.
13. The climate scientist used aggregations of the weather data to study long-term climate patterns.
14. Aggregations of the survey data indicated that the majority of customers were satisfied with the product.
15. The trader used aggregations of the stock price data to identify trends and make investment decisions.
16. By examining aggregations of the website conversion data, the team could optimize the sales funnel.
17. The archaeologist used aggregations of the artifact data to piece together a picture of ancient life.
18. Aggregations of the financial data showed that the company was spending too much on advertising.
19. The security analyst used aggregations of the network traffic data to identify potential security threats.
20. By using aggregations of the customer service data, the team could measure the effectiveness of their support efforts.
21. The economist used aggregations of the economic indicators to forecast future economic trends.
22. Aggregations of the health data showed that there was a high incidence of a certain disease in the area.
23. The sports analyst used aggregations of the player performance data to rank the top athletes.
24. By examining aggregations of the social media engagement data, the team could see which posts were the most popular.
25. The linguist used aggregations of the language usage data to study changes in grammar and syntax.
26. Aggregations of the website analytics data showed that users were spending a significant amount of time on a particular page.
27. The astrophysicist used aggregations of the telescope data to discover new celestial objects.
28. By using aggregations of the food consumption data, the nutritionist could identify unhealthy eating habits.
29. The educator used aggregations of the student performance data to identify areas for improvement in the curriculum.
30. Aggregations of the crime data revealed that there was a high incidence of theft in the area.
Common Phases
1. The data can be analyzed using various
aggregations: sum, average, count, max, and min.
2.
Aggregations can provide useful insights into large datasets: median, standard deviation, variance, and percentiles.
3. When working with time series data,
aggregations such as moving averages and exponential smoothing can be helpful.
4.
Aggregations can be grouped by one or more dimensions: age, gender, location, and product.
5. Pivot tables allow for easy visualization of
aggregations across multiple dimensions: sales by region and product, for example.
6.
Aggregations can be used to summarize data at different levels: daily, weekly, monthly, quarterly, and yearly.
7. SQL provides powerful tools for data aggregation: GROUP BY, HAVING, and window functions.
8. When working with text data,
aggregations such as word counts and term frequency-inverse document frequency (tf-idf) can be informative.
9.
Aggregations can be applied to unstructured and semi-structured data: sentiment analysis, entity recognition, and topic modeling.
10. Advanced statistical techniques such as regression analysis and principal component analysis (PCA) can be used to perform more complex
aggregations.