Power BI: Realtime Call Center Performance Simulation using Python, SQL and Power BI


The video is a tutorial on how to simulate real-time performance monitoring of a call center using Python, Microsoft SQL Server, and Power BI. The video starts by explaining that the simulation will generate random calls from customers and store the call center information in a Microsoft SQL server database for performance monitoring. The speaker then explains that they will fill the static information in the database using the insert command and connect Python to the SQL server for automatic data entry. The video then shows how to generate random calls and create a never-ending loop to generate random information, such as location ID, client ID, issue ID, CSR ID, response time, call time, complaint status ID, and call rating. The speaker then prints these variables in the console window to test the code and confirms that the loop is generating random calls every second. The next step is to create a database for the call center's real-time data. The speaker explains that they will create a table to record the random generated calls data, a table to store locations, a table for client companies with their address and phone numbers, a table for customer service representatives, and a table to store the status of the complaint. The static tables are filled using the insert command, and the speaker shows how to use simple formulas in Microsoft Excel to construct insert commands from spreadsheet cells. To connect Power BI to the SQL server, the video explains that the pyODBC library is imported, a pyODBC connection is created, SQL Server is chosen as the pyODBC driver, the name of the SQL server is provided, and the database name is chosen. The video shows how to create a cursor based on the ODBC connection, and how to fix some errors in the Python code related to the connection string. Finally, the video shows how to use the variables in an insert command to insert the data into the calls table, using the cursor.execute command. To get the current date and time in SQL Server, the sql get date function is used. The video concludes by explaining that the simulation can be run in Python, and the results can be monitored in real-time in the Power BI dashboard. The video emphasizes that this exercise teaches how to work in Python, SQL Server, and Power BI, and use them together to create stunning dashboards. http://virtual-school.org/tutorial?v=D_8zpJzXRos Chapters: 01:51 - Random Customers Calls Generation is Python 05:38 - Creating Performance Indicators Database in SQL Server 07:09 - Filling Database with Static Information 08:21 - Connecting Python to SQL Server 13:01 - Changing the Odds 14:40 - Connecting Power BI to SQL Server 15:50 - Creating a Relational Data Model in Power BI 16:55 - Creating a Power BI Dashboard 24:15 - Testing the Simulation and Power BI Dashboard #Python, #SQLServer, #PowerBI, #RealTimeMonitoring, #CallCenter, #PerformanceMonitoring, #DataVisualization, #realtimedashboard , #realtimedata, #realtime, #livedata


Python, SQL Server, Power BI, Real Time Monitoring, Call Center, Performance Monitoring, Data Visualization, realtime, live, realtime dashboard
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