PaToday, data volumes reach petabytes, and single-core processors cannot deliver sufficient performance on large datasets due to limited clock speeds and constrained memory and input/output (I/O) bandwidth. This inadequacy leads to unacceptable increases in processing times and scalability issues. Parallel programming alleviates these problems by dividing data and enabling simultaneous processing across multiple threads or cores. However, parallel execution also presents challenges, one of which i
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In modern GUI applications, time-consuming operations can cause the interface to freeze. For this reason, application frameworks such as Qt provide threads and concurrent (parallel) programming tools to offload lengthy tasks from the main thread. In a Qt application, thread management is critical both for maximizing performance by efficiently utilizing multi-core processors and for maintaining responsiveness of the user interface. While multiple threads run in parallel on multi-core hardware to
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