számításigényesek

"Számításigényesek" is a Hungarian term that translates to "computationally intensive" in English. It describes tasks, processes, or applications that require significant computational resources to complete. These resources typically include processing power (CPU), memory (RAM), and sometimes specialized hardware like graphics processing units (GPUs).

The demand for computational power in these scenarios stems from the complexity of the calculations involved. Examples of computationally intensive tasks are prevalent across various fields. In scientific research, simulations of physical phenomena, weather forecasting, and molecular modeling often fall into this category. In engineering, tasks like finite element analysis for structural design or computational fluid dynamics for aerodynamic simulations are computationally demanding.

The entertainment industry relies heavily on computationally intensive processes for rendering complex visual effects in movies and video games. Furthermore, modern artificial intelligence and machine learning applications, particularly deep learning, require vast amounts of computation for training models and processing large datasets. Cryptographic operations, such as those used in blockchain technology, can also be highly computationally intensive.

Addressing the needs of számításigényes applications often involves utilizing high-performance computing (HPC) clusters, supercomputers, or cloud computing platforms that can provide scalable and powerful processing capabilities. Efficient algorithms and optimized software are crucial for minimizing the time and resources required for these demanding computational tasks.