kapacitásmodellezés

Kapacitásmodellezés refers to the process of creating a model that represents the capacity of a system. This capacity can relate to various aspects, such as the maximum throughput of a network, the processing power of a computer, or the storage capability of a database. The goal of capacity modeling is to understand the limits of a system and to predict its performance under different load conditions.

These models are crucial for effective resource management and planning. By understanding a system's capacity, organizations can make informed decisions about scaling, upgrading, or reallocating resources to meet demand and avoid performance bottlenecks. Capacity modeling helps in identifying potential issues before they impact users or operations, thereby ensuring system stability and efficiency.

The process typically involves data collection on current usage and performance metrics. This data is then used to build a mathematical or simulation model that can predict future behavior. Various techniques can be employed, including statistical analysis, queueing theory, and discrete-event simulation, depending on the complexity and nature of the system being modeled. The output of capacity modeling often includes performance predictions, resource utilization forecasts, and recommendations for capacity adjustments.