In which scenario is it not recommended to enable the memory reuse function?

The memory reuse function is a feature that can optimize memory usage in a cloud environment by allowing memory allocations to be reused instead of being completely released. However, in scenarios where performance and reliability are critical, enabling this function can lead to issues.

In the context of scenarios like a graphic workstation, high-performance computing is essential. Graphic workstations typically run demanding applications that require a significant and consistent amount of memory bandwidth and access time, such as 3D rendering or complex simulations. If memory reuse is enabled, there is a risk that previously used memory blocks could still contain residual data from past sessions. This can lead to performance degradation and unpredictable behavior in applications, ultimately affecting the quality of work.

In contrast, other scenarios such as ordinary office hosting, telecommunications, or bank office operations may not be as sensitive to immediate performance variations and can tolerate some overhead introduced by memory reuse. Hence, the recommendation against enabling memory reuse in a graphic workstation setup focuses on maintaining optimal performance and accuracy in resource-intensive tasks.