We present a photonic memory pooling architecture and a co-designed optimization methodology for flexible allocation of compute, memory, and network resources.

When allocating blocks, if the remaining memory on GPU0 (e.g. 40GB) is greater than the remaining memory on GPU1 (e.g. other processes occupy some memory, leaving only 20GB for nano-vllm), the actual ...

We found that most of their memory allocation patterns were compatible with prevalent patterns observed in non-GUI applications. Surprisingly, on average, Qt-based applications showed allocation sizes ...