1

We present a predictive KV cache offloading mechainism that support ultra-long decoding phase in reasoning and agentic workloads.

We present a framework that drastically speeds up the process of deriving the tensor parallel schedule for large neural networks by 160x.

We present ParaGAN, a cloud-training framework for GAN, which demonstrates near optimal scaling performance over thousands of acclerators with system & training co-design.

Whale is a highly scalable and efficient distributed training framework for deep neural networks, introducing a hardware-aware parallel strategy and user-enabled model annotations for optimising large-scale model training, demonstrating its prowess by successfully training a multimodal model with over ten trillion parameters on a 512-GPU setup.

We propose an efficient parameter sharing strategy for Transformer architecture by replacing FFN with MoE layer and sharing the trainable parameters except the normalization layers. Competitive performance across CV and NLP tasks were achieved with up to 6x reduction in the numbers of unique parameters.