Qhome
Trying to make your home awesome? Download the most innovative and user-friendly smart home app - Qhome by Quatanium Technology Co., Ltd. You will discover that your home could be more intelligent than you ever expected. Everything is awesome!
With Qhome, you can wirelessly remote:
• Control lights and appliance on/off switches • Control curtains, windows and rollers • Control A/Cs and heaters • Control any infrared appliances such as TVs, fans, purifiers and etc. • Control wireless music systems • Receive change notifications and alerts from home sensors • Monitor Wi-Fi cameras • DIY your own customizable scenes • Schedule action for supported appliances and scenes • Set trigger rules for automatic environment adjustment • Share your smart house statistics to social network • Experience the most convenient way to interact with your home and make your life awesome!
Visit website for more: www.quatanium.com/en
I am a research-oriented machine learning systems engineer working on foundation model infrastructure, alignment, and evaluation. My work focuses on building efficient, reliable systems for large language models while studying the algorithms and data choices that make these models more useful, controllable, and cost-effective in real applications.
At TikTok, my recent work centers on Model-as-a-Service platforms and high-performance LLM inference. I develop serving infrastructure with vLLM and SGLang across model runtime integration, scheduling and continuous batching, KV-cache and memory management, distributed execution, observability, and reliability. This systems work is closely connected to my research on distributed disaggregated inference, preference optimization, instruction-tuning data selection, multimodal evaluation, and retrieval-augmented biomedical summarization.
My broader research spans reinforcement learning for robotics, healthcare sequence modeling, privacy-preserving machine learning, and motion planning. I am especially interested in model-system co-design: how model architecture, inference algorithms, data curation, hardware utilization, scheduling, and distributed runtimes interact. My goal is to advance frontier AI systems that are faster to experiment with, more rigorous to evaluate, and dependable enough to serve at scale.