High-performance On-Device MoA (Mixture of Agents) Engine in C++. Optimized for CPU inference with RadixCache & PagedAttention. (Tiny-MoA Native)
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Updated
Jan 25, 2026 - C++
High-performance On-Device MoA (Mixture of Agents) Engine in C++. Optimized for CPU inference with RadixCache & PagedAttention. (Tiny-MoA Native)
Event-driven simulation of concurrent KV-cache prefix sharing, copy-on-write, prefix retention, and scheduler economics inspired by RadixAttention-style LLM serving systems.
MLA-aware prefix caching for SGLang — exploit latent compression in RadixAttention (DeepSeek based model)
Event-driven benchmark of prefix-aware request reordering policies for LLM serving, measuring the ROI trade-off between prefix hit rate, prefill savings, and added queueing delay.
Branch-aware KV cache treating agent trajectories as a persistent copy-on-write tree — research prototype (PyTorch + HF transformers)
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