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凤凰科技 2026-05-28

Alibaba DAMO Academy (阿里达摩院) releases GPU-version solver, reportedly cracking 100‑million‑variable problem

What was announced

Alibaba DAMO Academy (阿里达摩院), the research arm of Alibaba Group (阿里巴巴), has released a GPU‑version numerical solver that it has been reported can handle optimization or linear systems with on the order of 100 million variables — a scale the group called previously “unsolvable” on practical hardware. The announcement, reportedly the first time the DAMO team has published a solver tuned specifically for GPUs at this scale, emphasizes massive parallelism and memory management techniques to push beyond prior CPU‑bound limits.

Why this matters

Large sparse linear systems and huge optimization problems are the backbone of scientific simulation, computational fluid dynamics, weather forecasting, and many large‑scale AI models. GPUs offer immense parallel compute but are often constrained by memory capacity and communication bottlenecks; solving problems with 100‑million‑scale variables requires both algorithmic innovation and careful orchestration of GPU clusters. DAMO’s work, if validated, could shorten runtimes for industrial simulations and enable new classes of models that were previously impractical.

Context and implications

This development comes as China doubles down on domestic capabilities in high‑performance computing and AI. Export controls and restrictions on advanced chips from the United States have increased incentives for Chinese firms to optimize software to run on whatever accelerator hardware is available domestically or via limited channels. It has been reported that Alibaba may deploy the solver across its cloud and research platforms, helping enterprises and researchers in China gain access to larger problem‑scale compute without relying on foreign‑sourced toolchains.

Will software alone overcome hardware limits? Possibly. But algorithmic breakthroughs that let GPUs tackle previously “unsolvable” scales would be strategically important in a world where access to the very top GPUs is geopolitically fraught. Reported performance claims will invite scrutiny; independent benchmarks and peer review will be the next tests.

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