WiMi Researches Quantum Computing Simulation Model Based on Hybrid Parallel Architecture
Key Highlights
- ➤WiMi (WIMI) develops quantum computing simulation model using CPU-GPU hybrid parallel architecture
- ➤Model dynamically allocates CPU and GPU resources across quantum simulation tasks
- ➤Hardware-agnostic design supports multiple classical heterogeneous hybrid computing platforms
- ➤Granularity-controllable distributed architecture targets faster complex quantum circuit simulations
- ➤Model supports quantum algorithm R&D, circuit optimization and quantum mechanism verification
WiMi Researches Quantum Computing Simulation Model Based on Hybrid Parallel Architecture PR Newswire
BEIJING, Sept. 30, 2026 /PRNewswire/ -- WiMi Hologram Cloud Inc. (NASDAQ: WIMI) ("WIMI" or the "Company"), a leading global technology provider focused on core issues in quantum computing simulation and specializing in high-performance quantum simulation technology, is developing a quantum computing simulation model based on a hybrid parallel architecture. By optimizing the classical hybrid architecture with CPU-GPU heterogeneous collaboration, the model reconstructs the computational logic of quantum simulation, breaks through the bottlenecks in computing power, storage and scalability inherent in traditional simulation solutions, and delivers an innovative technical solution for the efficient simulation of quantum algorithms and the verification of quantum computing principles. Deeply integrated with the high-performance computing (HPC) technology system, the model comprehensively improves the overall performance and adaptability of quantum computing simulation through architectural optimization, innovative resource scheduling, and refined management of data storage and computing granularity.
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