Architectural Thinking for Hybrid QuantumClassical Systems: A Decision Playbook and Reference Architecture Practical Quantum Computing
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Quantum computing is entering a hybrid era. QPUs - quantum processing units - are starting to work alongside classical HPC infrastructure, not replace it. Think of it like how GPUs first showed up as specialized accelerators before becoming core parts of modern supercomputers. Quantum is following that same path. But here's the thing: today's quantum hardware is noisy, capacity-limited, and far from fault-tolerant. That reality shapes everything. You can't design a useful quantum system without acknowledging what the hardware can and can't do right now. >Together, they give you both the 'why' and the 'how.'
Beschrijving
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Quantum computing is entering a hybrid era. QPUs - quantum processing units - are starting to work alongside classical HPC infrastructure, not replace it. Think of it like how GPUs first showed up as specialized accelerators before becoming core parts of modern supercomputers. Quantum is following that same path. But here's the thing: today's quantum hardware is noisy, capacity-limited, and far from fault-tolerant. That reality shapes everything. You can't design a useful quantum system without acknowledging what the hardware can and can't do right now. >Together, they give you both the 'why' and the 'how.'
AmazonPagina's: 220, Paperback, Independently published
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