Can a compiler spend HDC's accuracy budget? Reviewing ApproxHDC
How ApproxHDC searches application, compiler, and simulated-hardware choices to trade HDC task quality for speed and energy efficiency, and what the reported evidence establishes.
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Every post from HDC Labs, collected in one place, newest first.
Showing 16–20 of 26 posts
How ApproxHDC searches application, compiler, and simulated-hardware choices to trade HDC task quality for speed and energy efficiency, and what the reported evidence establishes.
Graph search follows exact relationships, while associative search finds similar situations from incomplete examples.
How learnable HDC encoders can adapt similarity geometry to modeled compute-in-memory nonlinearities, and what the current evidence establishes.
Why the future of AI may be hybrid: deep learning learns powerful representations, while HDC complements it with compositional operations, associative memory, and lightweight adaptation.
A close look at what GraphHD and GraphHD-Order preserve, what the reported results establish, and what the released implementation leaves unresolved.
New to HDC? Start with these four introductions.
A gentle introduction to how hyperdimensional computing represents, combines, and retrieves information using high-dimensional hypervectors.
A closer look at the high-dimensional, distributed mathematical objects that give hyperdimensional computing its unusual geometry.
How Hyperdimensional Computing distributes information across an entire hypervector, helping representations degrade gradually under noise.
How the problem of representing structured knowledge in distributed systems gave rise to the family now known as HDC and VSA.
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