Technology
CIA (Constructive Integer Attention)
CIA replaces standard floating-point attention with integer-only arithmetic to slash memory overhead and latency in LLM inference.
Constructive Integer Attention (CIA) eliminates the precision bottleneck in Transformer models by mapping high-dynamic-range attention scores to 8-bit or 4-bit integers. By utilizing constructive quantization techniques, CIA maintains model accuracy (within 0.1% of FP16 baselines) while enabling hardware-level acceleration on commodity GPUs and edge devices. This approach targets the memory wall, reducing KV cache requirements by up to 50% and accelerating throughput for long-context sequences.
What builders pair with CIA (Constructive Integer Attention)
Projects using both technologies. Select a pairing to see a project.
3 more pairings
Pairing: 256KB RAM
TinyEye: Image Classification on a $4 Microcontroller — Zero Floating-Point, Zero GPU
Pairing: ARM Cortex-M0+
TinyEye: Image Classification on a $4 Microcontroller — Zero Floating-Point, Zero GPU
Pairing: C
TinyEye: Image Classification on a $4 Microcontroller — Zero Floating-Point, Zero GPU
Pairing: CIFAR-10
TinyEye: Image Classification on a $4 Microcontroller — Zero Floating-Point, Zero GPU
Pairing: Custom neural network architecture — no frameworks
TinyEye: Image Classification on a $4 Microcontroller — Zero Floating-Point, Zero GPU
view project | view Custom neural network architecture — no frameworks
Pairing: Integer-only arithmetic
TinyEye: Image Classification on a $4 Microcontroller — Zero Floating-Point, Zero GPU
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