<?xml version="1.0" encoding="utf-8"?><feed xmlns="http://www.w3.org/2005/Atom"><id>https://research.elixpo.com/</id><title>Elixpo Research</title><link href="https://research.elixpo.com/feed.xml" rel="self"/><link href="https://research.elixpo.com/"/><updated>2026-10-17T00:00:00.000Z</updated><entry><id>https://research.elixpo.com/monodiffuse</id><title>Native Binary-Weight Training Outperforms Zero-Shot Sign Projection in MNIST Diffusion</title><link href="https://research.elixpo.com/monodiffuse"/><updated>2026-10-17T00:00:00.000Z</updated><summary>A controlled study of one-bit-weight diffusion training that separates binary representational limits from post-training projection failure using matched residual U-Net experiments, repeated seeds, controls, hashes, and runnable artifacts.</summary></entry><entry><id>https://research.elixpo.com/qfabric</id><title>QFabric: Contract-Driven Cross-Domain Task Recovery</title><link href="https://research.elixpo.com/qfabric"/><updated>2026-10-09T00:00:00.000Z</updated><summary>A research prototype for empirical timing-contract recovery across Linux and RTOS execution domains on the Arduino UNO Q, with safe-boundary migration, probation, commit, rollback, and replayable decision evidence.</summary></entry><entry><id>https://research.elixpo.com/oreolook</id><title>A Three-Layer Caching Architecture for Low-Latency LLM Web Search on Commodity CPU Hardware</title><link href="https://research.elixpo.com/oreolook"/><updated>2026-08-12T00:00:00.000Z</updated><summary>OreoLook presents a three-layer cache for session context, semantically equivalent queries, and URL embeddings in an open LLM answer engine operating on commodity CPU infrastructure.</summary></entry><entry><id>https://research.elixpo.com/falcon</id><title>Falcon High-Altitude Commit Engine</title><link href="https://research.elixpo.com/falcon"/><updated>2026-04-01T00:00:00.000Z</updated><summary>A completed automation experiment that used Git plumbing to produce a deliberately large repository history and contribution-graph pattern. It is preserved as an experimental artifact, not an active research claim.</summary></entry><entry><id>https://research.elixpo.com/octabit</id><title>Exploring Microcode CPU Instructions with RISC 8-Bit Breadboard Computer</title><link href="https://research.elixpo.com/octabit"/><updated>2025-06-01T00:00:00.000Z</updated><summary>A documented RISC-style 8-bit breadboard computer built with transistor and TTL logic, a discrete arithmetic logic unit, Arduino-managed microcode, four-bit opcode and address fields, and a four-digit seven-segment output. The public record connects the implementation, schematics, hardware documentation, and published paper.</summary></entry></feed>