CDN-296: The Signed-Residual Protocol
Year: 2026
Type: conference-abstract
Abstract: CDN-296 closes the CDN-292 through CDN-296 rheology-control run by converting the flyby gate and tangential null into a single regression protocol. The locked predictor is the signed radial channel B_i = (v_r,i/c_Xi)/(1+(|v_r,i|/v_star)^2), with a second-order tangential ceiling T2_i <= (v_t,i/c_Xi)^2 and regression Delta_i = A B_i + C T2_i + b0 + epsilon_i. A frozen 21-case design containing radial, oblique, and pure tangential controls gives normalized shape error 1.000 for intercept-only, speed-even, and tangential-only models, and 0.000 for signed-radial models. This is a pre-registered shape test, not a measured flyby detection claim.
Language: English
Subfield: Aerospace Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7165117883
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