R&D & Publications

From research to reusable engineering patterns

Our R&D develops methods, architectures and evidence structures that can be applied in defense and automotive systems.

INCOSE International Symposium 2026

Human-in-the-Loop Safety for ADAS: Blending Kansei, HSI, and AI to Reduce False-Positive Braking

Author: Nuri Başer Üstün, CSEP — DNB Engineering

The study argues that false-positive braking is not solely a perception accuracy problem. Driver intent, trust, workload and human-machine interaction must be considered together.

Proposed approach

The “Nuisance Guard” functional pattern adds threat consensus, driver intent arbitration and explainability hooks to the safety-critical decision path, supervised by deterministic envelopes and runtime monitors.

4.7 → 2.8FPR / 100 km
2.1 → 0.9Hard brakes / 100 km
3.2 → 3.9Trust / 5
51.3 → 43.7NASA-TLX

Transfer potential

The approach can also support human-supervised defense autonomy, remote operation and decision-support systems.

The official publication link will be added when the INCOSE proceedings become available.