Korea Automobile Testing & Research Institute
8 documents
26 Jun 2016 Proposal for the timing for the activation of hazard warning lights by the ACSF system (Korea, KATRI, and MOLIT) ACSF-07-09 2016-06-26 The draft amendment to enable automated steering systems for use at speeds above 10 km/h includes provisions for a minimal risk maneuver (MRM) in the event that the driver fails to respond to a demand to assume control of the vehicle. This document proposes provisions for the automatic activation of hazard warning lights under an MRM scenario. Korea KATRI MOLIT
10 May 2017 Detecting Range to the Rear by ACSF system of Category C (KATRI) ACSF-12-04 2017-05-10 Presentation on the detection of the range of a vehicle approaching from behind a vehicle operating under automatically commanded steering (e.g., detection of a fast approaching vehicle in order to avoid a dangerous lane change). KATRI
17 Nov 2017 ACSF: Verification of detection range (55 m for L3) (KATRI) ACSF-15-03 2017-11-17 KATRI
17 Nov 2017 ACSF: Reaction time and Safety time gap on the public road (KATRI) ACSF-15-04 2017-11-17 KATRI
17 Nov 2017 ACSF: Korea proposal for the data filtering method (KATRI) ACSF-15-05 2017-11-17 KATRI
12 Jun 2018 ACSF: Take-over time comparison by Demographics, Behavior, and Warning strength (KATRI) ACSF-18-09 2018-06-12 KATRI
2 Sep 2018 ACSF: Safety Distance to the Front (KATRI, Korea, and MOLIT) ACSF-19-06 2018-09-02 Korea input regarding criteria for ensuring automated vehicles maintain a safe following distance from preceding vehicles as a function of time in seconds. KATRI Korea MOLIT
15 Sep UN R79: ACSF Category C LCP Clarification (KATRI) GRVA-26-22 2026-09-15 Proposal to clarify para. 5.6.4.6.8.1.(e) of UN R79 to address how different direction indicator lever mechanisms comply with manual deactivation requirements for automated lane change systems. The regulation currently does not distinguish between full-turn methods, where the lever returns to neutral position, and half-turn methods, where activation of the opposite direction indicator or stalk activation in the opposite direction constitutes deactivation. Two options are presented: either add separate provisions for each method, or note that activation of opposite direction indicator lamps may constitute deactivation of the initiating signal. KATRI