시스템 Redundancy(이중화)로
대응 가능한 고장인 경우
다음 정류장까지 운행합니다.
자율주행이 어려운 고장의 경우
차선을 유지하며
안전하게 정차시킵니다.
차선 유지가 어려운
심각한 고장의 경우
즉시 정차시킵니다.
* ISO23793에 기반한 통합 비상 조치(MRM) 전략 수행
자율주행이 불가능한 비상상황 대응을 위한 원격제어주행 기능입니다. 무인 자율주행 차량에 장착된 카메라 및 5G 무선 통신모듈을 통해 도로 상황을 실시간으로 확인이 가능하며 원격 운전자가 조작한 제어 명령을 자율주행 차량으로 송신하여 차량을 움직입니다.
더블클릭하여 내용 수정. 단락 구분(P 태그)은 Enter로,
줄 바꿈(BR 태그)은 Shift + Enter 로 사용할 수 있습니다.
Under the paramount value of "Safety first,"
we develop safe and reliable autonomous driving technology to provide
opportunities for an equal and prosperous life through 'Mobility for All'.
System Safety | Operational Design Domain (ODD) | Object and Event Detection and Response (OFDR) |
Fallback (Minimal Risk Condition) | Vehicle Methods | Human Machine
Interface (HMI) |
Vehicle Cybersecurity | Crashworthiness | Post-Crash ADS Behavior |
Data Recording | Consumer Education
and Training | Federal, States,
and Local Laws |
WHY WE DO?
Autonomous driving has the potential to drastically change our future. Everyone agrees on this.
However, for this vision to become a reality, we must prioritize safety.
The foremost value of autonomous driving is safety. We understand that safety cannot be compromised for any other value.
Until a system that can handle emergencies is developed, the value of safety must not be underestimated.
SAFE STRATEGY I
Fallback is a protocol where a level.4 autonomous vehicle, upon determining that it is difficult to drive or encountering a safety-related system error, transfers control to a remote driver in the control center to maintain the vehicle in a safe state.
In case of a fault that can be handled with system redundancy,
the
vehicle continues to the next station.
In case of a fault that makes autonomous driving difficult,
the
vehicle safely stops while maintaining its lane.
In case of a severe fault where lane maintenance is difficult,
the
vehicle stops immediately.
This remote control driving function is designed for emergency
situations where autonomous driving is not feasible.
It enables real-time monitoring of road conditions via cameras and 5G wireless
communication modules equipped on unmanned autonomous vehicles,
and transmits control commands from the remote driver to the autonomous vehicle to control movement.
SAFE STRATEGY II
Voluntary Safety Self-Assessment
System Safety | Operational Design Domain (ODD) | Object and Event Detection and Response (OFDR) | Fallback (Minimal Risk Condition) |
Vehicle Methods | Human Machine Interface (HMI) | Vehicle Cybersecurity | Crashworthiness |
Post-Crash ADS Behavior | Data Recording | Consumer Education and Training | Federal, States, and Local Laws |
NEWS
Company Technology Mobility Service Careers↗ |
주소본사 경북 경산시 하양읍 가마실길 50, 실습동(38428) | SNS네이버블로그 ↗인스타그램 ↗ 페이스북 ↗ 링크드인 ↗ 유튜브 ↗ | 오토노머스에이투지 | 대표자 한지형 | 대표번호 070-5066-4910 | 사업자등록번호 282-81-01099 |
SNS 네이버블로그 ↗ | Company Technology Mobility Service Careers↗ 개인정보처리방침 서비스이용약관 브랜드 센터 |
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