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Autonomous Engineering

Road accidents account for more than a million deaths and almost $1T in damages, injury and loss of life. Autonomous vehicle technology promises a solution.

A Safer, More Efficient World with Autonomous Systems

The Society of Automotive Engineers (SAE) has clearly defined guidelines for automotive “autonomy levels” from Level 1 “Driver Only” to Level 5 “Fully Automated.” Current advanced driver assistance systems (ADAS) are estimated to be able to prevent more than a third of all passenger vehicle crashes. These advanced systems generally fall in SAE guidelines Level 2 “Assisted Driving.”

Completely autonomous vehicles have the potential to nearly eliminate passenger vehicle crashes and the attendant damages to people and property. The benefits of automated driving are obvious, but real-world vehicles will need to overcome a lot of technical hurdles to reach Level 5 autonomy. Even reaching Level 3 “Partially Automated” driving technology requires huge leaps forward in automotive and AI technology. Moving the autonomous industry forward will require a mix of simulation and real-world testing. 

  • Autonomous Engineering benefit
    94% reduction in traffic fatalities
  • Autonomous Engineering benefit
    12% less energy consumption plus lower emissions with electric AVs
  • Autonomous Engineering benefit
    13% lower transportation costs per household with shared autonomous vehicles
  • Autonomous Engineering benefit
    35% less parking space required in cities
Autonomous Engineering high level

Autonomy's Limitless Potential Requires Unprecedented Engineering Innovation

Safe Autonomous Vehicles Require Lots of Testing

Autonomous vehicles would need to be driven for billions of miles to show performance across real-world scenarios.

AVs Will Need to be Accessible to the General Public

The cost of ADAS and AV sensors and software will need to decrease to be affordable for consumers.

AVs Require an Order-of-Magnitude Increase in Complexity

Modern cars have roughly 100 million lines of embedded software code. Estimates suggest that AVs will need 1 billion lines of code.

Time to Production is Limited and Demand is High

With 45% of vehicles sold by 2030 projected to be highly automated, significant automation improvements are required in the next 10 years..

Autonomy Through Simulation

With so many technical barriers between modern vehicle systems and full automation, simulation is necessary to solve critical design challenges in the areas of autonomy system definition, hardware development, software development and especially system validation.

Ansys simulation software can help engineers solve these problems in record time and with minimal cost by automatically generating code, demonstrating safety standards compliance and by minimizing the number of real-world miles required to prove efficacy.

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자율주행 센서 설계

자율주행 센서 개발

Ansys는 라이더, 레이더 및 카메라 설계와 개발을 포함하는 포괄적인 자율주행 차량 센서 시뮬레이션 기능을 제공합니다.

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자율주행 시스템 개발

자율주행 시스템 개발

Ansys 시뮬레이션을 사용한 모델 기반 안전 및 사이버 보안 평가는 자율주행 시스템 개발 및 인증을 가속화하는 데 도움이 됩니다.

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자율주행 소프트웨어 개발

자율주행 소프트웨어 개발

주요 표준 ISO 26262 및 DO-178C를 준수하는 자율주행 차량 소프트웨어를 개발, 검증 및 자동 생성합니다.

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자율주행 시스템 검증

자율주행 시스템 검증

ANSYS 모델 기반 시뮬레이션 솔루션을 사용하면 software-in-loop, hardware-in-loop 및 driver-in-loop 분석을 위한 자율주행 차량 테스트 및 검증이 가능합니다.

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Engineering What’s Ahead: ADAS & Autonomous Vehicles

Autonomy opens the door to ubiquitous mobility.

Autonomous vehicle case study

Autonomy is Ready to Expand. Engineers Must Lead the Way.

The opportunity before autonomy innovators is unlimited, but critical market demands must be overcome by those who want to win the race to market.

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Ansys Autonomy provides a high-fidelity multiphysics simulation solution from the component to the system, including:

  • Automatic generation of safety certified embedded software and functional safety analysis.
  • An open environment for optimization, simulation data and process management, workflow customization, access to cloud, and high-performance capacity.
  • Support of third-party integration for deployment across the enterprise.

All backed by the world’s leading center of simulation expertise, providing customer enablement through technical support, services and training.

Vehicle makers are under pressure to develop safe, cost-effective ADAS and automated driving technology. For traditional automotive companies, it is a race for market share. For new mobility companies, time-to-market is a make-or-break factor.

Consumers Want AVs: Simulation Can Get Us There

Consumer appetite for autonomous vehicles is strong, with 80% of consumers expecting to ride in self-driving vehicles in their lifetime and 55% saying they’d be comfortable doing so in the next five years. Innovators who successfully break the technological barriers separating us from autonomous mobility will capture a huge opportunity.

Autonomous survey

Autonomous Vehicles

Engineering Whats Ahead

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1,000x More Scenarios Examined

Simulation enables 1,000x as many scenarios to be studied

The efficiency of simulation in producing and capturing high-value data make it indispensable in solving the complex problems of engineering autonomous vehicles.

Ansys autonomous vehicle

76% of Consumers Want Autonomous Vehicles

Most consumers expect that AVS will improve their quality of life

Consumers are optimistic about the benefits of autonomous vehicles, including minimized road rage, increased productivity and a more restful commute.

fast track adas development

43% of Drivers Expect Reduced Stress

Almost half of surveyed drivers expect AVs to reduce stress

The top expected benefit of AVs cited by survey respondents is reduced stress, indicating that AVs are expected to improve travel experience as well as road safety.

Featured Events

WEBINARS

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Ansys and NI

How Ansys and NI came together to solve ADAS/AD HIL validation

Join this webinar to hear about how Ansys and National Instruments came together to create a streamlined development process to smoothly progress from virtual simulation to hardware- and vehicle-in-the-loop simulation. 

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HPC Capabilities Ansys HFSS

Novel, Efficient Antenna System Design Using HPC Capabilities in Ansys HFSS

This webinar will chart the progress of HFSS with respect to antenna design and how it has evolved into the established leader in the field.

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Ansys safe autonomous driving

Speed Development of Safe Autonomous Driving

Join Ansys and AVSimulation for a demonstration of Ansys VRXPERIENCE Simulator powered by SCANeR.

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Featured Resources

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CASE STUDIES

Driving a Radar Revolution arbe

Driving a Radar Revolution: Simulating Challenging Environment Scenarios to Achieve Zero Road Fatalities

Simulating all these scenarios in the lab allows R&D to be highly prepared, to develop best-in-class solutions and shorten the time to market.

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Consumer Perceptions of Autonomous Vehicles

Prepared to Be a Passenger: Consumer Perceptions of Autonomous Vehicles

Consumers around the world were surveyed on their perceptions of autonomous cars and aircraft. Learn how comfortable they are with autonomous technology.

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WHITE PAPER

ARTICLES

Multiphysics Simulations
White Paper

Autonomous Vehicle Radar: Improving Radar Performance with Simulation

A critical aspect of autonomous vehicle control is the continued evolution of vehicle sensors.  

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VIDEOS

Ansys Video
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Autonomous Engineering

Engineering Simulation: The Future of Automotive Innovation

BLOGS

Electronics Reliability
BY: CRAIG HILLMAN

Overcome Automotive Electronics Reliability Engineering Challenges

Learn why automotive electronics require consideration beyond conventional approaches to ensure successful reliability engineering.

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