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Kempten University of Applied Sciences

Kempten University of Applied Sciences

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Page 1: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Page 2: Kempten University of Applied Sciences

Simulator technologies for an authentic driving

experience.

MATTHIAS NIEGL

MDYNAMIX

Tech session I:

MATT DALEY

RFPRO

STEFAN VORDEROBERMEIER

AB DYNAMICS

Page 3: Kempten University of Applied Sciences

AB Dynamics aVDSDynamic Motion Platform

Page 4: Kempten University of Applied Sciences

AB Dynamics PLC | Interim results presentation – April 2019 37

Real World

37

Page 5: Kempten University of Applied Sciences

AB Dynamics PLC | Interim results presentation – April 2019 38

Real World

38

Page 6: Kempten University of Applied Sciences

AB Dynamicshigh dynamic platform

Page 7: Kempten University of Applied Sciences

40

Examples

Real World- Paris video- Highway scenario- ADAS intersection

- rFpro (durch Modellierung der Umwelt)

Page 8: Kempten University of Applied Sciences

AB Dynamics PLC | Interim results presentation – April 2019 41

Real World

41

Page 9: Kempten University of Applied Sciences

AB Dynamics PLC | Interim results presentation – April 2019 42

How it is achieved – technical insights

Real World

42

• Low Latency• High Response

• Linear Motion Ration• Stiffness

Page 10: Kempten University of Applied Sciences

AB Dynamics PLC | Interim results presentation – April 2019 43

How it is achieved – technical insights

Real World

43

Degree of Freedom

Frequency Response (-3dB)

Frequency for 90o Phase lag

DerivedLatency

Surge (X) >15Hz >15Hz 14ms (at 15Hz)

Sway (Y) >35Hz 35Hz 7ms

Heave (Z) >50Hz >50Hz 4ms (at 50Hz)

Roll (Alpha) >50Hz 42Hz 6ms

Pitch (Beta) >50Hz 26Hz 10ms

Yaw (Gamma) >35Hz 26Hz 10ms

• Generic lightweight offering (200kg)• 50Hz Ride response

Page 11: Kempten University of Applied Sciences

44

Examples

Real World- Paris video- Highway scenario- ADAS intersection

- rFpro (durch Modellierung der Umwelt)

Page 12: Kempten University of Applied Sciences

Thank youContact us:

Middleton DriveBradford on AvonWiltshire BA15 1GB

+44(0) 1225 860 200

[email protected]

Follow us:

twitter.com/ABDynamics

linkedin.com/company/ab-dynamics

youtube.com/abdynamics

facebook.com/ABDynamicsUK

Page 13: Kempten University of Applied Sciences

Driver In The LoopKey Benefits of rFpro

Page 14: Kempten University of Applied Sciences

rFpro Company Vision

“To be the world’s leading

provider of the highest

accuracy environments for

driving simulation”

Page 15: Kempten University of Applied Sciences

rFpro Company Focus

Model the real world

Allow customers to

interact with that world

Scale testing, massively

Page 16: Kempten University of Applied Sciences

rFpro Driver In The Loop Simulators

High Bandwidth

Highly Flexible Interfaces

Low Latency

Industry Leading Technology

World Leading Digital Content

[email protected]

Page 17: Kempten University of Applied Sciences

[email protected]

rFpro DIL Industry Leading – High Bandwidth Driver immersion is essential to create accurate human behaviour

and subjective feedback

• Highest detailed models

• Highly volume dynamic scenarios

• 120Hz + Framerates

• Multi-channel visualisation

Page 18: Kempten University of Applied Sciences

rFpro Driver In The Loop Simulators

High Bandwidth

Highly Flexible Interfaces

Low LatencyIndustry Leading Technology

World Leading Digital Content

[email protected]

Page 19: Kempten University of Applied Sciences

[email protected]

rFpro DIL Industry Leading – Low Latency

Page 20: Kempten University of Applied Sciences

rFpro Driver In The Loop Simulators

High Bandwidth

Highly Flexible Interfaces

Low Latency

Industry Leading Technology

World Leading Digital Content

[email protected]

Page 21: Kempten University of Applied Sciences

rFpro DIL Industry Leading – Highly Flexible Interfaces

Vehicle Model Traffic Simulation

Human In the Loop

Sensors In The Loop

Wo

rld

Wo

rld

Objects

VehicleRoad

States

ControlsC

on

tro

ls

Controls

Controls

[email protected]

Page 22: Kempten University of Applied Sciences

rFpro DIL Industry Leading – Highly Flexible Interfaces

Vehicle Model Traffic Simulation

Human In the Loop

Sensors In The Loop

Wo

rld

Wo

rld

Objects

VehicleRoad

States

Controls

Co

ntr

ols

Controls

Controls

[email protected]

Page 23: Kempten University of Applied Sciences

rFpro Driver In The Loop Simulators

High Bandwidth

Highly Flexible Interfaces

Low Latency

Industry Leading Technology

World Leading Digital Content

[email protected]

Page 24: Kempten University of Applied Sciences

[email protected]

rFpro DIL – World Leading Digital Content

Testing & Racing Circuits Proving GroundsPublic Roads

Vehicle Exteriors Vehicle OccupantsVehicle Interiors

Page 25: Kempten University of Applied Sciences

[email protected]

rFpro DIL – World Leading Digital Content

Page 26: Kempten University of Applied Sciences

rFpro Driver In The Loop Simulators

High Bandwidth

Highly Flexible Interfaces

Low Latency

Industry Leading Technology

World Leading Digital Content

[email protected]

Page 27: Kempten University of Applied Sciences

Steering Feel ExperienceMatthias Niegl | MdynamiX AG

Roll-out „Advanced Driving Simulator“ March 2020

Page 28: Kempten University of Applied Sciences

What does a Driving Simulator need?

• Dynamic Platform

• Consistent Use Cases

• Methods

• …

• Valid Models!

62

Page 29: Kempten University of Applied Sciences

Valid Models for Steering Systems

63

Simulation

• Steering System Mechanics?

• ECU Software and Functions?

• ECU Black Box S-Function from the Supplier?• Available? Real-Time capable? Compilable? Valid?...

Page 30: Kempten University of Applied Sciences

Combine Technologies

64

Driving Simulator

HiL Testing

Steering Force Module

• Mechanics, Software/Functions?• Real Steering System!

Page 31: Kempten University of Applied Sciences

Steering Force Module for the Driving Simulator

• Steering in the Loop (Mechanics and Software/Functions)

• Built-in Spindle Drive• Forces up to 16kN

• Speed up to 200mm/s

• Available

• Real-Time capable

• Compilable

• Valid

65

Page 32: Kempten University of Applied Sciences

• Real Steering Feel

• Use Cases• EPS Controller Dev.

• Function Dev.

• Calibration / Variant Tuning

• Interaction

• Driver Training

• …

• Challenging Spindle Control

Setup on the Moving Platform in mid 2020

66

Page 33: Kempten University of Applied Sciences

You are invited to a Test-Drive today!

• Prototype on a static Driving Simulator• Based on dSPACE RCP Systems

67Matthias Niegl | [email protected]

Page 34: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Page 35: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Subject StudiesReproducible evaluation of function, Technologies, HMI and human factors

Driving Experience PlaceMaking driving functions, technologies experienceablefor engineers in early stages.

Test Driver TrainingFor safety relevant handling malfunctions of ADAS/AD

Functional Safetycontrollability studies in critical

situations and due to system failure

Page 36: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Driving Experience PlaceMaking driving functions, technologies experienceablefor engineers in early stages.

ADAS/AD

HMI

Vehicle Dynamics

Tire Development

Suspension Setup

Steering Calibration

Page 37: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Page 38: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Page 39: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Page 40: Kempten University of Applied Sciences

Kempten University of Applied Sciences

ADAS/AD

Page 41: Kempten University of Applied Sciences

Kempten University of Applied Sciences

Page 42: Kempten University of Applied Sciences

Experience