Trainings

Here are the standard trainings we propose:

BASIC

B1: essentials SCANeR™studio (basic level, 2 days)

INTERMEDIAIRE

I1: Standard simulation modules (intermediate level, 2 days)

I2: Advanced experiments (intermediate level, 2 days)

I3: Road networks (intermediate level, 2 days)

I4: SCANeR™studio module development (intermediate level, 2 days)

I5: Acquisition and instrument panel development (intermediate level, 2 days)

I6: Vehicle into SCANeR

Training Registration

Based on the feedback of its customers, AVSimulation has extended its training offer and is now providing a standard set of training modules to cover the large range of applications of SCANeR™studio.
This catalog lists all the available programs sorted by categories and modules.
These training modules are oriented toward a good user experience through exercises and real world samples.
Training options
There are different ways to attend a training:
– at AVSimulation office in Paris
– at your office
– online
Training at AVSimulation office in Paris
Regular training sessions will be organized as follows:
– One computer and one SCANeR™studio full license per trainee
– Access to AVSimulation integration workshop for the practice sessions with SCANeR™studio approved hardware
– Opportunity to meet the SCANeR™studio support and development team
Training sessions will be arranged for 2 to 6 students.

B1: essentials SCANeR™studio (basic level, 2 days)

• Understanding the SCANeR™studio modular structure
• Create and manage a configuration
• Start and stop a simulation
• Create a basic experience
• Save, analyze and export data
• Create a basic road network
• Understanding vehicle modeling
• How to find help

I1: Standard simulation modules (intermediate level, 2 days)

• Design a dashboard
• Bookmark simulation time with time markers
• Set up a radio communication with Intercom
• Set the sound samples
• Save screen content with the screen recorder
• Manage cameras and cockpits

I2: Advanced experiments (intermediate level, 2 days)

• Tune the environment and initial conditions
• Control autonomous vehicles and pedestrian’s behavior
• React to events, script the simulation
• Manage the traffic (traffic lights, swarm, sources & sinks)
• Monitor the interactive vehicle (position on the road, relationship with other vehicles)
• Manag infrastructure objects and physics collisions
• Interact with the driver (display text and images, play sound, cabin acquisition)
• Choose data to record for debriefing
• Advanced scripting (tasks, Python)
• Advices for experiment creation

I3: Road networks (intermediate level, 2 days)

• Create a road network (axis, profiles, lanes, intersections)
• Add traffic signs, traffic lights and decoration objects
• Edit altitude and banking
• Generate a 3D terrain and a rolling surface
• Convert a 3dsMax object using OSG exporter
• Import Shapefile data
• License needed: Academic Plus or more

I4: SCANeR™studio module development (intermediate level, 2 days)

• Overview of all the existing API
• Build and use the SDK samples
• Understand SCANeR™studio messages
• Develop a module using C++
• Develop a module using Matlab/Simulink Communicate using
the VEN protocol
• Use Controlpad to spy messages
• Prerequisite: C++ and/or Simulink software programming
knowledge

I5: Acquisition and instrument panel development (intermediate level, 2 days)

• Understand UDPCabin protocol
• Develop an acquisition module using LabVIEW
• Configure HumanDriver acquisitions
• Exchange SCANeR™studio messages
• Develop an instrument panel module
• Prerequisite: LabVIEW and software programming knowledge

I6: Vehicle into SCANeR

• Understanding the SCANeR vehicle
• Modifying a vehicle model
• Use a model in simulation
• Save / Analyze vehicle data
• Non-real time simulation
• Configuration of simulations

A1: ADAS (advanced level, 2 days)

• Create and manage a sensor configuration
• Start a simulation with sensor modules
• Analyze sensors network messages
• Develop a basic ADAS system
• Prerequisite: software programming knowledge
• License needed: sensors add-on

A2: Headlight / AFS (advanced level, 2 days)

• Understand SCANeR™studio headlight solution
• Create and manage a headlight configuration
• Configure the visual module for displaying headlight
• Start a simulation with NightTestManager module
• Know headlight requirements for 3D databases
• Develop a basic AFS strategy
• Prerequisite: software programming knowledge
• Licenses needed: headlight

A3: Vehicle dynamics (advanced level, 3 days)

• CALLAS Modeling
• Create your own CALLAS model
• Analysis / post-processing tools
• Validation
• Configuration of the simulation
• External dynamic models

A4: HPC (advanced level, 2 days)

• Create a template scenario in SCANeR™studio
• Create a test plan with SCANeR™Explore
• Generate multiple variations of the template scenario
• Start a non-real time simulation
• Launch SCANeR™Compute with different options
• Launch a multi-session of SCANeR™Compute
• Useful for: vehicle dynamics, ADAS development

A5: Unreal development for SCANeR use

• Unreal manipulation
• Creating an Unreal project
• Creating an Unreal plugin
• Asset management (Terrain/Car/Object)

A6: Visual display configuration (advanced level, 1 day)

• Understand visual screens computation
• Workshop: configure screens for a CDS
• Workshop: configure a cylindrical screen
• Understand blending issues
• Prerequisite: trigonometry basic

A7: Driver tracking applications (advanced level, 1 day)

• Understand SCANeR™studio trackers solution
• Configure an eye tracker and a head tracker system
• React to tracker events during the simulation (object detection)
• Analyse and export eye tracker raw data
• Workshop: connect an eye tracker system to SCANeR™studio
• Prerequisite: know how to use a tracker system
• License needed: trac

A8: Advanced applications (advanced level, 1 day EACH)

• Develop a lane keeping system (steering wheel vibration when out of lane)
• Improve haptic feedback (road surface edition and impacts on sound, steering wheel
and motion)
• Motion effects and motion cueing
• Reduce transport delay to prevent simulator sickness