Tutorials

Important Information for Tutorial Attendees

  • Tutorial fees can be found on the registration page
  • A 25% discount will be applied to each additional tutorial registration purchased
  • During registration, please select your desired tutorials
  • Any tutorial with less than 8 people registered by the early-bird deadline may be cancelled
Sunday, September 25
11:30 - 2:30 3:00 - 6:00
Autonomous Vehicles

GNSS and Inertial for Autonomous and Remotely Piloted Aircraft Systems
Instructor SL1: Uijt de Haag

Intelligent Control Architecture for Autonomous Vehicles
Instructor SA1: Insaurralde
Surveillance Surveillance and Collision Avoidance
Instructor SA2: Schuster
Monday, September 26
8:00 - 11:00 11:30-2:30 3:00-6:00

Avionics Systems and Architectures

 Introduction  to Performance Based Navigation and  Required Navigation Performance, PBN, RNP
Instructor MM1: Helfrick		 Digital Avionics
Instructor ML1: Helfrick		 Modern Avionics Architectures
Instructor MA1: Etherington
Design Assurance and Security

Aircraft systems, safety and cyber-security: DO-326A guidance
Instructor MM2: Fabre

 Formal Methods in RTCA DO 178C
Instructor ML2: Joyce		 Multicore in Avionics – Multicore Usage Patterns and a Systems Level Approach to Certification
Instructor MA2: Rice

Tutorials Overview

Sunday, September 25th

Session 1 – Autonomous Vehicles

  • SL1:  GNSS and Inertial for Autonomous and Remotely Piloted Aircraft Systems
    Maarten Uijt de Haag, Ohio University
    View Abstract
  • SA1:  Intelligent Control Architecture for Autonomous Vehicles
    Carlos Insaurralde
    View Abstract

Session 2 – Surveillance

  • SA2:  Surveillance and Collision Avoidance for NextGen
    Wolfgang Schuster, Imperial College London
    View Abstract

Monday, September 26th

Session 1 – Avionics Systems and Architectures

  • MM1:  Introduction to Performance Based Navigation and Required Navigation Performance, PBN, RNP
    Albert Helfrick, Embry-Riddle
    View Abstract
  • ML1:  Digital Avionics
    Albert Helfrick, Embry-Riddle
    View Abstract
  • MA1:  Modern Avionics Architectures
    Tim Etherington, Rockwell-Collins
    View Abstract

Session 2 – Design Assurance and Security

  • MM2:  Aircraft Systems, Safety and Cyber-security: RTCA DO-326A guidance
    Laurent Fabre, Critical Systems Labs
    View Abstract
  • ML2:  Introduction to Formal Methods using RTCA DO 178C
    Jeffrey Joyce, Critical Systems Labs
    View Abstract
  • MA2:  Multicore in Avionics – Multicore Usage Patterns and a Systems Level Approach to Certification
    Dennis Rice, Wind River
    View Abstract