ICNS 2020 registrants: For virtual meeting support through October 10, please contact directly support@icns-virtual.org
Access to papers via download was emailed to all registered attendees on September 21-22. Conference proceedings will also available at the ICNS Conference area of the IEEE Xplore website.
| Time | Tue., 8 September | Wed., 9 September | Thu.,10 September |
|---|---|---|---|
| 0700 – 0800 | Networking Opportunity via chat | Networking Opportunity via chat | |
| Sponsor 10-minute Commercials | |||
| 0800 – 0810 | MITRE | Leonardo | MITRE |
| 0810 – 0820 | Leonardo | MITRE | Leonardo |
| 0820 – 0830 | Mosaic ATM | Frequentis | Mosaic ATM |
| 0830 – 0840 | Frequentis | Mosaic ATM | Frequentis |
| 0840 – 0850 | Boeing | Boeing | Boeing |
| 0850 – 0900 | Pre-program Messages | ||
| Plenary Program | |||
| 0900 – 0930 | Conference General Chair, Opening [15 min] | Plenary II: Global Harmonization & Collaboration Status of NextGen and SESAR, plus what the international community is doing in response to the worldwide pandemic. Moderators Donald Ward, Air Navigation Commissioner, ICAO Paul Bosman, Head of Infrastructure Division, Network Manager Directorate, EUROCONTROL
| Workshop: Urban Air Mobility – Opportunities and Challenges for Integrated CNS/ATM This workshop will lay out the opportunities and challenges of UAM for service providers to consider in developing and fielding the first fully integrated communications, navigation and surveillance and air traffic management system to support UAM. Co-chairs: Dr. Lance Sherry, George Mason University; Denise Ponchak, NASA |
| 0930 – 1000 | Plenary I: Artificial Intelligence/Machine Learning Hear leaders and researchers from the U.S. and Europe discuss the opportunities, and challenges, of harnessing the power of artificial intelligence/machine learning for ATM. Is it all hype, or will these technologies revolutionize the way we manage air traffic? Moderators Joseph Post, Visiting Scholar, Dept. of Civil & Environmental Engineering, University of South Florida and FAA Next Gen Office Marouan Chida,
| ||
| 1000 – 1030 | |||
| 1030 – 1100 | Keynote: Jon Damush, Boeing NeXt | ||
| 1100 – 1130 | Sponsor 30-minute Commercials | ||
| NASA | Avionics International | Boeing | |
| Technical Program | See full list at icnsonline.org | |||
| 1130 – 1200 | The following represent twelve outstanding papers (two for each of six tracks) selected for presentation during the virtual technical program. The papers will be presented as a pre-recorded video, BUT the author/presenter will be available during the conference for live Q&A right after the video is played. | ||
Track 5, AI/ML: Paper 184 Autonomous Systems Design, Testing, and Deployment: Lessons Learned from the Deployment of an Autonomous Shuttle Bus, Lance Sherry, George Mason University, Center for Air Transportation Systems Research | Track 3, ATM: Paper 142 Using Synchronized Trajectory Data to Improve Airspace Demand Predictions, Alicia Fernandes, Mosaic ATM | Track 2, UAS: Paper 220 Making a UTM Ecosystem a Reality, Praveen Raju, Federal Aviation Administration | |
| 1200 – 1230 | Track 5, AI/ML: Paper 151 Artificial Intelligence Applicability to Air Traffic Management Network Operations, Ziad Chaudhry, L3Harris Technologies | Track 3, ATM: Paper 119 Exploring a Time-Based Management Fleet Prioritization Service, Marcus Smith, MITRE Corporation | Track 2, UAS: Paper 118 Requirements and Technologies towards UAM: Communication, Navigation, and Surveillance, Dr. Nozhan Hosseini, University of South Carolina |
| 1230 – 1300 | Track 1, Cyber: Paper 227 Demonstrating ADS-B and CPDLC Attacks with Software-Defined Radio, Andrei Gurtov, Linkoping University | Track 4, CNS: Paper 124 Hyper-Spectral Communications and Networking for ATM: Results And Prospective Future, David Matolak, University of South Carolina | Track 6, Special Topics: Paper 157 On-Demand Mobility Cargo Demand Estimation in Northern California Region, Mihir Rimjha, Virginia Polytechnic Institute and State University |
| 1300 – 1330 | Track 1, Cyber: Paper 173 Interpretable Machine Learning Using Switched Linear Models for Security of Cyber-Physical Systems, Anuj Puri, BAE Systems | Track 4, CNS: Paper 197 Full Apron Visibility Design, Leonhard Korowajczuk, CelPlan Technologies | Track 6, Special Topics: Paper 154 Operational Benefits of Remote Oceanic Meteorology Information Operational (ROMIO) Demonstration: A Survey-Based Analysis, Jungmin Seo, Virginia Polytechnic Institute and State University |
| Sponsor 15-minutes Presentations | |||
| 1330 – 1345 | Boeing | Mosaic ATM | MITRE |
| 1345 – 1400 | Frequentis | Leonardo | Conference General Chair, Closing Remarks |
| 1400 – 1500 | Networking Opportunity via chat | Networking Opportunity via chat | |