Objective

We design the operation concept and system architecture for UTM (UAS Traffic Management) to realize high-density BVLOS operation of small UAS. As a tool for that, we develop a UTM simulator to evaluate the safety and efficiency of the operation for the designed UTM concept / system architecture. The simulator can help to verify each element of the system and also validate the integrated system.

Outline

Duration

FY2017~FY2019 (3 years)

Report of 1^st UTM Symposium

■　Purpose of the Symposium
We present the latest research and development results of the "DRESS (Drones and Robots for Ecologically Sustainable Societies) project" promoted by NEDO (New Energy and Industrial Technology Development Organization) on the basic concept and system architecture of UTM that support the development of the drone industry. We also discuss the future prospects of UTM as a platform to generate new value through the use of "sky".

■　Event Information
Time:              Wednesday, March 27^th 2019, 13:00-17:30 (reception starts at 12:30)
Location:        Yayoi Auditorium, Ichijo Hal at Tokyo University
Organizer:      National R&D Corporation, Japan Aerospace Exploration Agency (JAXA)
Co-sponsor:   National R&D Corporation, New Energy and Industrial Technology Development Organization (NEDO)

■　1^st UTM Symposium Program
????1st UTM Symposium Program

■　Presentation Materials (Japanese Only)
????　Large-scale Demonstration Test for Realizing Visual Flight in RTF by Collaboration of Private Organizations present by Shinji Suzuki (Professor/ Representative of JUTM at Tokyo University, School of Engineering)
????　Operation Management Concept and System Architecture present by Kengo Harada (Manager of Next Generation Aviation Innovation Lab at JAXA)
????　Demonstration Test in Robot Test Field in Fukushima (RTF)present by Toshihiro Nishizawa (Manager of Future City Planning Division at NEC)