10.4231/R7P26W2G
Darcy M. Bullock , John Mott , Margaret L. McNamara
02/16/2016
These data were obtained from the dump1090 software running on a raspberry pi at the Purdue Airport (KLAF) that was configured to log Mode S data.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/R7TD9VG8
Darcy M. Bullock , Howell Li , John H. Mott
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software using a 1090 MHz fixed antenna.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/2XTS-M551
Apoorv Maheshwari , Brandon E Sells , Daniel A. Delaurentis , Ethan Charles Wright , Nicholas I. Gunady , Ryan James Howard , Sai V Mudumba , William A Crossley
06/18/2021
A wide array of electric vertical takeoff and landing (eVTOL) vehicles are in various stages of development with the goal of serving Urban Air Mobility (UAM) missions. This dataset describes emerging eVTOL vehicles' characteristics.
advanced air mobility Aeronautics and Astronautics Engineering aerospace engineering aircraft design aviation Economics engineering mobility technology transportation urban air mobility vertical takeoff and landing
10.4231/R7QN64W9
Darcy M. Bullock , John H. Mott , Joshua R. Harmon
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software in a portable configuration.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/R7KW5D6F
Darcy M. Bullock , Howell Li , John H. Mott
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/R7PN93SC
Darcy M. Bullock , Howell Li , John H. Mott
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software using a 1090 MHz fixed antenna.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/R7Z60M6J
Darcy M. Bullock , Howell Li , John H. Mott
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software using a 1090 MHz fixed antenna.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/R7G44NG1
Darcy M. Bullock , Howell Li , John H. Mott
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software using a 1090 MHz fixed antenna.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/R76Q1VDV
Darcy M. Bullock , Howell Li , John H. Mott
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software using a 1090 MHz fixed antenna.
aircraft airport aviation Aviation Technology Civil Engineering count position
10.4231/R7BG2M4K
Darcy M. Bullock , Howell Li , John H. Mott
09/15/2017
These data were obtained from a software-defined radio receiver (SDR) and Raspberry Pi single-board computer running a modified version of dump1090 software using a 1090 MHz fixed antenna.
aircraft airport aviation Aviation Technology Civil Engineering count position
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