Datasets

subject: Civil Engineering date: 2017

Total is 55 Results
PIM Tool Instructional Video: Getting Started with the Graphical Measurement Tool

10.4231/R7ZK5DV8

Ali Lenjani , Chul Min Yeum , Shirley J. Dyke ORCID logo

11/13/2017

This instructional video is an outcome of JTRP Project SPR-4006, which focuses on the development of a Pay Item Measurement (PIM) Toolkit.

Civil Engineering Construction image processing pay items

PIM Tool Instructional Video: Getting Started with the Orthophoto Tool

10.4231/R7TT4P4Z

Ali Lenjani , Chul Min Yeum , Shirley J. Dyke ORCID logo

11/13/2017

This instructional video is an outcome of JTRP Project SPR-4006, which focuses on the development of a Pay Item Measurement (PIM) Toolkit.

Civil Engineering Construction image processing pay items

PIM Tool Instructional Video: Getting Started Guide to Taking Aerial Images

10.4231/R73B5XBK

Ali Lenjani , Chul Min Yeum , Shirley J. Dyke ORCID logo

11/13/2017

This instructional video is an outcome of JTRP Project SPR-4006, which focuses on the development of a Pay Item Measurement (PIM) Toolkit.

Civil Engineering Construction image processing pay items

KHUF Data

10.4231/R7QN64W9

Darcy M. Bullock ORCID logo , 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

KLAF NISW Data

10.4231/R7KW5D6F

Darcy M. Bullock ORCID logo , 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

KLAF TERM Data, September 12–30, 2016

10.4231/R7PN93SC

Darcy M. Bullock ORCID logo , 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

KLAF TERM Data, November 1–30, 2016

10.4231/R7Z60M6J

Darcy M. Bullock ORCID logo , 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

KLAF TERM Data, December 1–31, 2016

10.4231/R7G44NG1

Darcy M. Bullock ORCID logo , 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

KLAF TERM Data, January 1–31, 2017

10.4231/R76Q1VDV

Darcy M. Bullock ORCID logo , 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

KLAF TERM Data, February 1–28, 2017

10.4231/R7BG2M4K

Darcy M. Bullock ORCID logo , 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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