Datasets

subject: LiDAR

Total is 14 Results
Indiana Statewide Digital Surface Model (2016-2019)

10.4231/0D14-5Q79

Jinha Jung ORCID logo , Sungchan Oh

02/16/2021

Digital Surface Model generated from the Indiana Statewide LiDAR data (2016 - 2019)

Civil Engineering Data Science High Performance Computing LiDAR Remote Sensing

Indiana Statewide Normalized Digital Height Model (2016-2019)

10.4231/QAA5-6J29

Jinha Jung ORCID logo , Sungchan Oh

02/16/2021

Normalized Digital Height Model generated from the Indiana Statewide LiDAR data (2016 - 2019)

Civil Engineering Data Science High Performance Computing LiDAR Remote Sensing

Structural diversity and ecosystem function

10.4231/N88M-7A62

Brady Hardiman , Elizabeth A Larue ORCID logo , Jessica Elliott , Songlin Fei ORCID logo

10/14/2019

Codes and data for published article: LaRue, EA, BS Hardiman, JM Elliott, S Fei. 2019. Structural diversity as a predictor of ecosystem function. Environmental Research Letters. https://doi.org/10.1088/1748-9326/ab49bb

Ecosystem Function Forestry and Natural Resources Invasion Biology LiDAR Macrosystems biology NEON RStudio Structural diversity

Mobile LiDAR for highway Mapping- road surfaces only

10.4231/MFQF-Q141

Ayman Habib ORCID logo , Yi Lin , Yi-Ting Cheng ORCID logo

12/02/2019

Highway data collected by mobile LiDAR, including point cloud, images, and trajectory. The point cloud is a subset of the original point cloud, which contains road surfaces along the driving lane only.

Civil Engineering LiDAR mobile mapping system roads surface morphology three-dimensional displays Transportation and Infrastructure Systems

Traffic Signal LiDAR-derived Vehicle Trajectories Dataset

10.4231/MYZ4-8S55

Darcy M. Bullock ORCID logo , Enrique D. Saldivar-Carranza ORCID logo , Mark Taylor , Taylor Li

04/02/2024

Vehicle trajectories sampled with LiDAR sensors at US-89 and 600 N in Salt Lake City, UT, from 15:49:25 to 17:14:00 hrs. (MT) on December 30, 2022.

LiDAR performance traffic signal trajectory Transportation systems

Row Selection in Remote Sensing for Maize and Sorghum

10.4231/PF9S-4G38

Mitchell R Tuinstra ORCID logo , Seth A Tolley ORCID logo

07/26/2023

Remote sensing data evaluates all row segments of a plot, but the repeatability of traits from different row segments has not been evaluated. We evaluated which row segments provide the best repeatability and yield prediction of remote sensing traits.

Border effect High-throughput Phenotyping hyperspectral LiDAR Maize Plot trimming Predictive modelling Remote Sensing RGB Sorghum UAV

Salt Stockpile Inventory - January 24 to 27, 2023- INDOT Lebanon Salt Facility

10.4231/4MAG-JN90

Ayman F Habib ORCID logo , Darcy M. Bullock ORCID logo , Greg Brinster , Haydn A Malackowski , Justin Mahlberg , Mina Joseph , Raja Manish , Yerassyl Koshan

05/15/2023

This visualization shows RGB images, LiDAR images and estimated volume of the salt stockpile at the INDOT Lebanon Salt Facility throughout a winter storm.

Civil Engineering JTRP LiDAR management salt stockpile Weather Winter Operations

Volume Measurement of Biological Materials in Livestock or Vehicular Settings Using Computer Vision

10.4231/NE9P-HC76

Dennis Buckmaster , Matthew B Rogers

08/25/2022

A Velodyne Puck VLP-16 LiDAR and a Carnegie Robotics Multisense S21 stereo camera were compared for use in dusty agricultural conditions in a dust chamber. Next, the stereo camera was used for volume measurements in a feed bunk and in a grain truck.

Agricultural and Biological Engineering Agriculture Computer Vision LiDAR opencv robot operating system ros stereo vision

Epoxy Pavement Marking Installation LiDAR Intensity

10.4231/8Z25-WN15

Gregory Lawrence Brinster

11/11/2024

Epoxy pavement marking installation at Johnson County Fairgrounds during a pavement marking workshop. 

asphalt pavement intensity LiDAR

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