Calibration of Digital Cameras and Airborne Laser Image Detect and Range (LIDAR) Terrain Mapping Systems
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Financial Summary |
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| Suggested Contribution: | |
| Commitment Start Year: | |
| Commitment End Year: | |
| 100% SP&R Approval: | Not Requested |
| Commitments Required: | |
| Commitments Received: | |
| Estimated Duration Month: | |
| Waiver Requested: | No |
Contact Information |
|
| FHWA Technical Liaison(s): | Ray Krammes |
| ray.krammes@dot.gov | |
| Phone: 202-493-3312 | |
Commitments by Organizations
| Organization | Year | Commitments | Technical Contact Name | Funding Contact Name | Contact Number | Email Address |
|---|
Study Description
Objectives
There are two primary/interrelated objectives for this study. The first objective is to conduct a systematic and comprehensive evaluation of the performance of digital photogrammetric aerial camera systems, and to establish the geometric requirements and the procedures for in situ calibration of digital aerial camera systems. The second objective is to conduct a systematic and comprehensive investigation in the current state-of-the-art of the LIDAR technology in order to develop procedures for the calibration of LIDAR systems.
Documents
No document attached.
Calibration of Digital Cameras and Airborne Laser Image Detect and Range (LIDAR) Terrain Mapping Systems
General Information |
|
| Solicitation Number: | 8 |
| Status: | End Solicitation Phase |
| Date Posted: | Jul 01, 2002 |
| Last Updated: | Nov 15, 2002 |
| Solicitation Expires: | |
| Lead Organization: | California Department of Transportation |
Financial Summary |
|
| Suggested Contribution: | |
| Commitment Start Year: | |
| Commitment End Year: | |
| 100% SP&R Approval: | Not Requested |
| Commitments Required: | |
| Commitments Received: | |
Contact Information |
|
| FHWA Technical Liaison(s): | Ray Krammes |
| ray.krammes@dot.gov | |
| Phone: 202-493-3312 | |
Commitments by Organizations
Study Description
Objectives
There are two primary/interrelated objectives for this study. The first objective is to conduct a systematic and comprehensive evaluation of the performance of digital photogrammetric aerial camera systems, and to establish the geometric requirements and the procedures for in situ calibration of digital aerial camera systems. The second objective is to conduct a systematic and comprehensive investigation in the current state-of-the-art of the LIDAR technology in order to develop procedures for the calibration of LIDAR systems.
