Tsai, Yichang, 1963-
James C. Tsai
VIAF ID: 210144647670497600502 ( Personal )
Permalink: http://viaf.org/viaf/210144647670497600502
Preferred Forms
- 100 0 _ ‡a James C. Tsai
- 100 1 _ ‡a Tsai, Yichang ‡d 1963-
- 100 1 _ ‡a Tsai, Yichang, ‡d 1963-
4xx's: Alternate Name Forms (4)
Works
Title | Sources |
---|---|
Critical assessment of high friction surface treatments long-term performance in Georgia under different roadway conditions | |
Critical assessment of I-85 CRCP crack spacing patterns and their implications for long-term performance, 2014: | |
Curve identification for high friction surface treatment (HFST) installation recommendation | |
Curve safety improvements using mobile devices and automatic curve sign detection. | |
Data-driven pavement maintenance and rehabilitation strategies for GDOT's new state route prioritization policy | |
Detecting asphalt pavement raveling using emerging 3D laser technology and macrotexture analysis | |
An enhanced GDOT pavement preservation guide with optimal timing of pavement preservation | |
Enhanced network-level curve safety assessment and monitoring using mobile devices | |
Enhancing GDOT's computerized pavement condition evaluation system for pavement condition survey | |
Enhancing Georgia Department of Transportation's jointed plain concrete pavement (JPCP) rehabilitation program using emerging 3D sensing technology and historical concrete condition survey data | |
Evaluation of the long-term performance and benefit of using an enhanced micro-milling resurfacing method | |
Exploration of using GDOT's existing videolog images and pavement surface imaging data to support statewide maintenance practices | |
GALTPP | |
Georgia's long-term pavement performance monitoring and management plan : detail design of plan | |
Next generation crack sealing planning tool for pavement preservation | |
Remote sensing and GIS-enabled asset management system (RS-GAMS) phase 2 | |
Study of temporal pavement cracking in 3D to determine optimal time and cost-effective treatment methods | |
Validating change of sign and pavement conditions and evaluating sign retroreflectivity condition assessment on Georgia's interstate highways using 3D sensing technology |