Environmentally Responsible Infrastructure & Operations

Applying Topological Data Analysis to Logistics Systems Analysis

  • Principal Investigator John Carlsson
  • University of Southern California
The purpose of this project is to apply computational tools from topological data analysis (TDA) to study the logistics systems in the state of California and the USA, with an emphasis on freight networks.
Project Status
Complete

Benchmarking Greenhouse Gas Emissions from California Concrete Production and Readily Implementable Mitigation Methods

  • Principal Investigator Sabbie Miller, Ph.D.
  • University of California, Davis
Through development of necessary benchmarks as well as robust tools for assessment and improvement, this work will better inform the procurement of concrete for transportation infrastructure. Further, the tools developed will quantify potential co-benefits or unintended consequences to other environmental impacts.
Project Status
Complete

Bicycling as a Solution to Yosemite Valley Traffic

  • Principal Investigator Susan Handy, Ph.D.
  • University of California, Davis
Yosemite National Park attracts 4.5 million visitors a year, 60% of whom spend at least some time in Yosemite Valley where many of the park’s natural wonders are found. Bicycles have been a popular travel alternative within the valley. The purpose of this project is to explore the potential for bicycling to play a larger role in the effort to manage Yosemite Valley traffic and reduce environmental impacts.
Project Status
Complete

BikewaySim Technology Transfer: City of Atlanta, Georgia

  • Principal Investigator Kari E. Watkins, Ph.D.
  • Georgia Institute of Technology
This project will develop a shortest path calculator that can identify the relative travel cost across routes for a case study subarea within the City of Atlanta.
Project Status
Complete