Webinar: Drones Are Revolutionizing Transportation Management

The webinar is rescheduled to TUESDAY, 22nd October 2019; 12:00 PM ET (9:30 PM IST)

ATPIO is hosting a webinar on “Drones Are Revolutionizing Transportation Management” on 22nd October 2019;  12:00 PM ET (9:30 PM IST).

Webinar Linkhttps://connect.extension.iastate.edu/atpio/

Webinar Registration: Please register for the webinar by filling out your details in https://bit.ly/2rlsWX6 or sending emails to  atpio.secretary@gmail.com, with the following subject: “Webinar Oct 2019 Registration”.

Abstract:

The drones aerial perspective and data collecting abilities make them a viable tool, offering benefits that range from on-site safety to remote monitoring to disaster management. The North Carolina Department of Transportation (NCDOT) is responsible for all modes of transportation in North Carolina. NCDOT maintains one of the largest highway systems in the nation with nearly 80,000 miles of highway statewide. NCDOT is also responsible for more than 13,500 bridge and an additional 4,500 culverts and pipes. North Carolina has nearly 3,300 miles of mainline railroad track and approximately 5,000 crossings as well as 72 publicly-owned airports. From post disaster to regular inspections NCDOT has integrated drones to ensure safety and reduce delays. Topics covered in this session include examples of infrastructure inspections, disaster response, UAS Integration Pilot Program (UAS IPP), best practices, lessons learned, etc.

 

Speaker: Darshan Divakaran
     President & Founder of Airavat LLC

Darshan Divakaran is a UAS technology evangelist with expertise in unmanned and manned aviation, flight operations, airborne safety, remote sensing, geospatial analysis and program management. His areas of focus include Unmanned Traffic Management (UTM), Counter-UAS (CUAS) and Urban Air Mobility. He is an international Keynote speaker in Unmanned Technology and is also a life changing motivational speaker.

In his role as UAS Program Engineer with NC Department of Transportation’s (NCDOT) Division of Aviation, he is the subject matter expert on unmanned aviation for the North Carolina Governor’s office, legislature, state agencies and public safety organizations.  He leads efforts to work with federal government, state & local agencies, public safety agencies, industries and academia to integrate a statewide UAS program. He leads the flight operations and airborne safety during natural disaster and emergency response for the state with focus on post storm infrastructure inspection and airspace deconfliction. Darshan also overlooks the flight operations safety for North Carolina’s UAS Integration Pilot Program that focuses on medical & standard package delivery and infrastructure inspections under NCDOT. In his multiple functions with NCDOT, Darshan also leads the research, outreach, and extension efforts.

Darshan is the founder and president of Airavat LLC, a company that provides UAS program management and training support to federal, state and local agencies nationwide. He is the UAS subject matter expert for Aerospace Arizona Association and Arizona Regional Economic Development Foundation. Airavat has a team of experts from regulatory, transportation, public safety, law, academia, and training that is helping guide the unmanned future for the state of Arizona.

Darshan holds a Master of Geospatial Information Science and Technology degree from North Carolina State University and BS in Professional Aeronautics (with minor in Aviation Management) from Embry-Riddle Aeronautical University. He is also an FAA certified commercial pilot with multi-engine rating and holds a FAA part 107 remote pilot certificate.

ATPIO and TRG Webinar: Application of big data analytics in transportation operations

ATPIO and TRG is jointly hosting a webinar on “Application of big data analytics in transportation operations” on 9th May, 2018;  10:00 AM ET (7:30 PM IST).

Webinar Linkhttps://connect.extension.iastate.edu/atpio/

Webinar Registration: Please put your name, affiliation and email id here. We will send you a calendar invite and reminder.

Abstract:

“You can’t manage what you don’t measure” – The quote attributed to both W. Edwards Deming and Peter Drucker explains the importance of the recent digital data explosion. The volume, velocity and variety of data generated nowadays make it difficult to use traditional techniques to analyze and extract useful information from these datasets. However, efficient storage and managing such rich data sources can help public and private sector to better understand the underlying systems and help in improved decision making and performance. Significant advancements can be made using big data analytics for building smart transportation networks leading to smarter cities and overall development of quality of life in US conditions.

In the past, only a limited number of data streams have been available from infrastructure mounted sensors for use in traffic management, but with the advent of smart phones, connected cars, etc., several nontraditional sources of data are being made available for analysis. However, these heterogeneous data streams arrive at very high rates and often can have spurious data. This exponential growth in relevant data streams has brought new opportunities and challenges in the realm of traffic management. Increased data enables improved monitoring, prediction, and management of traffic, but only if automation, is employed to handle the data volumes. These volumes would otherwise exceed the abilities of humans to process. This talk will highlight Big-data tools that can be used to timely analyze this data and perform real-time assessment and prediction of traffic conditions to improve system efficiency and safety, real-time identification of traffic incidents, and as input to future planning.

About the Speaker, Anuj Sharma:

 

Anuj Sharma, Ph.D., is an Associate Professor at Iowa State University and is the co-director of the REACTOR lab. Dr. Sharma’s research has been recognized by numerous federal, state and private agencies; including the National Science Foundation, Federal Highway Administration, National Institute of Health, Toyota, state Departments of Transportation, and city public works departments; with over eleven million dollars of competitive research funding, contributed to fund his research. He uses high performance computation driven big data discoveries to assist in making better short term (operational automation) and long term (smart policy) decisions. Sharma has over 100 conference/journal publications and is editor in chief for Springer’s Journal of Big Data Analytics in Transportation.

Sharma, in his role as a director of REACTOR lab at Iowa State University has, spearheaded the effort to ingest multiple data feeds on a cloud platform, Azure, perform analytics such as fusion, quality assurance, signal denoising, and machine learning based incident detection, and finally provide a consumable data feed as an open data service.

 

Webinar: Roundabout Design: Workflow, Limitations, and Solutions

ATPIO hosted a webinar on “Roundabout Design: Workflow, Limitations, and Solutions” on April 19, 2018 (Thursday) at 1:00 PM EDT (10:30 PM IST).

Recorded Webinar Link: https://connect.extension.iastate.edu/psf6w0o0cnr8/

 

Abstract

Transoft will present a one-hour session on roundabout design.

What You Will Learn:

  • History of roundabouts
  • Roundabout characteristics
  • Benefits of roundabouts
  • Challenges of roundabouts
  • Common principles and objectives for roundabout design
  • Case Studies
  • Introduction to roundabout design solutions
  • Software demonstration for roundabout design. You will be shown the right tools to design roundabouts smarter, more efficiently, and with fewer errors while giving you the ability to make better decisions regarding safety. The software produces initial geometry that is generated with your design criteria in mind, and provides real-time feedback regarding recommended dimensional and analytical ranges.

About the Speaker, Hannah Koshravi

Hannah Khosravi is a Civil Designer working at Transoft Solutions Vancouver, Canada’s head office. She has over five years of experience in road design and traffic consulting, including two years of experience in researching and developing solutions for road, intersection and roundabout design projects.   Hannah co-authored a research paper and presented on “A Deterministic Method of Evaluating Speeds For The Fastest Path Analysis At Roundabouts” at the 5th International Conference on Roundabouts at TRB. With a B.A. Sc. in civil engineering, Hannah has presented and lead educational sessions on roundabouts and intersection design at UBC, BCIT, Ryerson, and University of Texas.

ATPIO and TRG Webinar: The Kumbh Mela Experiment

ATPIO and TRG jointly hosted a webinar on “The Kumbh Mela Experiment (KME): Measuring and Understanding the dynamics of mankind’s largest crowd – Experiences from Kumbh Mela 2016 in Ujjain” on 22nd August, 2017;  9:00 AM IST (11:30 PM ET 21st Aug).

Recorded Webinar Linkhttps://connect.extension.iastate.edu/p2mbuts3towf/

Abstract:

The Kumbh Mela Experiment (http://www.the-kumbh-mela-experiment.com/) is an ongoing Indo-Dutch collaborative research project funded jointly by Department of Electronics and Information Technology (DeitY), Govt. of India and Netherlands Organization for Scientific Research (NWO), Netherlands. The aim of the project is to use big data and Internet of Things (IOT) for understanding crowd dynamics in mass gatherings and develop crowd management solution particularly focusing on crowd risk. The project aims to deliver the core components of an entire crowd management solution, all the way from designing and building personnel devices for tracking movement (or more precisely human-to-human interaction) to developing advanced computational models to help predict how the crowd may evolve.
As name clearly suggests, the data collection was done during the recently held Kumbh Mela (Simhasth-2016) in Ujjain, M.P., India during 22nd April to 21st May 2016. This presentation on KME will explain the scientific aspects of the project and initial results of various experiments done/ongoing under the project.

About the Speaker, Dr. Ashish Verma:

Dr. Ashish Verma is a Ph.D. from IIT Bombay and currently serving as Associate Professor of Transportation Engg. at Dept. of Civil Engg., Centre for infrastructure, Sustainable Transportation, and Urban Planning (CiSTUP), and Robert Bosch Centre for Cyber Physical Systems (RBCCPS) at Indian Institute of Science (IISc), Bangalore, India. Further, he was a Visiting Professor at ITMO University, Saint Petersberg, Russia during 2016. He has authored more than 100 research publications in the area of sustainable transportation and road safety.
He is the Founding and Current President of Transportation Research Group of India (TRG). He is presently serving as Country Representative from India, Vice Chair (Conference) of Scientific Committee, and Steering Committee Member of World Conference on Transport Research Society (WCTRS) based in University of Leeds, UK.