2020 Events

| 2020 | 2019 | 2018 | 2017 | Sponsored Conferences/Workshops |

Dr. Yinhai Wang

FMRI Webinar: Making Transportation Infrastructure Smarter Using IoT and AI Technologies

FMRI & ITE FAU Student Chapter Lecture Series
November 17, 2020, 2 PM (ET)
Online (FAU Cisco Webex Meetings)

While building new road capacity and improve roadway condition are effective approaches to address the congestion and safety problems, they are often too expensive to afford. Fortunately, advancements in Internet of Things (IoT), communications, artificial intelligence, and other big-data technologies provide a cost-effective alternative to address the challenges. The University of Washington STAR Lab has been investigating research efforts on developing IoT and AI technologies that can detect traffic condition quickly, communicate with traffic operators and road users timely, and predict condition changes accurately for proactive management of transportation infrastructure. In this webinar, Dr. Yinhai Wang will share his vision and some of the STAR Lab’s research products that have been deployed for testing in smart transportation infrastructure practice. This presentation intends to trigger more interest in IoT and AI research and applications to make transportation infrastructure smarter.

Recorded webinar Presentation slides
Lori Treviranus

FMRI Webinar: The State of Mobility and Industry from the Private Sector’s Perspective

An event by FMRI and the WTS FAU Student Chapter
November 10, 2020, 11 AM (ET)
Online (FAU Cisco Webex Meetings)

In this webinar, hosted by FMRI and the WTS FAU Student Chapter, Ms. Lori Treviranus will present on "The State of Mobility and Industry from the Private Sector’s Perspective". Ms. Treviranus has over 19 years of experience in civil engineering, providing the highest quality infrastructure and facility solutions to transportation agencies, local governments, private developers and institutional clients. She is experienced in roadway design, intersection development, super-elevation transitions, roadway modeling, cross-sections, pedestrian/bike paths, master planning, hydrology/hydraulic studies, cost estimation, stormwater control plans preparation, drainage and utility design, NPDES permitting and SWPPP preparation and implementation. In addition, she is familiar with the surveying aspect of civil engineering and has experience working with sustainable designs. Typical scopes of work she has been responsible for include acquisition and due diligence tasks, creation of conceptual plans and assistance with funding throughout the project phases and public outreach activities.

Recorded Webinar Presentation slides
Regional UTC Student Spotlight

Regional UTC Student Spotlight - Virtual Conference for the Southeastern Region

November 4, 2020, 9:00 AM to 3:15 PM (ET)
Online (Register)

The FMRI is hosting a virtual event for the Southeastern region titled "Current Challenges in Transportation and Logistics". This half-day conference/symposium will provide an opportunity for students in the southeastern region to present recent research and innovations and share how their contribution can play a role on the smart city concept. Register a presentation (abstract) by October 16. Registration will be open until the day of the event. More information, such as the updated agenda and schedule of presentations, will be shared by email and in the webpage below.

Conference Website
Paulo Jotz

FMRI Webinar: GoAwake - A Comprehensive Solution to Mitigate Traffic Accidents

An event by FMRI and the Women's Transportation Society (WTS) FAU Student Chapter
October 21, 2020, 11 AM (EDT)
Online (FAU Cisco Webex Meetings)

This presentation will overview the GoAwake solution: onboard sensor detects drivers fatigue and distraction signs, alerts in real time and send data to a Control Center where actions will be taken according to predefined customers rules. Presented by Paulo Jotz, who holds a B.S. in Mechanical Engineering and an MBA in administration. He has a strong experience in the management of projects for the defense industry. Mr. Jotz is also deeply involved in business development for fleet management telemetry solutions.

Recorded Webinar Presentation slides
Dr. Alireza Khani

FMRI Webinar: Last-mile Delivery Using Shared Lockers

An event by FMRI and the Women's Transportation Society (WTS) FAU Student Chapter
October 7, 2020, 1 PM (EDT)
Online (FAU Cisco Webex Meetings)

In the last decade, online shopping has realized double digit growth annually. This has led to greater need for package delivery and issues in the last mile related to additional vehicle-miles and curbside usage. In this presentation, we study the advantages of using innovative methods such as shared lockers for last mile delivery. We present an optimization model to minimize the cost of last mile delivery by using shared lockers. The model determines the location of shared lockers, routing of delivery trucks, and assignment of customers to the lockers. Numerical tests show significant reduction in capital and operating cost when shared lockers are used in dense urban areas. Presented by Dr. Alireza Khani, assistant professor in the department of Civil, Environmental and Geo-Engineering at the University of Minnesota. His expertise is on modeling and optimization of transportation networks with application to transit, shared mobility, and freight.

Recorded Webinar Presentation slides
IEEE ITSC 2020 Conference Workshop

FMRI Workshop at the 23rd IEEE International Conference on Intelligent Transportation Systems

Online at the 23rd IEEE International Conference on Intelligent Transportation Systems
September 20, 2020, 1:30 PM - 4:30 PM (EEST)
Rhodes, Greece

The FMRI is sponsoring a workshop titled "Smart Initiatives to Improve Last-Mile and 50 Feet Logistics to Improve Freight Fluidity". A rapid development of new technologies, in the last few years, has created opportunities for resolving many critical freight transportation challenges. The objective is to address critical issues affecting planning, design, operation, and safety. This session will also focus on identifying innovative strategies and technologies which are being developed to facilitate ‘last-mile’ delivery challenges. The workshop will establish a process to evaluate operational changes or technology applications which support the timely flow of freight movements through the transportation system. Additionally, it will deal with various newly emerged initiatives in the area of logistics and supply chain, such as sustainable logistics systems, methods for last mile deliveries and logistics terminals siting and operations. Presided by Dr. Evangelos Kaisar, FMRI Director from Florida Atlantic University, and Dr. Petros Ioannou, from the University of Southern California. This workshop will be conducted virtually in the 23rd IEEE International Conference on Intelligent Transportation Systems, originally scheduled to be held in Rhodes, Greece. The involvement of speakers and participants from academia, federal and state agencies and industry will ensure a multidimensional discussion. The workshop break-out sessions will engage participants and facilitate research-oriented discussions. Break-out sessions will introduce participants with the whole concept of Smart Freight Mobility as well as serve for information exchange of the research accomplishments.

Workshop Agenda
Dr. Mihalis Golias

Webinar: Utilizing GPS Data to Determine Truck Parking Needs

FMRI & ITE FAU Student Chapter Lecture Series
September 9, 2020, 1 PM (EDT)
Online (FAU Cisco Webex Meetings)

This presentation will discuss a methodology for utilizing GPS data to determine truck parking needs on Interstates by evaluating current parking utilization rates and violations. It showcases the capabilities of these data (as well as limitations), and two data analytics tools (Parking Utilization/Violations | Capacity Needs Geospatial Analysis) that can be easily developed and applied to help transportation planners convey critical information to decision makers and the public. Presented by the FMRI Associate Director Dr. Mihalis Golias, Professor in the Department of Civil Engineering at the University of Memphis, and Dimitris Giampouranis, Graduate Researcher and Ph.D. student at the University of Memphis. Dr. Golias holds a Ph.D. and M.Sc. in Transportation from Rutgers University and a M.Sc. and B.S.C.E. from Aristotle University of Thessaloniki. His teaching and research cover the areas of maritime and freight transportation, physical network vulnerability and resilience, capital/operational resource allocation, and multi-level multi-criteria decision making.

Recorded webinar Presentation slides
Dr. Sabya Mishra

Webinar: Industry Perceptions of Highly Automated Technologies for Trucks

FMRI & ITE FAU Student Chapter Lecture Series
August 19, 2020, 1 PM (EDT)
Online (FAU Cisco Webex Meetings)

Research surrounding vehicle automation is highly focused on making Connected and Autonomous Vehicles (CAVs) operational. An area that has received less attention is marketing and adoption. It is essential to predict with reasonable accuracy how the freight transportation industry will react to CAVs. Policymakers and legislators need to know what to expect if they are to implement appropriate and timely legislation. Manufacturers need to know both what the transportation industry believes about CAVs and how companies plan to respond to the introduction of connected autonomous trucks (CATs). Autonomous vehicle technologies will have an immense impact on the entire field of transportation, and we must be prepared for the changes that they will bring. This presentation will discuss the industry perspectives of highly automated technology for trucks. Presented by Dr. Sabya Mishra, Associate Professor in the Department of Civil Engineering at the University of Memphis. Before joining the University of Memphis, Dr. Sabya worked as a Research Assistant Professor at the National Center for Smart Growth Research and Education, University of Maryland College Park.

Recorded webinar Presentation slides
Dr. Miguel Figliozzi

Webinar: Last-Mile Delivery Innovations

An event by FMRI and the Women's Transportation Society (WTS) FAU Student Chapter
July 9, 2020, 2 PM (EDT)
Online (FAU Cisco Webex Meetings)

The rapid growth of e-commerce and package deliveries across the globe is demanding new solutions to meet customers’ desire for more and faster deliveries. This webinar presents a survey of last mile innovations, focusing on the cost competitiveness of autonomous, air, and ground delivery vehicles. It also covers the analysis of their last mile CO2 emissions. The performance of autonomous vehicles are compared against conventional and electric delivery vans. The impact of delivery times, capacity, range, and time constraints are analyzed. The potential impacts of the COVID-19 pandemic on last-mile delivery innovations will also be discussed. Presented by Dr. Miguel Figliozzi, Professor in the Civil and Environmental Department at Portland State University. Dr. Figliozzi is the director of the Transportation Technology and People (TTP) research group. He has published extensively in the area of vehicle technologies, urban deliveries, and routing-logistics.

Recorded webinar Presentation slides
Dr. Sharad Maheshwari

Webinar: Supply Chain Disruptions - Lessons Learned From Previous Natural Disasters

FMRI & ITE FAU Student Chapter Lecture Series
June 25, 2020, 1 PM (EDT)
Online (FAU Cisco Webex Meetings)

Natural and biological disasters occur at regular intervals throughout the world. Every event impacts the global supply chain at some extent, sometimes disrupting it significantly. The Covid-19 disruption is expressive, but it is not unprecedented. Supply chain disruptions have been studied after several natural and biological emergencies. Most recent disasters such as the Great East Japan Earthquake of 2011 and H1N1 of 2009-2010 had significant impact on supply chain. The impacts of these recent disasters on supply chain has been analyzed, highlighting several global supply chain flaws such as dependence, visibility, and unreliability. Various strategies had been proposed in literature to reduce the blow of these disasters such as sourcing duplication, adding inventories, duplicating production lines. This webinar explores previously identified supply chain problems and proposed solutions. Presented by Dr. Sharad K. Maheshwari, which is a professor in the Department Business Administration at the Hampton University, and Associate Director (education) at FMRI. His main area of teaching and research interests are supply chain management, transportation management, distracted driving, quality management, project management and business education.

Recorded webinar Presentation slides
Dr. Sabya Mishra

Webinar: Adoption of highly automated vehicle technologies by individuals and organizations

June 10, 2020, 2 PM (CST)
Online (TranSet Webinars)

Highly automated vehicle technologies (automated driving systems and in-vehicle technologies) have a potential to revolutionize the daily travel modes, in terms of personal, public or shared mobility. This is due to their potential of technology-assisted driving, which minimizes errors caused by humans. In addition to safety, these vehicle technologies provide additional benefits in terms of ability to multitask during travel, flexibility in travel, reduced parking and running costs, travel time savings (due to the reduction in congestion), and accessibility to elder and non-license holder individuals. However, such benefits will have numerous barriers, such as accident liabilities, data safety concerns, the addition of new infrastructure, and increased emissions (possible consequent increase in vehicle miles traveled). This presentation will discuss methods to analyze decision maker perception and their implications in transportation planning processes. Presented by Dr. Sabya Mishra, the Faudree Associate Professor of Civil Engineering and the co-director of FedEx Institute of Technology’s SMARTCity research cluster at the University of Memphis.

Recorded webinar Presentation slides
Mr. Jeffrey Paniati

Webinar: A Discussion on Transportation Post COVID-19

FMRI & ITE FAU Student Chapter Lecture Series
May 28, 2020, 1 PM (EDT)
Online (FAU Cisco Webex Meetings)

The transportation sector has been significantly affected by the pandemic with historic decreases in travel by air, motor vehicle, and public transport. At the same time, increases in walking and biking have caused many cities to close streets to motor vehicle traffic and open them up to pedestrians and bicyclists. As jurisdictions begin to reopen, transit systems, transportation network companies, micro-mobility providers and other system operators are being faced with significant challenges in reducing the transmission risk to operators and users and rebuilding ridership. In thinking about the longer-term implications, many questions arise, such as funding, the impacts in demand, options and employment, and the overall transportation scenario after this major disruption. This session will not provide answers, but will stimulate participants into thinking about how potential changes will impact our industry in a post-COVID-19 world. Presented by Jeffrey Paniati, Executive Director and CEO of the Institute of Transportation Engineers, this session will engage the participants in a discussion of the impacts of COVID-19 on the transportation sector and explore the short-term and long-term implications.

Recorded webinar Presentation slides
Taraneh Ardalan

Webinar: Development of Guidelines for Implementation of Freight and Transit Signal Priorities in Urban Corridors

An event by FMRI and the Women's Transportation Society (WTS) FAU Student Chapter
May 6, 2020, 11 AM (EDT)
Online (FAU Cisco Webex Meetings)

The growth of freight movements in metropolitan areas can be seen as one of the near future's key concerns. Moreover, traffic congestion due to heavy freight movements affects both private and public vehicle operations. Therefore reducing congestion on multimodal corridors with high freight and transit volumes is of significant importance. Components of the intelligent transport system such as Freight Signal Priority (FSP) and Transit Signal Priority (TSP) can improve to alleviate these conditions. The primary objective of this project is to establish guidelines for the application of signal priorities by traffic agencies focusing on defined decision factors on the considered corridors. In addition, this analysis assesses the efficacy of FSP and TSP in enhancing freight and transit network efficiency. This research laid out recommendations for different scenarios. Finally, a detailed guideline framework is established based on the literature review and the experiments being performed. The developed guideline relates to corridors where freight delay plays a critical role in determining the performance of the corridors. Presented by FMRI Graduate Research Assistant Taraneh Ardalan, which graduated in Spring 2020 with a Master's degree from Florida Atlantic University.

Recorded webinar Presentation slides
7th Annual UTC Conference

7th Annual UTC Conference for the Southeastern Region

March 26 - 27, 2020 Postponed to Spring 2021

A conference to share your work with colleagues, sponsors, industry, and collaborators of University Transportation Centers in the Southeastern U.S. The conference is FREE and open to faculty, students, practitioners, and public agencies in the southeast region of the U.S. On this one-and-a-half-day event, we are going to disseminate research findings and information about activities at University Transportation Centers (UTCs), partner universities, and other entities in the region. The objective is to strengthen collaboration of the academic community, as well as the private and public sector agencies, and encourage collaboration on future projects. The conference will feature keynote speakers from state and federal agencies, various podium and poster presentations, state DOT panel, ITE student session, exhibits, and research demonstration. Student posters will be competing for scholarships, and selected abstracts will be invited for a full paper submission which will be included in a special issue of IEEE Transactions of Intelligent Transportation Systems.

Conference website
Dr. Mihalis Golias

Webinar: Innovative Techniques to Optimize, Enhance, and Facilitate Freight Movement

March 4, 2020, 2-3:45 PM (CST)
Tran-SET Webinars

Tran-SET will conduct its next webinar on “Innovative Techniques to Optimize, Enhance, and Facilitate Freight Movement”. FMRI Professor and FMRI Associate Director Dr. Mihalis Golias will participate with the presentation "Methods and Tools for freight flow disaggregation". The objective of this project is to develop a geodatabase with all the relevant freight data and a methodology to estimate disaggregate freight flows to support transportation planning in the state of Tennessee. The webinar will be jointly hosted by Cooperative Mobility for Competitive Megaregions (a Tier 1 UTC).

Recorded Webinar Presentation Slides
Dr. José Holguín-Veras

Freight Research at the Rensselaer Polytechnic Institute

FMRI & ITE FAU Student Chapter Lecture Series
February 26, 2020, 12 PM
FAU Boca Raton Campus, Engineering East (EE-96), Room 303, Boca Raton, FL

During the last two decades, Professor José Holguín-Veras and his team have conducted research on the development of freight demand models that bypass the need for expensive data collection efforts. These analytical formulations are designed to infer freight activity patterns based on readily available secondary data, such as traffic counts and freight trip generation estimates. Although there is a long tradition in passenger demand modeling of using matrix estimation” techniques, these passenger-inspired formulations are unable to capture the complexities of freight activity such as long delivery tours, empty trips, the multi-commodity nature of the activity, and the multi-class traffic that is generated. Thus, novel analytical models capable of representing the unique features of freight activity needed to be developed. In his lecture, Professor Holguín-Veras will provide an overview of the research conducted and will discuss the application of these techniques to the estimation of the Freight Demand Model for Bangladesh. Dr. José Holguín-Veras is the William H. Hart Professor and Director of the VREF Center of Excellence for Sustainable Urban Freight Systems at Rensselaer Polytechnic Institute. His work on disaster response has played an influential role in disaster response procedures, and has led to deeper insight into how best to respond to large disasters and catastrophic events.

Event Flyer
Dr. Louis Merlin

From Mobility to Accessibility: Transforming Urban Transportation and Land-Use Planning

FMRI & ITE FAU Student Chapter Lecture Series
January 22, 2020, 12 PM
FAU Boca Raton Campus, Engineering East (EE-96), Room 303, Boca Raton, FL

Dr. Louis Merlin is an Assistant Professor in the School of Urban and Regional Planning at Florida Atlantic University. With previous degrees in Mathematics and Operations Research, Dr. Merlin’s research specializes in the application of innovative quantitative methods to transportation and land use systems. In this presentation, Dr. Merlin contrast the concepts of accessibility and mobility, review basic accessibility measures, and demonstrates how an accessibility-based analysis may yield different recommendations than a mobility-based analysis through a specific case study in the San Antonio region. What is the goal of transportation planning? We don’t often stop to think about this larger question. Often we are motivated by improving specific performance measures that are accepted practice. It turns out that many, if not most of, the widely accepted performance measures in transportation planning practice are mobility based. That is, they are motivated by the goal of improving speeds and/or reducing delay for vehicles. The problem with this ubiquitous mobility orientation of our field is that the ultimate goal of transportation is not mobility buy accessibility. Following the derived theory of transportation demand, success in transportation is not measured by travel speed but rather by the ability to reach destinations. This concept is generally referred to as accessibility and is not equivalent to the concern of equal access by disabled persons.

Event Flyer
TRB 2020 - FMRI Reception

FMRI 3rd Annual Networking Reception

January 14, 2020, 6 PM - 8 PM
Cuba Libre, 801 9th St. NW, Suite A, Washington, DC

FMRI will host a networking event with government representatives, industry partners, and academic institutions to collaborate and discuss the future of transportation. This event is open to professionals in the field, everyone participating in the Transportation Research Board 99th Annual Meeting, and anyone interested or involded in the transportation field.

Event Flyer
TRB 2020 - FMRI Workshop

FMRI Workshop in the 99th TRB Annual Meeting

January 12, 2020, 1:30 PM - 4:30 pm
Walter E. Washington Convention Center, Washington, DC

FMRI's director Dr. Evangelos Kaisar is presiding a workshop on the 99th TRB Annual Meeting, along with Mr. Charles Edwards, from the North Carolina Department of Transportation. The workshop will identify innovative strategies to facilitate “last 50 feet” delivery challenges and evaluate operational changes or technology applications which support the timely flow of freight.

Workshop Agenda

| 2020 | 2019 | 2018 | 2017 | Sponsored Conferences/Workshops |

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