Pedestrian dynamics – empirics and modelling 08-14 November 2017, IIT Delhi

Introduction

Pedestrian movements form the key of accessing the infrastructure for large pedestrian streams. Understanding the dynamics and transport characteristics of crowds is crucial to design emergency routes in buildings like schools, sport stadia or museums, to optimize public transport infrastructures like train or underground stations, airplanes or carriers and to organize religious festivals or other large public events. The course starts with a critical discussion of the concept of mass panic along with various case studies of crowd disasters. Alternative concepts, like herding, collective phenomenon or competitive and cooperative behavior are introduced in the context of pedestrian dynamics to describe the risks and problems of crowds. To describe their transport properties quantities like flow, density and speed are defined along with state of the art measurement methods and techniques of data gathering. The relation between flow, density and speed (fundamental diagram) allows studying influences like culture, motivation, age as well as structural factors of streams like the multi-directionality or heterogeneity. For designing and assessing pedestrian facilities macroscopic and microscopic approaches could be used. For a macroscopic model we introduce and exercise the procedure developed by Predtetschenskii and Milinskii. The overview of microscopic models includes Cellular Automata and models continuous in space like force models from physics or obstacle velocity models from robotics. Additionally models to incorporate higher level of behavior like navigation or group behavior are discussed. The definition of all starting and boundary conditions for a simulation with microscopic models is complex and introduced in combination of emergency scenario. At the end of the course different research projects on crowds like the development of an evacuation assistant or on guidelines for the safety of large public events is presented. Given the fact in India, pedestrians form the most vulnerable road users, where majority of them are killed annually in road related crashes. It is thus important to understand as to how to make their movements safer while interacting with road environment. This course intends to equip the participants with the fundamentals of pedestrian dynamics. At the end of the course, the learners would be able to qualitatively and quantitatively assess the pedestrian facilities and ways to make them safer and efficient. Course participants will learn these topics through lectures, small scale experiments and exercises. Also case studies and actual research projects will be shared to stimulate research motivation of participants.

Course Objectives

Course brochure can be found at: http://web.iitd.ac.in/~rrkalaga/GIAN-Pedyn-Final.pdf

Participants

you are an civil engineer interested in designing pedestrian facilities for large pedestrians streams and movement dynamics of crowds. ? you are a physicist, mathematician or computer scientist interested in modeling and simulation of crowd movement. ? you are a student or faculty from academic institution interested in learning how to do research on pedestrian and evacuation dynamics by empirical methods and modeling

Host Institution

Continuing Education Programme

Indian Institute of Technology Delhi

 

Course Outline

Wednesday, November 8 – Tuesday, November 14, 2017

A. Introduction to human crowd behaviour

B. Quantitative description of pedestrian streams and Empirics

C. Microscopic and macroscopic modelling of pedestrian behaviour

D. Simulations and research outlook * Number of participants for the course will be limited to thirty.

Course Coordinator

Prof. K. Ramachandra Rao and Prof. Geetam Tiwari

Correspondence address

Any correspondence related to the course:

pedyngian@gmail.com

 

http://www.gian.iitkgp.ac.in/GREGN 

Venue :

The participation fees for taking the one-week course is as follows:

I. Students: Rs. 5,000

II. Academic Institutions (Faculty Members): Rs. 10,000

III. Working Professionals (Research/Industry): Rs. 15,000

IV. Participants from Overseas: USD 300 Research Scholars / Students from IIT Delhi need not pay any fee

The above fee includes all instructional materials, computer use for tutorials and assignments, laboratory equipment usage charges, 24 hour free internet facility, and one site visit expenses. The participants will be provided with accommodation on payment and first-come-first-serve basis. The Participation fees for the CEP programmes under GIAN will be accepted only through Demand Drafts drawn in favour of “IITD CEP Account” or e-transfer/RTGS/NEFT. Bank detail are given below: 

Bank Account No.

36819334799

Bank Address

State Bank of India, IIT Delhi, Hauz Khas, New Delhi-16

MICR Code

110002156

Beneficiary

IITD CEP ACCOUNT

IFSC Code

SBIN0001077

Account Type

Savings

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