CE474 Traffic Systems Design - Fall 04

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TIME and PLACE:  CE 474 meets three times a week. Lectures:

                                    Monday and Wednesday [1:30 PM - 2:20 PM] BEL 117

                                    Lab: Tuesday [11:00 AM – 1:20 PM]   BEL 117

 

INSTRUCTOR:         Ahmed Abdel-Rahim, Ph.D., P.E.

                                    115 B Engineering/Physics Building

Telephone: (208) 885-2957

E-mail: abdelrah@uidaho.edu

 

OFFICE HOURS:     (MWF) 10:30 AM – 11:30 AM, Other times could be arranged by advance appointment.

                                    CE474 is also a Blackboard class. The class Blackboard page has a discussion group section. Students are encouraged to use the discussion groups to post any class-related questions and to communicate with other students.

REQUIRED TEXT:

No textbook is required for this class. The following references and resources are available in the class homepage:

bulletIdaho Transportation Department Traffic Manual (available on ITD CDROM)
bulletTraffic Engineering Handbook (available as handout)
bulletTraffic Control Systems Handbook (available on FHWA/DOT CDROM)
bullet Manual of Uniform Traffic Control Devices (MUTCD)
bulletChapter16 and chapter 17of the Highway Capacity Manual 2000
bulletAASHTO Policy on Geometric Design of Highways and Streets
bullet Design Guidelines for Deploying Closed Loop Systems

 

COURSE CONTEXT, ORGANIZATION, and GOALS/OBJECTIVES: The traffic systems design course provides the basic concepts and theories of traffic system operations. It class will provide you with the background that you need to become an effective analyst and designer of traffic signal systems. You will develop this competency through the completion of three main design projects. You will complete your design work as part of a design team and you will cooperatively prepare reports and present the results of your work.  You will also learn to evaluate signal control plans using a variety of computer simulation and optimization models and using hardware-in-the-loop simulation, a new technology developed at the University of Idaho.

 At the end of this semester, you should be able to:

bulletApply basic traffic flow theories at signalized and unsignalized intersections.
bulletUse standard simulation and optimization models, used by traffic engineering professionals, to develop and evaluate control plans for signalized intersections. 
bulletComplete a signal timing design for an isolated intersection and an urban arterial system.
bulletPrepare and clearly and effectively present the findings of your design work.
bulletUse hardware-in-the-loop simulation to test a signal timing design.
bulletApply the factors that make for successful design teams.

 

TENTATIVE COURSE SYLLABUS AND LAB ASSIGNMENTS 

Day

Date

Subject

Deliverable & Due Date

M

8/23

Introduction

 

T

8/24

Introduction to traffic signal operations – Lab 1

Lab 1 deliverable

W

8/25

Traffic Signal Systems Design: A Systems Engineering Approach

 

M

8/30

Traffic flow models at intersections

 

T

8/31

Design project 1 – Introduction to CORSIM – Lab 2

Lab 2 deliverable

W

9/01

Signalized intersection analysis – control and capacity analysis

 

M

9/06

NO CLASS --Labor Day

 

T

9/07

Traffic systems design – data analysis -- Lab 3

Lab 3 deliverable

W

9/08

Signalized intersection analysis – Signal Design and Timing

 

M

9/13

Signalized intersection analysis – Signal Design and Timing

 

T

9/14

Design project 1

Design project 1 report

W

9/15

Exam 1

 

M

9/20

Actuated signal operation –– design Project 2

 

T

9/21

Actuated signal operation – Lab 4

Lab 4 deliverable

W

9/22

Actuated signal operation – design parameters and operation

 

M

9/27

Actuated signal operation – Detection requirements

 

T

9/28

Actuated signal operation – modeling – Lab 5

Lab 5 deliverable

W

9/29

Coordination of traffic signals – concept

 

M

10/04

Coordination of traffic signals – modeling and optimization

 

T

10/05

Design Project 2

Design project 2 report

W

10/06

Coordination of traffic signals – modeling and optimization

 

M

10/11

Coordination of traffic signals – ITS

 

T

10/12

Coordination of Traffic Signals – Lab 6

Lab 6 deliverable

W

10/13

Arterial system design and management 

 

M

10/18

Arterial design and management  (cont)

 

T

10/19

Coordination of Traffic Signals – Lab 7

Lab 7 deliverable

W

10/20

Exam 2

 

M

10/25

Arterial system optimization and analysis (1)

 

T

10/26

Arterial system optimization – Manual Analysis --Lab 8

Lab 8 deliverable

W

10/27

Arterial system design and management 

 

M

11/01

Arterial system design and management (2)

 

T

11/02

Arterial system- Modeling and Optimization  Lab 9

 

W

11/03

ITS and Urban Streets

 

M

11/08

ITS and Urban Streets

 

T

11/09

Arterial system optimization and analysis – Lab 9

Lab 9 deliverable

W

11/11

ITS and Urban Streets

 

M

11/15

Diamond Freeway Interchanges

 

T

11/16

Diamond Freeway Interchanges – Lab 10

Lab 10 deliverable

W

11/17

Freeway Interchanges

 

M

11/22

No Class – Fall Recess

 

T

11/23

No Class – Fall Recess

 

W

11/24

No Class – Fall Recess

 

M

11/29

NEMA TS2 Controller Operation

 

T

11/30

NEMA TS2 Controller Operation --Lab 12

Lab 11 deliverable

W

12/01

NEMA TS2 Controller Operation (2)

 

M

12/06

Design Project 3 -- Review

 

T

12/07

Design project 3 – Group presentation

Design project 3 report

W

12/08

Final Exam review

 

Home | Overview | Class schedule | Class resources | Expectations | Assignments | Design projects | Contacat

 For problems or questions regarding this web contact  [abdelrah@uidaho.edu].
Last updated: 08/30/04.