TABLE OF CONTENTS

TITLE PAGE

FOREWORD

EXECUTIVE SUMMARY

TABLE OF CONTENTS

INTRODUCTION

BACKGROUND

General Literature Review Findings

PROJECT SCOPE

Description of the Method Employed to Complete the Literature Review

ORGANIZATION OF THE CONTENTS

DISCUSSION

ATIS/CVO SYSTEM CONFIGURATIONS, FUNCTIONS, AND OBJECTIVES

Overview of ATIS Systems

Description of U.S.-Based ATIS Projects/Systems

TravTek

ADVANCE

Pathfinder

Travelpilot

DriverGuide

FAST-TRAC

ROGUE

CARIN

SmartRoutes

TRIPS

Overview of ATIS Systems/Projects outside the United States

European ATIS Projects/Systems

DRIVE

PROMETHEUS

Individual system descriptions

Japanese Projects/Systems

RACS

AMTICS

VICS

A Nissan system

DESCRIPTIONS OF CVO-SPECIFIC PROJECTS/SYSTEMS

Evaluations of Existing CVO Systems

CVO Operational Field Tests

Crescent program

TRANSCOM

ATIS/CVO HUMAN FACTORS EMPIRICAL EVALUATIONS

Driver Information Processing Demands: Attention and Workload

Attention demands

Workload

General Visual Display Considerations

Basic display characteristics

The use of color

Display location

Visual Information Display Research Specific to Navigation Systems

The value of automatic route selection in navigation

Information format trade-offs for navigation systems

Auditory Display Considerations

Tactile Display Research

Manual Control Research

Driver Demographics

The older driver

Why grandpa wears glasses

Designing for the older driver

Learning and training effects

Fatigue effects

Driver Acceptance and Behavior

Acceptance research

Route selection and route diversion

Alcohol impairment

CVO-Specific Human Factors Research

Acceptance research

Additional CVO research findings

HUD concepts for commercial trucks

The application of ITS technology to hazardous material transportation

AVI research for commercial vehicle operations

Automatic vehicle monitoring

COMPARABLE SYSTEM EMPIRICAL FINDINGS APPLICABLE TO ATIS/CVO

Nuclear Power Plant Systems

Armored Vehicles

Aircraft Glass Cockpits

Head-up displays

Map displays

Warning displays

Traffic displays

Landing guidance

Acceptance of technology

Aircraft Auditory Display Formats

Ships

Collision avoidance system

Monitoring and guidance system

THE IMPACT OF EMERGING TECHNOLOGIES ON ATIS/CVO SYSTEMS AND HUMAN FACTORS DESIGN CONSTRAINTS

Communications

Infrared

FM sideband

Satellites

Cellular

Radio Frequency (RF)

Inductive loop

Shared-Trunked Radio Systems

Regulations

In-vehicle data transfer

Display Technology

In-vehicle display requirements

Vacuum Fluorescent Displays (VFD's)

Cathode Ray Tube displays (CRT's)

Liquid Crystal Displays (LCD's)

Head-Up Displays (HUD's)

Helmet/head-Mounted Displays (HMD's)

Navigation Technology

Navigation interfaces

Summary

CONCLUSIONS AND RECOMMENDATIONS

PRELIMINARY GUIDELINE SUMMARY

Guidelines From Published ATIS/CVO Research

Driver attention and workload

Visual display considerations

Display location

Manual control guidelines

Providing information to convince drivers to avoid congested routes

Design guidelines to accommodate age and alcohol effects

Guidelines From ATIS/CVO-Related Technical Reports

Guidelines From Comparable Systems

Guidelines From Human Factors Guideline Documents

Anthropometry

Human-Computer Interaction (HCI)

General display issues

Visual displays

General

CRT Displays

Color

Alerting Signals

Auditory displays

General

Alarm Signals

Speech Characteristics

Message Design

System Design

Tactile displays

Manual controls

Maintenance considerations

RESEARCH ISSUES, HYPOTHESES, AND EXPERIMENTS NEEDED FOR GUIDELINE DEVELOPMENT

Documents for human factors and safety research

Specific research requirements

CVO-specific research requirements

Summary of Knowledge Gaps Key to the Development of Human Factors ATIS/CVO Guidelines

REFERENCES

 

LIST OF TABLES

1. Organization of objectives within this report

 

 

LIST OF ABBREVIATIONS

AAA American Automobile Association

ACS Automatic Clearance Sensing

ADIS Advanced Driver Information Systems

ADVANCE Advanced Driver and Vehicle Advisory Navigation Concept

AMTICS Advanced Mobile Information and Communication System

ARI Army Research Institute

ASME American Society of Civil Engineers

ATIS Advanced Traveler Information Systems

ATLAS Acquisition par Télédiffusion de Logiciels Automobiles pour les Services

ATMS Automatic Traffic Management Systems

AV Advanced Vehicle

AVC Automatic Vehicle Classification

AVCS Automatic Vehicle Control Systems

AVI Automatic Vehicle Identification

AVL Automatic Vehicle Location

AVM Automatic Vehicle Monitoring

BAC Blood alcohol concentration

CAD computer-aided dispatch

CARIN Car Information and Navigation

CB Citizens band

CD Compact Disc

CD-I Compact Disc-Interactive

CD-ROM Compact Disc-Read Only Memory

CEC Commission of European Communities

CFL Cold-cathode Fluorescent Lamp

CRT Cathode Ray Tube

CVO Commercial Vehicle Operations

DOT Department of Transportation

DRIVE Dedicated Road Infrastructures for Vehicle Safety in Europe

D-STN LCD Double-Layered Super-Twisted Nematic Liquid Crystal Display

EP Electronic Placarding/Bill of Lading

ERTICO European Road Transport Telematics Implementation Coordination Organization

EUREKA European Research Coordination Agency

FCC Federal Communications Commission

FHWA Federal Highway Administration

FM frequency modulation

GM General Motors

GPS Global Positioning System

HAR Highway Assistance Readout

HELP Heavy-vehicle Electronic License Plate

HFL Hot-cathode Fluorescent Lamp

HIDO Highway Industry Development Organization

HMD Helmet/Head Mounted Display

HUD Head-up Displays

IGOR Interactive Guidance on Routes

IMSIS In-Vehicle Motorist Services Information Systems

IRANS In-Vehicle Routing and Navigation Systems

IRTE Integrated Road Transport Environment

ISIS In-Vehicle Signing Information Systems

ITE Institute of Transport Engineers

ITS Intelligent Transportation System

IVHS Intelligent Vehicle Highway System

IVNS In-Vehicle Navigation Systems

IVSAWS In-Vehicle Safety Advisory and Warning Systems

JSK Japan Traffic Management and Technology Association

LCD Liquid Crystal Display

LED Light-Emitting Diode

MADD Mothers Against Drunk Driving

MC Ministry of Construction

Minerve Media Intelligent pour l'Environnement Routier du Véhicule Européen

MIT Massachusetts Institute of Technology

MPT Ministry of Posts and Telecommunications

NASA Nation Aeronautics and Space Administration

NHTSA National Highway Traffic Safety Administration

NPA National Police Agency

NTIS National Technical Information Service

OBC On-board Computing

PAR Packet Access Radio

PROMETHEUS Program for European Traffic with Highest Efficiency and Unprecedented Safety

RACS Road/Automobile Communication System

RDS Radio Data System

RDS-TMC Radio Data System-Traffic Management Center

RF radio frequency

RH relative humidity

RTI Road Transport Informantics

SAE Society of Automotive Engineers

SST Spread Spectrum Transmission

STRS Shared-Trunked Radio Systems

TFD Thin Film Diodes

TFT Thin Film Transistors

TMC Traffic Management Center

TN Twisted Nematic

TRB Transportation Research Board

TWC Two-way Real-time Communication

UMTRI University of Michigan Transportation Research Institute

VFD Vacuum Fluorescent Display

VICS Vehicle Information and Control System

WFL Warm-cathode Fluorescent Lamp

WIM Weigh in Motion