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Incident Management and Emergency Services

Environmental Scan and Benchmarking

1. What is "Incident Management"?  In view of confusion of terms within public safety, do we need to change the name? (Not a trivial issue)

2. What is the current state-of-the-practice in the United States?

3. What do we think the state-of-the-art should be? We need to redline this on a regular basis. Our understanding now is much different than it was ten years ago. Also technology improvement will change what is possible.

4. What is needed in terms of training, technical assistance, outreach and awareness and research to bridge the gap between the current state of the practice and the possible state of the art.

Incident Management is a planned and coordinated multi-agency program to detect and remove traffic incidents and restore traffic capacity as quickly and safely as possible. The major partners in an incident management program are transportation agencies (state and local), law enforcement agencies (state and local), fire departments, emergency medical services, and the towing and recovery industry. Other groups such as environmental and public health agencies are involved occasionally, depending on the nature of the incident. The provision of current and accurate traveler information is also important for an incident management program.

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Issues

Regional and Statewide Incident Management Programs
Communications
Incident Detection and Verification
Incident Response
Traffic Management Strategies for Incidents
Incident Clearance and Site Management
Emergency Services
Service Patrols
Special Events

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Regional and Statewide Incident Management Programs

Since an incident management program involves so many different entities, it is essential that a multi-year program plan be developed and adopted by all participating partners to sustain the program. The program plan defines the goals and objectives of the program and the activities and responsibilities of each of the partner in meeting the program’s goals. The program provides the framework for on-going institutional cooperation and coordination of activities among the partners to improve incident management related efforts. It also provides the basis for making decisions in the budgeting process at both the state and local levels.

Multi-Year Incident Management Program Plan

Institutional Coordination

Performance Monitoring, Analysis, Evaluation and Reporting

Multi-Year Incident Management Program Plan
The development and implementation of a regional or statewide multi-year program plan for incident management agreed to and supported by all participating agencies and private sector partners.

Institutional Coordination
The development and fostering of understanding, coordination and agreement among partners involved in the incident management program. This coordination involves multi-agency planning, policies and procedures, legislation, inter-agency agreements, and coordinated training. It also involves high-level agreements regarding communications procedures and the coordination and sharing of incident related information among participating agencies and private sector partners.

Performance Monitoring, Analysis, Evaluation and Reporting
The process of collecting and evaluating data and other information regarding the performance of the incident management program so that progress toward achieving the programs goals can be measured and feedback to administrative levels of the partnering agencies can be made.

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Communications

The single most complex technical challenge in coordinating multi-agency incident response is real-time communication and sharing of voice, data and video information regarding the incident (and the response) among the partners. This issue involves whom to communicate with and when (an institutional protocol issue) and how (an institutional and technical issue). It involves communications early in the incident during verification and initial response and communications at the incident site during clearance.

Information Sharing Issues for Incident Management

Communications Issues in the National ITS Architecture

ITS Standards for Incident and Emergency Management

Information Sharing Issues for Incident Management
The technical issues of providing for interagency sharing and coordination of voice, data, and video information related to an incident. This involves passage of all pertinent communications including emergency call takers (PSAP’s), Computer Aided Dispatch (CAD) Systems, radio and telephone media and emerging ITS technologies such as Advanced Law Enforcement Response Technology (ALERT).

Public Safety Answering Points (PSAP’s)

Computer Aided Dispatch (CAD)

Advanced Law Enforcement Response Technology (ALERT)

Other Applications for Sharing Incident Information

Public Safety Answering Points (PSAP’s)
Institutional and technical issues involved in routing calls, calling numbers, private PSAP’s and Mayday systems

Computer Aided Dispatch (CAD)
Institutional and technical issues involved in sharing CAD-based information from one agency with other partners including security of data and media of transmission.

Advanced Law Enforcement Response Technology (ALERT)
The technology which enables the communication of voice, data and video information among response vehicles and between vehicles and a center.

Other Applications for Sharing Incident Information
All other technical issues involved with passing voice, data and video information about an incident and the response to that incident among the responding partners. In the near future these will involve Automated Collision Notification (ACN). The communications issues will involve what kind of information is to be transmitted and how it will be passed to emergency medical responders.

Communications Issues in the National ITS Architecture
ITS User Services and User Service Requirements and other issues in the National ITS Architecture related to Incident Management and Emergency Management will be raised in the standards development process and during the ALERT project. As public safety agencies are brought more fully into incident management programs, emergency management architecture and standards issues will be raised.

ITS Standards for Incident and Emergency Management
Current status, development, testing and use of ITS Standards for incident and emergency management, especially the Traffic Management Data Dictionary (ITE) and the Incident Management Message Sets (IEEE).

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Incident Detection and Verification

Detection and verification of an incident are the first steps in initiating the appropriate response to that incident. Detection is simply finding out that something has happened. Verification is the process of finding exactly where the incident is and as much about the nature of the incident in order to respond effectively to it.

Detection Sources and Methods

Algorithms for Incident Detection

Emergency Notification Systems

Hazmat Detection and Verification

Detection Sources and Methods
Methods of detecting and verifying incidents including cellular telephone, automated surveillance, video, first responder, call boxes and fleet reporting. Issues in detection and verification (accurate information, location techniques, call-taker training, detection of shoulder incidents, and training of first responders. Common understanding incident magnitude definitions and relative threats to public safety

Algorithms for Incident Detection
Use of various algorithms for automated incident detection systems, their relative advantages and disadvantages.

Emergency Notification Systems
Systems for notifying public safety responders of an incident or emergency situation.

N11 Emergency Telephone Systems (911, 311)

Mayday Systems

N11 Emergency Telephone Systems (911, 311)
Use of emergency telephone systems for incident detection and verification, including operation of the Public Safety Answering Points (PSAP’s).

Mayday Systems
Mayday Systems for in-vehicle emergency notification including both automatic and operator activated systems.

Hazmat Detection and Verification
Special issues dealing with detection and verification of hazardous materials incidents, including methods and technologies available to assist in the identification and identify risks and special precautions for various hazardous materials.

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Incident Response

Response is the activation of a planned strategy for safely and rapidly deploying the most appropriate personnel and equipment resources to the incident. It is based on procedures for initial response before full verification and on procedures for full response based on better and more accurate verification.

Major Incident Response Plans

Major Incident Response Teams

Multi-Agency Resource Planning for Incidents

Fleet Management

Towing and Recovery Issues

Major Incident Response Plans
The development and use of multi-agency major incident response plans which coordinate the planning, readiness and allocation of personnel and equipment resources to an incident site. This includes identification of resources possessed by each response party and knowledge of resources of each party by other parties. This also includes the development and maintenance of call-out lists, emergency telephone numbers of essential personnel, location and availability of special equipment often available from the private sector (heavy-duty rotator cranes, etc.)

Major Incident Response Teams
The organization and use of special teams made up of command-level personnel in each agency which are on 24 hour call for major incidents. Members of a major incident response team are high enough in each agency to order additional personnel and equipment resources to an incident scene from their agencies without requesting approval from someone at a higher level. This topic also addresses special coordination and communication needs for team members and the operation of multiple teams across an entire region.

Multi-Agency Resource Planning for Incidents
The coordination of administrative and response teams to identify and allocate resources for response to various types of incidents

Fleet Management
Techniques and technologies used to locate and identify vehicles in a response agency’s fleet to better enable response to an incident.

Towing and Recovery Issues
The towing and recovery industry is a major responding partner and, unlike most other partners, is a private sector entity. Therefore, towing and recovery issues involve not only the industry issues and institutional relationships but contracting mechanisms to provide the service at an incident.

Institutional Issues in Towing and Recovery

Towing and Recovery Arrangements and Contracts

Institutional Issues in Towing and Recovery
Issues faced by the towing and recovery industry in responding to incidents including adequate reimbursement for time and equipment usage, timely notification regarding the incident and information about the nature of the incident, training and certification issues, disposal issues, and involvement in a multi-agency incident management process at the program and response levels.

Towing and Recovery Arrangements and Contracts
Towing and recovery arrangements and contracts including rotation, rotation by response classification, rotation within a geographic zone and contracted towing and recovery. Also includes special contracting provisions for heavy equipment and cranes.

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Traffic Management Strategies for Incidents

Incidents, even minor ones, usually cause some disruption in traffic flow. Major incidents can effect travel in a corridor or even throughout an entire urban area. Strategies are needed for managing traffic at the scene of an incident and for managing travel throughout a corridor or urban area for major incidents.

Operations Centers Role in Incident Management

Traffic Control Plans

Alternate Route Plans

Traveler Information for Incident Management

Operations Centers Role in Incident Management
The role of a traffic operations center or a dispatch center as a focal point for the management of information about an incident and as an archive for incident and traffic information for analysis and evaluation of incident management programs.

Traffic Control Plans
Strategies for traffic control both at the incident site and in the corridor affected by the incident.

Alternate Route Plans
The development and implementation of alternate routes for traffic diversion during a major and lengthy closure of traffic lanes due to an incident and the criteria under which the alternate routes are used. This involves providing the equipment and personnel to set up and maintain the alternate route and to remove it in a logical manner. Development of alternate routes involves discussions and agreements with local officials and assessments of the traffic capacity and physical restrictions on the alternate routes. It may involve a special plan for accommodating heavy trucks.

Traveler Information for Incident Management
The provision of information to travelers, both those in transit and those who have not yet begun their trip. Involves the knowledge of specific information about an incident which is useful to travelers to avoid the incident or to be prepared to encounter the congestion arising from the incident. This is a specialized subset of traveler information. The information needed to deal with incidents has its own unique characteristics.

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Incident Clearance and Site Management

Clearance is the quick and safe removal of vehicles, debris or spilled material to restore a facility to its full traffic capacity. Incident clearance is achieved through the coordinated management of activities and resources at and near the incident site.

Incident Command Systems

Crash Investigation Issues

Quick Clearance Policies

Logistical Issues

Incident Command Systems
The formal command and control process initially developed by the fire services in the early 1970's and now used by most public safety agencies to manage the activities and resources of multiple responding agencies, particularly for major incidents.

Crash Investigation Issues
The technical and institutional issues regarding the on-site investigation of crashes. The issues include methods (tape, total station, photogrammetry, etc.), motor carrier investigations, necessity of lane closures and preservation and protection of evidence for crime scenes. Crash investigations, particularly for fatal crashes are frequently the most time consuming of all incident response and clearance activities.

Quick Clearance Policies
Those multi-agency policies which provide for measures pushing or dragging damaged vehicles and their contents off the travel lanes of a highway to a safer location. The development of quick clearance policies will almost always involve confronting liability issues.

Logistical Issues
Issues dealing with the staging of resources at and near the incident scene and the parking of response vehicles to facilitate lane openings during the clearance process.

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Emergency Services

There are a host of institutional and technical issues related to emergency services which are not covered under other topics but still must be considered and included in a multi-agency incident management program. These include law enforcement, fire and emergency medical issues and relationships with other agencies which provide emergency services. These may include environmental, public health and agriculture agencies.

Traffic Condition Information to Emergency Services

Signal Preemption

Traffic Condition Information to Emergency Services
Emergency services agencies are reluctant to request traffic or facility condition formation for a number of reasons. Yet transportation agencies often have this information which is of value to emergency services for their response. There are both institutional and technical issues involved in providing this type of information to emergency services agencies.

Signal Preemption
Preemption of traffic signals, particularly to fire and emergency medical agencies can provide safer and quicker response to an incident. Both the institutional and technical aspects of traffic signal preemption for emergency services need to be addressed.

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Service Patrols

Service patrols, in the most general definition, provide two distinct services - motorist assistance and incident response. The equipment and training needed to provide these two services is different. However, a service patrol, properly equipped and trained can provide both.

General Service Patrol Issues

Publicly Operated Service Patrols

Privately Operated Service Patrols

General Service Patrol Issues
Issues involving the services to be provided - motorist assist or incident response (or both) and the resources and training needed to provide the service.

Publicly Operated Service Patrols
Special issues related to the operation of service patrols by public agencies including personnel, training, equipment, definition of objectives and task, and relationship with the towing and recovery industry.

Privately Operated Service Patrols
Special Issues dealing with contracted operation of service patrols including type of contract, contract administration, and definition of objectives of the service patrol.

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Special Events

Special events are a unique type of incident in that their occurrence is known in advanced and the special handling they will require can be planned for and resources dedicated ahead of time. Construction and maintenance activities are the most common of these special events, but major sporting events, fairs and festivals and parades also fall into this category.

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Sources of Information

Incident Management Workshop (NHI 13348)

This is an on-going workshop presented about twice per month at various sites around the country. The attendees are from state and local law enforcement, state and local transportation, fire, emergency medical, towing and recovery, traffic information media, emergency communications, environmental and other emergency management agencies and organizations. The purpose of the workshops is to identify and discuss local issues in incident management from the viewpoints of a number of different agencies and disciplines and to identify possible courses of action to deal with the issues. The NHI has contracted with PB Farradyne for presenting the workshop. There is an opportunity to document the finding of past workshops and future workshops as they happen. This is currently not in the scope of the NHI contract.

Key Issues and Practices Series (KIPS)

The Traffic Incident Management Committee of the ITE ITS Council has proposed a KIPS series of workshops and/or seminars to deal with key issues and practices within incident management. These workshops will be similar to an incident management workshop has been scheduled for Dallas, TX on September 15-16, 1999. The Dallas workshop is part of the NHI series and is not formally part of the KIPS workshops. However, it is intended to explore and discuss a wide range on incident management issues along with presentation of some of the NHI workshop modules.

National Incident Management Coalition (NIMC)

The NIMC sponsored a series of workshops in major urban areas beginning in 1992. The workshops were one-day long and attended by upper level management of local agencies and elected public officials. The initial goal of the NIMC workshops was one of outreach and awareness of incident management for decision-makers. More recently, the activities of the NIMC have focused on middle-sized urban areas and on statewide programs. A new FY99 contract ($50,000) will allow to NIMC to do 4 or 5 new conferences focusing on statewide programs.

Logistical support for the work of the NIMC is provided by the American Trucking Association Foundation. In 1990, the ATAF contracted with Cambridge Systematics to produce a state of the practice report on incident Management. In 1995, the ATAF started revision of the 1990 report by forming expert focus groups which met in Washington, DC and Salt Lake City to discuss the current state of practice and the content of the revised document. The final version of the new report on Incident Management was published in February of 1997. With this experience, the ATAF is well suited to again form a current panel of nationally known experts to discuss the 1999-2000 state of the practice, to discuss goals for incident management programs and to identify needs to reach to goals.

ITS Deployment Tracking

In 1997 ITS Deployment Tracking Surveys for Incident (Freeway and Arterial) Management were sent to various officials in the largest urban areas of the country. In addition an Incident Management addendum dealing primarily with institutional issues was included. Both the ITS IM survey and the addendum were revised slightly and sent out with the 1999 tracking effort. These survey results will be analyzed for quantitative and qualitative information about incident management programs. In some cases, comparison of 1997 and 1999 surveys from the same agency will provide information about progress and trends. Some of the incident management information will also be included in the Emergency Management survey.

IEEE Incident Management Working Group (IMWG)

The IMWG is developing a family of ITS standards (IEEE-P1512) for incident management message sets for emergency management applications. The goal of the IMWG is to develop standards which will be useful to and not duplicative of already existing standards in public safety. In order to accomplish this task, the IMWG is attempting to involve a wider range of participants in the standards process from public safety. The IMWG has sponsored workshops to address the multi-agency communications issues and is scheduling a workshop in November to do a table-top exercise of the base P1512 standard. An additional workshop should be held to discuss a wider range of standards issues within public safety - most importantly how to engage existing public safety communications standards (message sets, data structures and elements) within the ITS standards to obtain wider user and applicability of ITS standards by public safety.

Advanced Law Enforcement Response Technology (ALERT)

The ALERT vehicle is a mobile communications platform to permit the transfer of voice, image, and data among incident responders and between the incident site and a remote site (operations center). The ALERT technology has been developed through extensive field testing of police vehicles in actual use. The technology is now ready for transport to other types of vehicles such as fire and rescue and service patrols. An operational test of ALERT will start soon on the Capital Beltway in Washington, DC. This test will highlight operational issues with multi-agency communications, both on-site and off-site, and will have architecture and standards implications for ITS. It is the first real field test of ITS technologies with a direct bearing on incident management and communications among public safety and transportation agencies. The ALERT program bears close monitoring in a continuing scanning process for new issues will be raised during the field test.

Other Professional Groups for Coordination

  • Transportation Research Board Committees - A3A09-Freeway Operations, A3B09-Traffic Law Enforcement, A3A18- Traffic Signal Systems, A4002-Tort Liability and Risk Management

  • ITS America Committees - Emergency Services, Advanced Transportation Management Systems, Advanced Traveler Information Systems

  • National Emergency Numbers Association (NENA)

  • International Association of Chiefs of Police (IACP)

  • International Association of Fire Chiefs

  • Association of Public Safety Communications Officials (APCO)

  • National Highway Traffic Safety Administration

  • ComCare Alliance

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