Integrated Analytics and Scheduling of Emergency Responders Under Uncertainty

Integrated Analytics and Scheduling of Emergency Responders Under Uncertainty
Emergency Responders
Team Organizations	Vanderbilt University
Team Leaders	Gautam Biswas
Participating Municipalities	Nashville TN
Status	Development
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Document	None

Description

This project will use historical data to create models for various safety and emergency incidents across metropolitan Nashville, establish causes, and use this information to identify appropriate equipment requirements in different situations. This analysis will be combined with historical traffic and delay information to ensure the emergency vehicles are distributed at optimal locations and proactively maintained. During an incident a real-time decision support system will guide vehicle dispatch.

Challenges

• Identifying root causes for accident occurrences, and developing accident types
• Combining real-time analytics with models created from historical data to make effective dispatch decisions
• Developing a prognostics model from engine telemetry to improve overall reliability of services
• Creating models that preserve data privacy.

Solutions

TBD

Major Requirements

• Collect data about safety incidents, and environmental conditions during accident occurrences.
• Create models that correlate the emergency response delay with time of day and traffic conditions.
• Develop and implement an algorithm for placing emergency equipment in optimal locations
• Develop a prototype of a computer aided dispatch system. This system will be initially developed only as a decision support system. Based on the success, it will be integrated into the live dispatch system.

Performance Targets

Key Performance Indicators (KPIs)	Measurement Methods
Effective dispatch and response in emergency situations Reducing the average emergency response time Reducing overall maintenance costs and downtime of vehicles	We will measure the effectiveness of our approach by Improving metrics used in rescue operations; measuring the average response time from the collected data; and documenting the maintenance costs and vehicle downtime

Standards, Replicability, Scalability, and Sustainability

• We will use standard platforms based technology to implement the engine. REST based APIs will be available that could be used by other companies to create third party applications
• We will document all the data features and the architecture we are using. This way other cities and fire departments will be able to replicate the system.

Cybersecurity and Privacy

TBD

Impacts

Improved safety.

Demonstration/Deployment

• Phase I Pilot/Demonstration:

The first phase will show basic data analysis from the safety incidents.

• Phase II Deployment:

The second phase will include a website and smart phone applications for first responders.