The Automated Streams Analysis for Public Safety (ASAPS) Prize Challenge was an open innovation program focused on the development of algorithms to detect and analyze a variety of emergency events from unstructured public safety data in real time. The increasing magnitude of live data from a variety of sources presents both a challenge and opportunity to public safety in making life-critical decisions regarding response and coordination to emergencies. The ASAPS Challenge was an artificial intelligence (AI) challenge to detect, analyze, and alert public safety to emergencies from streaming data where every second counts. ASAPS fostered groundbreaking multidisciplinary research and innovation in real-time emergency data analytics using a first-of-its-kind data set of unstructured video, audio, textual communications, social media, and sensors.
The challenge was segmented into a series of contests, detailed here: https://www.nist.gov/publications/automated-streams-analysis-public-safety-asaps-challenge-program. ASAPS Contest 1 began in May 2020 and concluded in September 2020. This contest was designed to "kick-off" the ASAPS Challenge by assessing today's state-of-the-art and envisioning new ideas to better leverage multi-modal data streams and real-time data processing to support public safety's mission. NIST originally planned for three follow-on prize competitions; however, in place of follow-on contests, NIST released the ASAPS Development Data for open research and may open new funding opportunities in Fiscal Year 2022. The robust dataset includes eight continuous hours of over 40 multimodal data streams annotated for 62 emergency events and their corresponding evidence.
ASAPS Contest 1 concluded with six awards of $30,000 each to top contestants, totaling $180,000 for the most compelling ideas. Learn more about the winning contestants and their entries below:
|Topic||Prize Awarded (Fall 2020)||Submission Title||Team Members|
|Topic 1: Information Extraction Across ASAPS Streams and Data Sources Across 1 or More Data Categories||$30,000||Multimodal Fusion for Public Safety Analytics||Dan Morozoff, Joe Ellis, Gianni, Peter Njenga (Vidrovr), Connor O'Day|
|Topic 2: Information Fusion Across Extracted Data and Generation of Live/Dynamic Information Representation Across 3 or More Data Categories||$30,000||Scalable Data Fusion for Real-Time Event Detection||Mehmet Aktukmak, Keval Doshi (University of South Florida), Yasin Yilmaz|
|Topic 2: Information Fusion Across Extracted Data and Generation of Live/Dynamic Information Representation Across 3 or More Data Categories||$30,000||Balancing Space and Time with Asynchronous Models||Jason Corso (University of Michigan), Chenliang Xu (University of Rochester), Yan Tom Yan (Texas State University)|
|Topic 3: Automated Emergency Event Analysis Across 3 or More Data Stream Categories, and Preferably Across All Data Categories||$30,000||NEURATRACE: Detect, Trace, & Analyze Emergencies||Madhukar Karmacharya, Kumar Apurv, Ananth BhimiReddy, Aamir Kahn, Archith Krishnan Rammohan, SaiManoharReddy Peddireddy (Indiana University/Indiana Purdue University), Sahitesh Reddypelly|
|Topic 4: Extraction to Analysis Systems Approach Across All Data Categories||$30,000||Modular Design for Automated Event Analysis||Dr. Roy Hayes Jr., Admiral Guy Curtis, Roy Hayes Sr., William Kimbark, Sreya Palnati, Tom Slattery (Systems Engineering Inc.)|
|Topic 4: Extraction to Analysis Systems Approach Across All Data Categories||$30,000||Real-Time Multi-Source Event Analytics||Alexander G. Hauptmann (CMU), Junwei Liang (CMU), Mubarak Shah (UCF), Yogesh Singh Rawat (UCF), Praveen Tirupattur (UCF), Shruti Vyas (UCF)|
To find out more information about the challenge and winners, visit Challenge.gov.
The Automated Streams Analysis for Public Safety (ASAPS) Dataset includes eight continuous hours of data from across a fictitious ASAPS City representative of a normal day in a small city. The first-of-its-kind dataset represents a geographic area of approximately 68 square blocks. All of the GPS coordinates represent a fictitious location which includes 390 buildings and parks, each with an identity/name, street address, and latitude/longitude location. The dataset combines video recordings of staged emergencies with scripted audio and textual public safety communications and simulated Computer Aided Dispatch and gunshot sensor data. It was constructed to represent a continuous eight-hour snapshot of the emergencies happening during the day in a small city and includes 45 time-synchronized data streams.
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