Applications and management of artificial intelligence for crowd management #254019

Upon completion of this course, participants will be able to:

• Understand the AI Toolkit for Crowd Management: Identify and define key AI technologies (e.g., computer vision, IoT sensors, machine learning, simulations) and their specific applications in crowd dynamics.

• Analyze Crowd Data for Proactive Insights: Interpret real-time data feeds to monitor density, track flow, detect anomalies, and predict potential critical situations before they escalate.

• Design and Implement AI-Enhanced Strategies: Develop integrated crowd management plans that incorporate AI-driven monitoring, decision-support systems, and response protocols.

• Evaluate and Select Technology Solutions: Assess the viability, accuracy, and cost-effectiveness of different AI systems (e.g., video analytics, Wi-Fi tracking, drone surveillance) for specific use cases.

• Navigate Ethical and Privacy Considerations: Address crucial issues of data privacy, public perception, algorithmic bias, and the ethical deployment of surveillance technologies.

• Lead AI Integration Projects: Manage the implementation of AI systems within existing security and operational frameworks, including staff training and change management.

This course is designed for professionals involved in the planning, security, and operation of spaces that host or manage large groups of people:

• Public Safety & Security Officials: Police chiefs, security directors, and emergency response planners for cities and municipalities.

• Venue and Event Management Professionals: Managers and operators of stadiums, arenas, concert halls, convention centers, and theme parks.

• Transportation Managers: Officials responsible for busy airports, train stations, subway systems, and bus terminals.

• Corporate Security Directors: Heads of security for large organizations with big campuses or public-facing offices.

• Urban Planners & Smart City Architects: Professionals designing public spaces and urban infrastructure.

• Technology Solution Providers: Engineers and sales professionals developing and deploying crowd analytics platforms.

• Risk and Compliance Managers: Professionals ensuring safety protocols and technologies meet regulatory standards.

• Pre-assessment
• Live group instruction
• Use of real-world examples, case studies and exercises
• Interactive participation and discussion
• Power point presentation, LCD and flip chart
• Group activities and tests
• Each participant receives a binder containing a copy of the presentation
• slides and handouts
• Post-assessment

Day 1: Foundations of AI-Driven Crowd Management

• AM: The New Paradigm of Public Safety

  • The limitations of traditional crowd management and the case for AI.

  • Key AI Concepts: Computer Vision, Machine Learning, IoT Sensors, and Predictive Analytics explained in context.

  • Overview of the AI ecosystem: sensors, data fusion, analytics engines, and command center dashboards.

• PM: The Data Landscape

  • Data Sources: Video feeds, Wi-Fi/BLE signals, social media, ticket scans, aerial footage (drones).

  • Data Integration: Fusing multiple data streams for a comprehensive situational awareness picture.

  • Workshop: Mapping data sources for a hypothetical venue (e.g., a city central square on New Year’s Eve).

Day 2: Core AI Technologies and Applications

• AM: Computer Vision for Crowd Analysis

  • People Counting and Density Mapping: Techniques for accurate real-time headcounts.

  • Flow Analysis and Tracking: Monitoring movement patterns and identifying bottlenecks.

  • Anomaly Detection: Automated alerts for unusual behavior (e.g., running against flow, falls, overcrowding).

  • Case Study: How a major airport uses CV to manage security queue times.

• PM: Predictive Modeling and Simulation

  • Building predictive models for crowd size and behavior based on historical and real-time data.

  • Using AI-powered simulations (Digital Twins) to test evacuation plans and manage ingress/egress.

  • Workshop: Interpreting a predictive model output for a scheduled event.

Day 3: Implementing AI for Safety and Security

• AM: Proactive Risk Mitigation

  • Early Warning Systems: Using AI to predict and prevent crowd crushes, stampedes, and conflicts.

  • Integrating AI alerts with security protocols and emergency response procedures.

  • Resource Optimization: Dynamically allocating staff, opening/closing gates, and managing traffic based on AI insights.

• PM: Command, Control, and Communication

  • Designing an AI-enhanced command center: dashboard best practices and data visualization.

  • Effective communication of AI-generated insights to field personnel and first responders.

  • Tabletop Exercise: Responding to an AI-generated alert of a potential incident.

Day 4: Technology, Ethics, and Procurement

• AM: The Vendor Landscape and System Design

  • Evaluating different technology solutions: video analytics platforms, sensor networks, software providers.

  • Building a business case: Calculating ROI through improved safety, efficiency, and customer satisfaction.

  • Technical requirements: bandwidth, storage, processing power, and system integration.

• PM: Ethics, Privacy, and Public Trust

  • Navigating GDPR, CCPA, and other data privacy regulations.

  • Addressing algorithmic bias in detection systems.

  • Public communication and transparency: building trust while ensuring security.

  • Group Debate: Balancing security needs with individual privacy rights.

Day 5: Strategy, Implementation, and Capstone

• AM: Building an AI-Ready Organization

  • Developing a phased implementation roadmap: from pilot to full deployment.

  • Change management and training security personnel to work with AI systems.

  • Establishing governance and oversight for AI use.

• PM: Capstone Project and Future Trends

  • Capstone Exercise: Teams are given a complex crowd scenario (e.g., a music festival) and must design a full AI-powered management plan, covering technology, data, response protocols, and public communication.

  • Future Trends: The role of Generative AI in scenario planning, advancements in biometrics, and autonomous response systems.

  • Course Wrap-Up: Final presentations and development of a personal action plan.