Broadcast Engineering and IT Conference
Saturday, April 13 – Tuesday, April 16 | West Hall Meeting Rooms
The Broadcast Engineering and IT Conference, part of the Core Education Collection: Connect Series, provides a decidedly forward-looking focus with an emphasis on next-generation systems in the media ecosystem. It’s designed for broadcast engineers and technicians, media technology managers, broadcast equipment manufacturers, and R&D engineers. Experts explore the evolution of broadcast technology and address opportunities and pressing issues relevant to today’s media professionals including artificial intelligence, facility design, IP-based systems, and emerging audio and video technologies.
Core Education Collection (formerly NAB Show Conference)
Produced in Partnership with
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Keynote
Hao LiCEO & Co-FounderPinscreen
Session & Speaker Highlights
- DOT Complementary PNT & the Role of BPS
- Leveraging Traditional GNSS Time Servers for Resiliency and Interoperability in Broadcast Positioning Systems (BPS)
- Solving Chaos in the Newsroom: Cloud-based Storytelling to Revolutionize the Media Landscape
- AM/FM Radio Performance
- Quantifying Quality in Video Technology
- How Cisco and NEP delivered IP at the World’s Largest Women’s Sporting event ever!
- The Power of Generative AI for Personalizing Video Content
- Innovating Live Productions: Building Software-Centric Facilities on an Asynchronous Media Framework
- Dynamic Ad Insertion Using a Data Distribution as a Service Platform and MPEG Media Transport
- Video Technologies
- Examining AI in Media Uses Cases
- AI-Enabled Horizons: Pioneering Multilingual Content Integrity in Broadcasting
- Digital Online Operations
- Next Generation Workflows
- Radio Topics
- An Innovative In-Service Antenna Monitoring System to Protect Your Antenna and Transmission Line
- Next-Generation 5G M&E Workflows: The Power of Zixi’s Software Defined Video Platform coupled with Verizon’s 5G Edge Compute and Global Infrastructure
- Leveraging AI/ML for Multilingual Content Integrity
- How IP-based Broadcast Meets 5G for Resilient and Sustainable Media Distribution
- Broadcast Facility Design
- aPNT and ZTA for Timing and Synchronization in Broadcast
- SCTE: Giving Your FAST Channel a Leg Up Using SCTE Technologies
- Content Delivery: IP and Antenna Innovations
- The Convergence Opportunity for ATSC 3.0 and 5G NR Multicast Broadcast Service
- Application of 5G in Broadcasting
- Modern Tools and Techniques to Maximize Your Broadcast Antenna Investment
- Applications of ATSC 3.0 Technology
- The Hierarchy of Latency
- AM Carrier Power Reduction in All-Digital Service Mode MA3
- Concept for Generative Artificial Intelligence Structure, Strategy, and Capability for Sports Media
- Drone Measurements Validate the Accuracy of Simulation for FM Pattern Verification
- BEITC Opening Session
- Satellite/Internet Hybrid Content Delivery (Ku-Band Without Rain Fade!)
- UHD 12G Design – Lessons Learned
- Elevating Video Quality With the Video Compression Score Metric
- Media in the cloud: Addressing the Fundamentals to Enable AI and Automated Workflows
- MC-IF VVC Technical Guidelines
- Making the CIE Chart Indispensable for Color Grading
- A Platform for the Development and Deployment of Software-Defined Media Processing Pipelines
- Making Your Assets Mean Something!
- Using a Private 5G Network to Support the International Broadcast of the Coronation of HM King Charles III
- BPS as the Complementary PNT Solution
- Solving Localization & Compliance Pain Points with AI for the Video Streaming Industry
- Timing Solutions for Broadcasters
- Unravelling the Power of Single-Pass Look-Ahead in Modern Codecs for Optimized Transcoding Deployment
- Content Creation and Delivery Technology
- Speech Intelligibility and Audio Monitoring in OTT
- Building DC’s Largest Community Antenna System
- MV-HEVC: How to Optimize Compression of Immersive 3D Content
- New Workflow Techniques to Provide Affordable Live Production to Increase Viewer Content
- Audience Aware Streaming
- Emerging Technologies in Media Delivery
- Generative AI for Media
- Radio Visual Content Delivery – Metadata Management
- Objective Evaluation System for 2K Video Quality Transcoded from 4K Source Using Dynamic Thresholds and Statistical Method
- Creating and Implementing AI-Powered Conversational Search to Drive Viewer Engagement
- Artificial Intelligence and Machine Learning’s Rising Potential to Transform Transcription and Translation for Media Editing
- NAB’s Broadcast Positioning System (BPS) Project Update and Lessons Learned from Market Trial
- Developing Media-Specific Traffic Profiles for Reliable Media Over IP Network Testing
- Content Credentials – New Requirements for Media Provenance Labels for Gen AI Content
- ATSC 3.0 Broadcast Positioning System (BPS) Mesh Network
- Transmitting Time and Frequency Data by Using Broadcast TV Signals Observed in Common-View
- Rational Design Decisions for Remote Content Creation
- HDR-SDR Conversion: Live HDR Single Master Production Conversion Interoperability Challenges
- Broadcast Cybersecurity Precautions & Verification
- NABA and the Evolution of HDR in the ITU Process
- Navigating Security in the Live Distributed Production Landscape
- Navigating Time. When is Real Time No Longer Real Time – and Does it Matter?
- New Data Management Techniques and Technologies to Accelerate Live Broadcast Events
- ATSC 3.0 Broadcast Positioning System (BPS) Seminar Outcomes – Humber College B²C Lab, Toronto, Canada
- Application of Large Language Models (LLM) in Media
- Translators for ATSC 3.0
- Unlocking Even Better Efficiency and Budget Savings with Enhanced Encoding
- SBE: Broadcast Technology Update
- Government and Industry Collaboration on BPS
- Generative AI Uses and Video Transcoding
- Panels on New Challenges and Opportunities in Media
- IEEE BTS: ATSC 3.0 Business Case and Monetization
- The Rise of Private 5G: A Challenger to Wi-Fi and Public 5G
- CDN Offload via Hybrid Delivery over ATSC 3.0 for Video Streaming
- Television Viewership Reimagined Through Generative AI
- Next-Generation Token to Fight Piracy and CDN Leeching
- Boosting the Efficiency of OTT Delivery with State-of-the-Art Streaming Optimizations
- Workflows and Latency
- Convergence of Artificial Intelligence, Cybersecurity, and Broadcasting: Understanding a New Way of Looking at a Legacy Service
- Understanding Digital FM Asymmetric Operation
- Cybersecurity for Broadcasters
- A Framework for Efficient Data Scripting in High-Volume Sports Graphics Workflows
- Broadcast Operations: Network Management and Partial County Alerting
- Striving for Efficiency in Video Technology
- Network Management and Administration in the Ever-Changing World of Technology
- ATSC 3.0 and Wireless Emergency Alerting – A Great Match
- Data Delivery, Cybersecurity and Live Production
- Video Processing on Quantum Computers
- Partial County Alerting (PCA): Targeting the broadcast of Emergency Alert System (EAS) messages
- Video Encoding and Codecs
- Why Worry About Your Air Chain?
- AI Innovations in Testing and Monitoring: Transforming Video Quality Assurance on Physical Devices
- Is Synchronous Ethernet a Must Have or just a Gimmick for the Broadcasting Industry?
- A Comparison of Video Encoders Across H.264, HEVC, and VVC
- ATSC 3.0 Broadcast Core Networks: Serving Diverse Use-Cases Across a Heterogeneous Broadcast and Supplier Ecosystem
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Louis LibinVP, Spectrum Policy & EngineeringOne Media Technologies -
Mickaël RauletChief Technology OfficerAteme -
Alan JurisonSenior Operations EngineeriHeartMedia -
Hao LiCEO & Co-FounderPinscreen
