
Call for Speakers
ACM MHV'27 is a flagship, industry-oriented conference in the area of video technologies, held in Denver, CO since 2016.
We welcome talks from both industry and academia which share real-world problems and solutions, as well as novel approaches and innovations from content production to consumption.
ACM MHV'27 talks and papers are solicited in the following areas:
Content production, encoding, and packaging
• Encoding for broadcast, mobile, and OTT, including edge, network, and cloud-based coding;
• Deployment of AV2, VVC, and next-generation video/image codecs: encoder maturity, decode economics, carriage, and ladder impact;
• New and emerging audio, image, and video codecs (including point cloud coding, Gaussian splat coding, light field coding, learned coding, etc.);
• Display-aware encoding and quality optimization;
• Storage applications for video processing and streaming;
• Encoding ladder construction: per-title, context-aware, and device-aware;
• Quality metrics, assessment models, and user experience studies;
• Accessibility: captioning, timed text, and access services;
• HDR and color pipelines.
Applications of AI
• GenAI-based video content generation, incl. real-time generative and diffusion-based transformation;
• End-to-end and hybrid AI-based image and video compression;
• Learned tools in conventional pipelines: neural post-filters, pre-processing, and enhancement layers;
• AI-assisted indexing, search, and metadata extraction;
• Agentic AI for operations, quality assurance, and observability;
• Media pipelines for AI workloads: model delivery, decoder-side compute, cost, and energy.
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Video workflows
• Virtualized headends, cloud-based and open media facility infrastructures;
• Redundancy and resilience in content origination;
• Ingest protocols, incl. multitrack and multi-format contribution;
• Workflows for UGC and creator-scale libraries;
• Computational imaging, camera processing, capture systems, and camera-to-cloud workflows;
• Ad insertion: server-guided ad insertion, interstitials, and non-linear and overlay ad formats.
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Content delivery and security
• Transport protocols, incl. HTTP/2 and HTTP/3 media delivery, and new delivery paradigms;
• Media over QUIC: relay architecture, packaging, interoperability, and deployment experience;
• Content steering, multi-CDN, and delivery at extreme concurrency;
• Player-server signaling and data interfaces (CMCD, CMSD), and analytics;
• Protection for OTT distribution and anti-piracy tools;
• Cybersecurity, privacy, and infrastructure resilience.
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Content authenticity and provenance
• C2PA in adaptive streaming: workflows and implementations
• Security and attacks on C2PA
• Content watermarking.
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Streaming technologies
• Adaptive streaming and transcoding;
• Low latency;
• Player, playback, and QoE developments;
• Multiview experiences: synchronized playback of a primary stream with picture-in-picture companion streams, composition, and decode budgets;
• Device and platform fragmentation: capability negotiation and the CE long tail;
• Protocol and Web API improvements, and client-side media pipelines.
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Industry trends
• Scalable and multi-view video coding deployments;
• Video and audio coding for machines;
• Cloud gaming and game streaming;
• Cost and energy: measurement, energy awareness, and the quality/cost frontier;
• Edge computing and hardware for encoding, storage, and distribution.
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Live production, audio, and media infrastructure
• Live and cloud production, including sports, replay, and distributed collaboration;
• IP-based media facilities, synchronization, timing, and interoperability;
• Camera-to-cloud contribution and virtual-production workflows;
• Immersive, spatial, object-based, and personalized audio;
• Media storage, archiving, asset management, and content lifecycle optimization.
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Standards, interoperability, and open source
• New and developing standards in the media and delivery space;
• Interoperability guidelines, conformance testing, and implementation experience;
• Open-source media infrastructure: maintenance, governance, and migration.
Prospective speakers are invited to submit a 300+ word abstract for a confidential peer review by the TPC for relevance, timeliness, technical correctness, and value to the MHV audience, which comes primarily from the industry. Proposals explaining the underlying technologies used in commercial products or services will be considered; proposals promoting company products or services will be rejected.
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Accepted abstracts will be presented at MHV'27 as 15-20 minute talks in the conference’s main stage track. Talks are recorded and published at the conference YouTube channel.
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Speakers are invited to submit an optional full-length paper (up to 8 pages) or an optional short paper (up to 2 pages) to be published in the conference proceedings and available in the ACM Digital Library for long-term visibility and citability. Note that publication is strictly opt-in, and not required.
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Authors of rejected abstracts remain eligible to submit a full-length paper. These papers must be original work (i.e., not published previously in a journal or conference), and will be separately peer-reviewed by the TPC.
All papers will be published in the conference proceedings within the ACM Digital Library. All prospective ACM publication authors are subject to all ACM Publications Policies, including ACM’s https://www.acm.org/publications/policies/new-acm-policy-on-authorship
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How to Submit an Extended Abstract
Important Dates
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Abstract submission deadline: Oct. 9, 2026 AoE
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Notification of abstract acceptance: Nov. 20, 2026 AoE
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Optional paper submission deadline: Dec. 11, 2026 AoE
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Notification of full-length paper acceptance: Jan. 15, 2027 AoE
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Camera-ready (final) paper submission: Feb. 5, 2027 AoE
ACM MHV 2027 Program Chairs




