Demystifying Adaptive Bit-Rate (ABR) Streaming on Mobile Networks
Year: 2025
Type: article
Abstract: Adaptive bit-rate streaming era is a center innovation in video streaming structures, coordinating real-time fine modifications in wide-ranging cellular network conditions to ensure the finest viewing experience. The advanced mechanisms behind ABR deployments show outstanding proficiency in tuning conflicting priorities between video quality optimization, buffering reduction, and bandwidth efficiency. Sophisticated ABR algorithms constantly observe network states, buffer fill levels, and device capabilities, and make smart quality choice decisions from multi-layered bitrate ladders with many resolution and compression levels. Quality of Experience paradigms have moved away from legacy bitrate-focused methods to include perceptual measurement methodologies strongly associated with human visual perception behaviors. Advanced streaming protocols such as HLS and DASH offer rich manifest structures with dynamic adaptation features while ensuring interoperability across varied device ecosystems. Cellular network environments are particularly challenging in posing challenges that necessitate advanced adaptation schemes, taking into consideration the variability of cellular signals, handovers, and interference patterns. Cloud-edge architectures add layers of complexity that demand coordinated resource allocation among distributed computation nodes. Key performance indicators such as startup latency, rebuffer proportion, and bitrate fluctuations have immediate impacts on viewer attention and session completion. Buffer-based adaptation policies show better performance than throughput-based policies in ensuring streaming stability. The application of machine learning methods provides proactive quality tuning based on predicted network condition variations instead of reactive quality adjustments in response to degradation events.
Author: Packiaraj Kasi Rajan
Language: English
Subfield: Computer Vision and Pattern Recognition
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7082359334
FWCI:
Cites:
Cited by:
Related to: