Continuous Watching Mode for Media Playback
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Solution Overview
Problem
Modern media distribution systems fail to allow seamless continuous watching of sequential media content items, such as TV show episodes, due to interruptions during transitions and inefficient fast-forward and rewind functionalities, which degrade user experience and waste bandwidth.
Innovation Solution
Implementing a continuous watching mode that merges multiple episodes into a virtual media content, allowing automatic skipping of credits and smooth playback, fast-forward, and rewind operations without user intervention, optimizing network resource usage and enhancing user experience.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional media distribution systems deliver episodes sequentially from remote servers, then each episode can be played individually, but interruptions occur between episodes due to server connection delays and credit sequences
Solution Approach 1:
The system performs preliminary actions by pre-buffering the next episode in the sequence before the current episode ends. The media player monitors playback progress and automatically initiates loading of subsequent episodes, ensuring they are ready in the buffer before needed, thus eliminating interruption delays.
Solution Approach 2:
The system maintains continuous playback by seamlessly transitioning between episodes without stopping. The buffer management ensures uninterrupted video stream delivery, and automatic episode sequencing keeps the playback action continuous without user intervention or idle time between content items.
2Loss of time
If skip buttons are provided to bypass credits, then users can reduce viewing time of irrelevant content, but the system still requires user intervention which introduces delay
Solution Approach 1:
The media player performs self-service by automatically detecting credit sequences and skipping them without user input. The system analyzes the video content to identify credit portions and autonomously advances through them, eliminating the need for manual skip button presses while reducing overall viewing time.
Solution Approach 2:
The system implements automatic skipping of credit sequences by detecting their temporal boundaries and rapidly transitioning through them. When credits are identified, the player fast-forwards through this non-essential content to reach the main episode content, minimizing time spent on irrelevant portions.
3Adaptability or versatility
If fast-forward and rewind operations are implemented, then users can navigate through content, but only the currently playing episode can be manipulated and separate requests are needed for previous episodes
Solution Approach 1:
The system merges multiple episodes into a unified playback sequence with continuous buffer management. By pre-loading subsequent episodes and maintaining a unified navigation interface, the system allows fast-forward and rewind operations to work seamlessly across episode boundaries without requiring separate episode requests or complex manual episode selection.
4Loss of energy
If episodes are delivered from remote servers with sequential requests, then bandwidth is conserved by only transmitting needed content, but network latency and connection overhead reduce playback efficiency
Solution Approach 1:
The system performs preliminary data transmission by pre-buffering the next episode while the current one plays. This advance loading of content into local storage reduces network latency during playback transitions and allows efficient bandwidth utilization through continuous background data transfer during off-peak moments.
Data Source
AI summary
Methods and systems are described for providing media content for continuous watching. A command to play a series in a continuous watching mode is received. In response, and without detecting a further command to skip a portion of an episode, a first episode of the series is generated. Then, in response to conclusion of the first episode, end credits of the first episode and title credits of a next episode of the series are automatically skipped; and the next episode of the series is automatically generated for display.