Collaborative Entertainment Platform Synchronization
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Solution Overview
Problem
Existing systems for interacting with entertainment content over networks, such as online meeting services, fail to provide a fulfilling shared experience due to limitations in content synchronization, restricted interaction, and limited environmental element sharing, leading to temporal anomalies and restricted participation.
Innovation Solution
A collaborative entertainment platform that synchronizes content display across multiple viewing devices, allows simultaneous interaction with the content application, and shares environmental indications like images, audio, and ambient noise, creating an immersive experience by simulating a shared presence among participants.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If a broadcast model is used to stream content from one location to other locations, then content delivery is simplified, but temporal synchronization and collaborative interaction are compromised
Solution Approach 1:
Instead of having one location broadcast content to others (traditional model), the patent inverts the approach by having each location receive content independently and synchronize their local displays to show the same content at the same time. This allows each participant to have full local control while maintaining synchronization, resolving the contradiction between simple delivery and temporal coordination.
2Device complexity
If one location controls the meeting and included content, then content delivery is streamlined, but participant collaboration and interaction are restricted
Solution Approach 1:
The patent segments the control authority from the content delivery function. Each location has independent control over its own content display and application interactions, while the broadcast model handles only the base content distribution. This segmentation allows multiple participants to interact with the content simultaneously without complex centralized control, enhancing collaborative versatility.
Solution Approach 2:
The patent introduces an intermediary synchronization mechanism that coordinates content display across locations without requiring centralized control. The synchronization protocol acts as a mediator that allows each location to maintain independent control while ensuring temporal alignment of content presentation, enabling both streamlined delivery and collaborative interaction.
3Device complexity
If environmental elements are limited to audio and video, then system complexity is reduced, but immersive experience and shared presence are diminished
Solution Approach 1:
The patent applies multi-functionality to the environmental sharing system by capturing and transmitting multiple types of environmental data (audio, video, ambient noise, lighting conditions, temperature) through a unified platform. This allows the system to provide rich immersive experiences while maintaining a single integrated architecture, avoiding the need for separate complex systems for each environmental element.
Data Source
AI summary
Various systems and methods for a collaborative entertainment platform are herein described. A plurality of viewing devices configured to display images to respective screens may be identified. An application control command may be received from a viewing device in the plurality of viewing devices. An environmental indication may be received from at least one viewing device in the plurality of viewing devices. Display of a video stream may be synchronized at the plurality of viewing devices, where the video stream may include results of the application control command. The environmental indication may be presented to each viewing device in the plurality of viewing devices that is not the at least one viewing device.