Video Content Distribution Segmentation for Ad Viability
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Solution Overview
Problem
Current content distribution systems, both internet-based and traditional cable, face limitations in allowing local advertisers to effectively advertise in limited geographic areas and fail to seamlessly integrate internet-based content with traditional channel selection paradigms, making it economically challenging for short videos and disadvantageous for viewers and content creators.
Innovation Solution
A network-based system that packages user-generated and internet-based content with advertisements, allowing seamless delivery of content in different formats and encoding methods, using a client device with a content controller and player to manage and play content segments, including advertisements, by dynamically adapting to available bandwidth and user preferences.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If content is distributed using a demand-per-video system with per-video advertisements, then advertising revenue can be correlated with video views, but short videos become economically impossible to create because viewers are forced to watch lengthy advertisements before short content
Solution Approach 1:
The patent segments content into discrete video units that can be independently selected and played. Instead of forcing viewers to watch a single long advertisement before short content, the system divides both content and advertisements into comparable segment units, allowing flexible assembly of content-advertisement sequences that match viewer preferences and content length
Solution Approach 2:
The system dynamically adapts advertisement delivery based on multiple factors including content length, viewer preferences, geographic location, and advertiser targets. For short videos, the system can dynamically select shorter advertisement segments or adjust the number of advertisements required, making the advertisement burden proportional to content value rather than fixed
2Adaptability or versatility
If local advertisers want to advertise only in a limited geographic area, then advertising can be geographically targeted, but local advertisers must effectively pay to compete for space with national advertisers in the per-video system
Solution Approach 1:
The patent implements local quality by enabling different advertisement sequences and targeting strategies for different geographic regions. Local advertisers can have their advertisements delivered specifically to viewers in their geographic area through location-based filtering and content programming, rather than competing for global ad space. The system can program local content channels that feature local advertisements relevant to local audiences
Solution Approach 2:
The content programming system acts as an intermediary between advertisers and viewers, matching local advertisers with local audiences through geographic filtering and content-based routing. This intermediary function allows local advertisers to reach their target audience without directly competing with national advertisers for the same ad inventory, as the system routes advertisements based on geographic and content relevance
3Ease of operation
If traditional cable distribution systems package content into channels with content programmers, then advertisements can be sold based on channel viewership, but viewers cannot choose content on a per-video basis and must follow the channel's content selection
Solution Approach 1:
The patent creates a universal content delivery system that can operate in multiple modes: traditional channel-based broadcasting for advertisers who want channel viewership models, and on-demand per-video selection for viewers who want flexibility. The same underlying infrastructure supports both cable-style channel programming and internet-style on-demand selection, allowing the system to serve multiple functions and stakeholder needs
Solution Approach 2:
The content programming system serves as an intermediary layer between the content delivery infrastructure and both viewers and advertisers. This intermediary can program content into virtual or actual channels for traditional advertising models, while simultaneously making individual video segments available for on-demand selection. The intermediary function reconciles the conflicting needs of channel-based and on-demand distribution models
4Adaptability or versatility
If internet-based content distribution is used, then viewers can choose content on a per-video basis, but the system cannot seamlessly integrate with traditional channel selection paradigms and lacks content programming capabilities
Solution Approach 1:
The patent builds a universal content management system that seamlessly integrates internet-based on-demand distribution with traditional cable channel selection paradigms. The system can package content into virtual channels that mimic traditional TV channel browsing, while simultaneously providing granular on-demand video selection. Advertisements can be sold based on either channel viewership or individual video views, combining the strengths of both distribution models in a single platform
Data Source
AI summary
A system for distributed content distribution is presented which enables and facilitates distributed content programming. According to the system, a list of content segments that make up an episode and episode metadata are distributed from server to client. The client uses the list of content segments and the episode metadata to present a streamlined viewing experience to the user, notwithstanding different locations, formats, encoding schemes, and packetization schemes of the content underlying the list of content segments.