Data Transmission Timing for Video I-Frame Collision Avoidance
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Solution Overview
Problem
In systems with limited bandwidth, concurrent transmission of I frames from multiple video channels leads to insufficient bandwidth, limiting the number of channels that can be transmitted and causing non-fluency in video playback.
Innovation Solution
A method for data transmission that involves generating a new transmission moment for key data based on a preset interval to avoid collisions between data from newly and previously accessed data sources, ensuring the interval between these moments is greater than or equal to the preset interval.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If multiple video channels transmit I frames concurrently to improve video fluency, then video playback quality is improved, but transmission bandwidth becomes insufficient
Solution Approach 1:
The patent implements periodic transmission of I frames by calculating and assigning specific transmission moments to different video channels. The receiving end determines transmission intervals based on channel characteristics and bandwidth conditions, forcing concurrent channels to transmit at different periodic intervals rather than simultaneously, thus resolving the bandwidth conflict while maintaining video fluency.
2Productivity
If the number of video channels is increased to utilize available bandwidth, then channel capacity is improved, but time conflicts between I frame transmissions occur
Solution Approach 1:
The receiving end performs preliminary calculation of transmission moments for each video channel before actual transmission occurs. By pre-determining the optimal transmission time for each channel's I frames based on channel capacity and historical transmission data, the system avoids time conflicts proactively, allowing more channels to be accommodated without transmission collisions.
3Reliability
If I frames are transmitted with larger bandwidth requirements to ensure complete picture information, then picture quality is improved, but the number of transmissible channels is limited
Solution Approach 1:
The patent dynamically adjusts transmission parameters including bandwidth allocation and transmission timing for each video channel. By changing the transmission moment parameter and adapting bandwidth usage based on channel conditions, the system maintains complete picture information in each I frame while optimizing the total number of channels that can be transmitted simultaneously within available bandwidth constraints.
Data Source
AI summary
A method for data transmission, a receiving end, a data source and a computer-readable storage medium are provided. The method may include acquiring a first transmission moment for key data of a newly accessed data source, and a second transmission moment for the key data of a previously accessed data source; generating a new first transmission moment according to the second transmission moment and a preset interval, in response to an interval between the first transmission moment and the second transmission moment being less than the preset interval; where the interval between the new first transmission moment and the second transmission moment is greater than or equal to the preset interval; and sending the new first transmission moment to the newly accessed data source, such that the newly accessed data source transmits the key data to the receiving end according to the new first transmission moment.