Optimization of Retransmission Timeout Boundary

Description:

The technology involves systems and methods for optimizing retransmission mechanisms by estimating parameters of a statistical model of round-trip time sequences in network transmissions. It calculates optimal bounds on re-transmission timeouts to improve network efficiency and reliability. The approach adapts coefficients based on network performance data, establishing dynamic timeout boundaries that can significantly enhance the performance of electronic transmissions over networks.

Key Advantages:

• Improves network transmission efficiency by optimizing retransmission timeouts.
• Reduces network congestion and improves data flow through dynamic adjustment of timeout boundaries.
• Enhances reliability of network communications by adapting to changing network conditions.
• Utilizes statistical modeling for accurate parameter estimation and optimal timeout calculation.
• Supports a wide range of network types and configurations, making it highly adaptable.

Problems Solved:

• Excessive retransmissions in congested network environments.
• Inefficient data flow and increased latency due to static retransmission timeouts.
• Poor network reliability and performance under varying conditions.
• Difficulty in adapting network protocols to real-time changes in network status.

Market Applications:

• Telecommunications networks seeking to enhance data transmission efficiency.
• Internet service providers aiming to improve service reliability and customer satisfaction.
• Cloud computing platforms requiring optimized network communication protocols.
• Enterprise networks looking to boost internal and external communication performance.
• Network equipment manufacturers integrating advanced retransmission optimization features.