Emerging high quality real-time communication (RTC) applications stream ultra-high-
definition (UHD) videos with high frame rate (HFR). They use edge computing, which …

Congestion Control (CC) limits the transmission rate of data packets in the transport layer
protocol, eg, in TCP and QUIC, of a sending endpoint so as to mitigate the congestion in …

Interactive streaming requires minimizing stuttering events (or deadline misses for video
frames) to ensure seamless interaction between users and applications. However, existing …

In modern data management systems, directly performing operations on compressed data
has been proven to be a big success facing big data problems. These systems have …

The satellite-ground integrated network is highly heterogeneous with diversified
applications. It requires congestion control (CC) to achieve consistent high performances in …

With the growing importance of real-time communications (RTC), designing congestion
control (CC) algorithms for RTC that achieve high network performance and QoE is gaining …

Recent years have witnessed the dramatic growth of Internet video traffic, where the video
bitstreams are often compressed and delivered in low quality to fit the streamer's uplink …

Standardisation has become imperative to retaining order and development in modern
society. The simplest actions, such as train timings and the width of the railroad, would be …

To improve the user experience of mobile web services, various congestion control
algorithms (CCAs) have been proposed, yet the performance of the application is still …

Most congestion control mechanisms are designed for specific network environments.
Hence, there is no known algorithm that achieves uniformly good performance in all …