Cross-Layer Architectures for Enhancing Application-Specific Network Performance

Abstract

Move-layer architectures, called protocol layering, represent a thrilling way of managing networking problems on more than one OSI model layer. Mainly, go-layer architectures provide a way to optimize community performance for software-specific eventualities. In these architectures, community overall performance is advanced by optimizing or tuning sure network parameters harmoniously throughout more than one layer, with each layer gambling its function to maximize performance. This approach is critical in present-day networks and conversation technologies, in which community and alertness overall performance will become increasingly important. This paper outlines current go-layer architectures, describes their essential blessings and functions, and discusses their utility in shaping community and alertness performance. Specifically, we discuss the blessings of go-layer architectures in enhancing application-unique network performance in today's mobile networks and virtualized environments. In addition, we provide examples of how move-layer architectures can be used to optimize network performance in unique utility situations. Lastly, we provide a brief dialogue of capacity troubles that may arise when using these architectures.