Wireless embedded systems such as sensor nodes and smartphones highlight the
importance of reliable data transmission in their advanced applications. Such reliable …

In this paper, we explore a novel approach to end-to-end round-trip time (RTT) estimation
using a machine-learning technique known as the experts framework. In our proposal, each …

With a growing user base and the deployment of new systems, such as 5G and Starlink, a
deep understanding of the varying link throughput for wireless systems is highly important …

A number of projects deploy Linux-based embedded systems to carry out large-scale active
network measurement and network experiments. Due to resource constrains and the …

Abstract Wireless Sensor Network (WSN) is suffering from ailments like a small lifetime of
participating nodes, packet loss during delivery, an end-to-end delay etc. Static allocation of …

The current industry trend is to replace the use of custom components with standards-based
Commercially available Off-The-Shelf (COTS) based hardware and protocols. Furthermore …

Transmission control protocol (TCP) performance under multi-hop wireless network heavily
depends on retransmission timeout (RTO) estimation algorithm. The existing Jacobson RTO …

Link estimation is a fundamental component of forwarding protocols in wireless sensor
networks. In low power forwarding, however, the asynchronous nature of widely adopted …

Real time communication (RTC) has critical quality of service (QoS) requirements, which is
much more challenging in wireless multi-hop networks. Traditional measurement-based …

Off-path round-trip time (RTT) measurement has many potential applications, including:
improved geolocation capabilities, measuring the performance of parts of the Internet where …