Mastering real-time and accurate downhole information is crucial for ensuring drilling safety,
improving drilling efficiency, and maximizing economic benefits. In recent years, logging …

Continuous wave mud pulse transmission is the most widely used information transmission
technology in measurement while drilling (MWD). The increase in transmission distance will …

To address the problems of time variations and high interferences in continuous-wave mud
pulse telemetry channels, a widely linear recursive least squares decision feedback …

With the advancement of intelligent drilling technologies, there is a growing demand for
higher downhole data transmission rates, rendering continuous wave mud pulse telemetry …

Modulated pressure waves propagating in the drilling fluids inside the drill string are a
reliable real-time communication technology that transmit data from downhole to the surface …

A fast carrier synchronizer with adaptive loop bandwidth is proposed for continuous-wave
mud pulse telemetry systems, designed to achieve rapid carrier phase recovery and minimal …

Detecting and processing mud pulse signals in measurement while drilling (MWD) systems
is a well-known challenge. Currently, most research is focused on the propagation …

Abstract [Objective] As automated drilling technologies become more prevalent, the demand
for data communication while drilling has significantly risen, leading to increased …