Selection and justification of efficiency parameters of a noise-resistant downhole telemetry system

Abstract

The article examines the issue of selecting and justifying efficiency parameters of a noise-resistant downhole telemetry system that measures and transmits borehole information to the surface via an electromagnetic communication channel. The work is devoted to the continuation of research on the synthesis of systems capable of transmitting messages from oil wells equipped with sucker rod pumps from a depth of up to two thousand meters. To ensure noise immunity, coding is proposed in the residual class system with the possibility of error correction in the neural network basis.