Seismic reflection utilizes sound waves transmitted into the subsurface, reflected at rock
boundaries, and recorded at the surface. Interpretation of their travel times and amplitudes …

As most of the outcrop** and shallow mineral deposits have been found, new technology
is imperative to finding the hidden critical mineral deposits required to transition to …

The operational status of geophones plays a pivotal role in ensuring the accuracy and
reliability of microseismic monitoring systems. However, conventional techniques used to …

Modern land seismic acquisition is known for its complexity in terms of the number of
equipment utilized, logistics, labor intensity and often harsh weather conditions. To solve …

Landslides pose a significant threat to human life and infrastructure, causing extensive
damage and fatalities. Effective monitoring and dissemination of early warnings of imminent …

The geoPebble system is a network of wirelessly interconnected seismic and GPS sensor
nodes with geophysical sensing capabilities for the study of ice sheets in Antarctica and …

This paper investigates the performance of a proposed IEEE 802.11 ad hoc-based wireless
seismic data acquisition (WSDA) network architecture. The study centers on examining the …

Owing to the nature of traffic and architecture of Wireless Seismic Data Acquisition (WSDA)
networks also referred to as Wireless Geophone Networks (WGN), we propose a model that …

Wireless sensor networks are becoming increasingly popular across a range of applications.
One notable use is in seismic exploration and monitoring for oil and gas reservoirs. This …

Robotic systems for seismic sensor deployment can potentially lead to achieving cost-
effectiveness with optimal performance through better survey execution accuracy, shorter …