We analyzed Alaska Earthquake Center's field sensor network performance for the time period between October 2019 and September 2021. We report on data completeness and acquisition latencies depending on the site power and data communications types.1. Background 2. Analysis 2.1. Data completeness vs power type 2.2. Data completeness vs internet type 2.3. Data latencies vs power type and internet type 2.5. Data completeness by project 3. Conclusions Appendix
I perform two analyses to identify cases of seismogram clipping or other problems (e.g., data gaps) ...
The article describes the design of the Community Seismic Network, which is a dense open seismic net...
This report is part of a detailed investigation of a Mw 3.9 earthquake near Nenana, Alaska, that was...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
Seismic networks are powerful tools for understanding the state of seismo-tectonic processes taking ...
Wireless sensor networks using 802.11b long-distance links enable domain scientists to measure physi...
This is the first in a series of technical quarterly reports from the Alaska Earthquake Center (AEC)...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
The rapid technological evolution in sensors, sensor platforms and networking is enabling the deploy...
Seismic data acquisition in oil and gas exploration employs a large-scale network of geophone sensor...
This dissertation presents architectural solutions that improve the performance of scientific sensor...
I perform two analyses to identify cases of seismogram clipping or other problems (e.g., data gaps) ...
The article describes the design of the Community Seismic Network, which is a dense open seismic net...
This report is part of a detailed investigation of a Mw 3.9 earthquake near Nenana, Alaska, that was...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
Seismic networks are powerful tools for understanding the state of seismo-tectonic processes taking ...
Wireless sensor networks using 802.11b long-distance links enable domain scientists to measure physi...
This is the first in a series of technical quarterly reports from the Alaska Earthquake Center (AEC)...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
This series of technical quarterly reports from the Alaska Earthquake Center (AEC) includes detailed...
The rapid technological evolution in sensors, sensor platforms and networking is enabling the deploy...
Seismic data acquisition in oil and gas exploration employs a large-scale network of geophone sensor...
This dissertation presents architectural solutions that improve the performance of scientific sensor...
I perform two analyses to identify cases of seismogram clipping or other problems (e.g., data gaps) ...
The article describes the design of the Community Seismic Network, which is a dense open seismic net...
This report is part of a detailed investigation of a Mw 3.9 earthquake near Nenana, Alaska, that was...