... pursues an alternative consumer‐based approach. An Internet of Things consumer device, called a “Qube,” was built for a cost below $100 and is about the size of a Rubik’s cube. The Qube successfully detected earthquakes and issued earthquake warnings through sounding the onboard alarm for on‐site warning...

...Frank Sepulveda; Jay Pulliam ABSTRACT The proliferation of commercial Internet of Things (IoT) devices is raising consumers’ awareness of the benefits of enhancing everyday objects with the ability to communicate, sense, and process information. Commercial‐off‐the‐shelf ( COTS ) versions...

... networks or, more recently, networks of mobile phones equipped with microelectromechanical systems (MEMS) accelerometers. Internet of things edge devices, with built‐in tiny machine learning (tinyML) capable microcontrollers, and always‐on, internet‐connected, stationary MEMS accelerometers provide...

...Michael Samios; Christos P. Evangelidis; Emmanouil Serrelis Abstract Modern seismic and Global Navigation Satellite Systems stations are nowadays equipped with Internet of Things devices that acquire, process, and transmit various geophysical parameters in near‐real time. This technological advance...

... wireless sensors with inherent compatibility with the “Internet of Things” (IoT); advanced scalable wireless networking protocols; and data storage/analytics on the cloud for analysis and decision making. These three components combined create a flexible, plug-and-play, scalable network that provides...

... seismic gravimeter magnetometer ground penetrating radar Some of the key advancements in sensor technology include: Internet of Things sensors have become smaller, more power-efficient, and more affordable, enabling widespread deployment in various industries. They can now connect wirelessly...

...? Bahorich: In terms of big data, we've heard companies talk about the “Internet of everything” or the “Internet of things,” and that is generally about sensors and algorithms. In our industry, probably one of the early areas in which that made a big difference was in rotating equipment. We had sensors...

... and a PhD student in the field of Geophysics. Enjie Ding , professor, has long been engaged in teaching and scientific research in coal mine informatization. And, he took the lead in proposing the “three perceptions” concept of the mine Internet of Things and the perception of the mine Internet...

... the order of presentations. Connecting to the workshop involved downloading some free software (RealPlayer) and connecting to a URL via a fast Internet connection. Passwords were provided to all remote sites to control access to the conference. To minimize costs and because we wanted to keep things...

... that education will continue to evolve away from yesterday's and today's norm, and the Internet (or the descendents thereof) will play a prominent (if not dominant) role in its evolution. In “The new university” ( TLE , July 1997) Peter Denning says that the new university will arise because of things...

... as broad a portfolio, that will have to have more focus but will play very significant roles. The creation of these companies is also creating opportunities for small- and medium-sized companies because the supermajors are of such a scale that things that are not material to them will be very material...

... do things in two or more steps, not just cell phones, but the Internet also. If other industries find it necessary to use the multistep approach, I think we should learn a lesson here, too. In this new seismic system, the first step is data transmission inside the seismic cell and the second stage...

...Steve Malone © 2002 by the Seismological Society of America 2002 The Electronic Seismologist (ES) began hyping the Internet over six years ago: how it was going to help seismologists acquire, analyze, and present seismic data in new and wondrous ways. It was touted as the next really...

...Michael S. Bahorich Corresponding author: M. Bahorich, mike.bahorich@usa.apachecorp.com Copyright © 2000 Society of Exploration Geophysicists 2000 The following paragraphs were excerpted from ads on the Internet in July 2000: Join a fast-paced exploration and production company...

... for some time requiring tremendous efforts by others, but all need constant attention by the office to succeed. With the advent of the internet, their impact stepped up a notch or two. The educational outreach efforts to non-professionals were previously too expensive for MSA to do, but became feasible...

... how handy the Internet would be for seismology. No duh! In fact, the guts of the article was a reference list of the Web, FTP, bulletin boards, finger servers, and e-mail where data and information about seismology (excluding exploration seismology) could be found. This “seismosurfing” list had been...

...? As I said previously, truly portable hardware will become a reality, and transfer rates over the Internet will be at such a large bandwidth that you will be able to have real-time exchange of virtually any information. Thus, individuals will be freed to work independently of any physical structure...

... over 12 years old.) If proofreading is so tough, what's one to do? Since I'm as inept as anyone, I went for help—the Internet! Google got me to Purdue University's Online Writing Lab, OWL, which suggested some good strategies. Corresponding author: kmahrer@do.usbr.gov Copyright © 2004...