Book - Seismic Instrumentation Design

Technical/Scientific Book: Seismic Instrumentation Design

Book: Seismic Instrumentation Design

Attri, RK 2018, Seismic Instrumentation Design: Selected Research Papers on Basic Concepts, R.Attri Instrumentation Design Series (Seismic), ISBN 978-981-11-9751-2, 2nd edn, Speed To Proficiency Research: S2Pro©, Singapore.

The theory behind the design of sensors, instrumentation and monitoring system is usually not known to electronics and software engineers upfront. The papers included in this book provide such basic guidance to electronics and software design engineers and equip them with the key computational and algorithmic principles based on the underlying theory of seismic activities. These design techniques are fundamental to designing sophisticated seismic instrumentation and earthquake monitoring systems.

SEISMIC INSTRUMENTATION DESIGN: Selected Research Papers on Basic Concepts 

R. Attri Instrumentation Design Series (Seismic)

by Dr. Raman K. Attri

Published by Speed To Proficiency Research: S2Pro©

Published: Nov 2018

ISBN: 978-981-11-9751-2  (e-book) $9.99
ISBN: 978-981-14-0347-7 (paperback) $19.99

Delivers 21 must-know, powerful revelations  from a large-scale research study on the classroom, online and on-the-job learning for training leaders of today’s business world. Read it today!!!

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The Scientific Problem This Book Solves

Book - Seismic Instrumentation DesignThis book is a collection of three papers authored by Dr. Raman K Attri between 1999 to 2001. The book presents early-career scientific work by the author as a scientist at a research organization. The book provides a theoretical and conceptual understanding of concepts and principles for detection and measurements of the seismic signals. The earthquake phenomenon is one of the most unpredictable and often devastating natural events. Sophisticated and advanced technologies are being used for monitoring the seismic activities across the world and efforts are being put in place to develop prediction models. The theory behind the design of sensors, instrumentation and monitoring system is usually not known to electronics and software engineers upfront. The papers included in this book provide such basic guidance to electronics and software design engineers and equip them with the key computational and algorithmic principles based on the underlying theory of seismic activities. These design techniques are fundamental to designing sophisticated seismic instrumentation and earthquake monitoring systems.

The Readers Who Would Benefit the Most

The theory behind the design of sensors, instrumentation and monitoring system is usually not known to electronics and software engineers upfront. The papers included in this book provide such basic guidance to electronics and software design engineers and equip them with the key computational and algorithmic principles based on the underlying theory of seismic activities. These design techniques are fundamental to designing sophisticated seismic instrumentation and earthquake monitoring systems.The book may be read as an applied text-book in conjunction with standard electronics and instrumentation design textbooks. The theory behind the design of sensors, instrumentation and monitoring system is usually not known to electronics and software engineers upfront. The papers included in this book provide such basic guidance to electronics and software design engineers and equip them with the key computational and algorithmic principles based on the underlying theory of seismic activities. 

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A Learning Journey for Students and Engineers

The first paper presents a simplified mathematical framework of the seismic events and backend computational software logic that will enable software engineers to develop a customized seismic analysis and computation software.

The second paper presents a simplified description of various earthquake parameters of interest to a seismologist and how these complex parameters are computed using equations.

In the third paper, a visionary concept is presented to integrate geo-scientific instrumentation equipment such as seismic measurement systems to information technology network that would create a centralized web-enabled database that would allow transmitting the data acquired by geographically distributed but networked observatories to better predict or alert about the phenomena like earthquakes.

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The Contents Designed for Engineers

Paper 1: BACKEND FRAMEWORK AND SOFTWARE APPROACH TO COMPUTE EARTHQUAKE PARAMETERS FROM SIGNALS RECORDED BY SEISMIC INSTRUMENTATION SYSTEM
I. INTRODUCTION
II. SEISMIC RECORDING & ANALYSIS CHAIN
III. SOFTWARE APPROACH TO SEISMIC ANALYSIS
IV. COMPUTING TIMING PARAMETERS USING SOFTWARE LOGIC
V. COMPUTING LOCATION PARAMETERS USING SOFTWARE LOGIC
VI. COMPUTING MAGNITUDE PARAMETERS USING SOFTWARE
VII. COMPUTATION OF SEISMIC ENERGY USING SOFTWARE
VIII. CONCLUSION
REFERENCES

Paper 2: A SIMPLIFIED OVERVIEW: HOW ARE THE EARTHQUAKE PARAMETERS COMPUTED FROM THE RECORDED SEISMIC SIGNALS?
I. INTRODUCTION TO SEISMOLOGICAL STUDIES
II. EARTHQUAKE MECHANISM: A BRIEF PREAMBLE
III. INSTRUMENTATION FOR RECORDING OF SEISMIC WAVES
IV. PARAMETERS OF SEISMIC VIBRATIONS
V. LOCATING EARTHQUAKE USING SOFTWARE APPROACH
VI. CONCLUSION
REFERENCES

Paper 3: GSIS: A CONCEPTUAL MODEL FOR WEB-BASED INTEGRATION OF INFORMATION TECHNOLOGY WITH GEOSCIENTIFIC INSTRUMENTATION
I. INTRODUCTION
II. EXISTING SEISMIC MONITORING SYSTEM
III. LIMITATION IN EXISTING NETWORKED SYSTEM
IV. INTEGRATION OF CURRENT SYSTEM TO INFORMATION TECHNOLOGY
V. CONCEPTUAL ARCHITECTURE OF GSIS SYSTEM
VI. GSIS: KEY DRIVING FACTORS FOR SUCCESSFUL IMPLEMENTATION
VII. WORKING OF GSIS
VIII. CONCLUSION
REFERENCES

Paper 4: SOFTWARE TOOL FOR SEISMIC DATA RECORDER AND ANALYSER
INDEX

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The Scientist and Electronics Engineer Behind the Book

Raman K. Attri | Founder | S2Pro© Speed To Proficiency Research

Dr. Raman K Attri is a corporate business researcher, learning strategist, and management consultant. Masters in electronics engineering, he served as a electronics design scientist at a premier research organization. He has served at technical and product development roles at leading international corporations. As an engineer, he specializes in systems engineering of complex equipment, scientific instrumentation sensors and system design. His international professional career spanned over 25 years across a range of disciplines such as scientific research, systems engineering, management consulting, training operations, and learning design. With his technical and training background, he focuses on the competitive strategies to develop the technical workforce with higher-order troubleshooting and problem-solving skills at a much faster rate. He provides strategic consulting to the organizations by accelerating time-to-proficiency of employees through well-researched models. He holds a doctorate in business from Southern Cross University, Australia.

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