Is there a good book/introduction on the theory of sensors?

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Discussion Overview

The discussion revolves around finding a suitable and recent book or introduction on the theory of sensors, encompassing various aspects of sensor technology and measurement theory. Participants explore the breadth of the topic, including physical measurement, specific phenomena, and different sensor technologies.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant notes the difficulty in finding resources on sensors and suggests that the question is broad, encompassing various theories of measurement and specific phenomena.
  • Another participant highlights that different types of measurements (e.g., EM energy, distance, angles) require different theoretical approaches and technologies.
  • It is mentioned that high-tech implementations of measurement instruments are often proprietary, limiting access to information in academia.
  • A participant expresses a preference for textbooks over handbooks, indicating a desire for more comprehensive theoretical coverage.
  • One participant clarifies their interest in biological and chemical sensors, indicating interdisciplinary interests.
  • A link to a sensor portal is shared as a potential resource, although not a textbook.

Areas of Agreement / Disagreement

Participants generally agree that the topic is broad and complex, with no consensus on a specific textbook or resource. Multiple competing views on the nature of sensor theory and the availability of information remain evident.

Contextual Notes

The discussion highlights limitations in available resources, the dependence on specific applications of sensors, and the potential for proprietary information to restrict access to advanced theories and technologies.

Who May Find This Useful

Readers interested in sensor technology, measurement theory, and interdisciplinary applications in fields such as biology and chemistry may find this discussion relevant.

Simfish
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Especially one that's recent?

It's awfully hard to find anything on the Internet.
 
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This is a very broad question question as posed.

Aspects of it are the "Theory of Physical Measurement" or http://en.wikipedia.org/wiki/Metrology" .

Aspects of it are the "Theory of Phenomena X" where X is some particular phenomena. For example are you measuring EM energy? Are you measuring physical distance/displacement/angles? This is mostly just "Physics of the World".

Aspects of it are the "Theory of Operation of Sensor Technology Y" where Y is some particular technology. Usually this falls under the category of "http://en.wikipedia.org/wiki/Measuring_instrument" ". Measuring microwaves involves a different set of technologies from optical signals. Measuring distance involves different technologies from measuring angles. They can be related but optimizing for one parameter generally shifts and trades-off for others parameters.

High tech or leading-edge performance implementations of any given type of measurement instrument enters into the economic realm - businesses tend to hold that information instead of academia because they make money from it and have an incentive to advance the state of the art.

All of these is probably why you can't find much.

Since you signed "Astro Undergrad", maybe I can assume you mean optical imaging sensors but I can't be sure because you could want to know about any part of the EM spectrum and with or without spatial/angular information. And even knowing that, the specific requirements can change what kind of sensor you should use even within a particular narrow class of application.
 
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Ah, that's a good reply.

It's true that it's a broad question. But most textbooks cover things that are broad. So I would have expected a textbook in something like this.

Good point about businesses holding most of the info though. I got more theory out of an Omega handbook than out of anything else I could find. Granted, I'd prefer textbooks since textbooks aren't discarded so quickly.

Ah - I have interdisciplinary interests, so I actually had biological and chemical sensors in mind.
 

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