May 1999    VOL. 16    NO.5
Table of Contents

E D I T O R I A L
Context Sensitive—Quite Sensitive!
Barbara G. Goode

F E A T U R E S
The IR Fingerprint: Using IR Absorption Spectrometry to Monitor Gases for Process Control Matt Richter et al.

A New Electronic Nose Edward J. Staples

The Evolution of Automotive Pressure Sensors W.S. Czarnocki and J.P. Schuster

New Sensors Help Put Pedal to the Metal George Kanelas and Don Alman

Integrating PLCs into Process Weighing Systems Ted Kopczynski

Conformal Sensor Measures Ammunition Pressure Through Shell Case Jim Lally and Rod Rhen

Why Your Frame Grabber Needs Onboard Memory Fernando Serra

A Consistent Mathematical Approach for Multiple Input Calibration Donald L. Ersland

IEEE-1451.2 Engineering Units Conversion Algorithm Lee. H. Eccles

D A    S Y S T E M S
Ending the Bus Wars Kevyn Renner

It's Time for Sensors to Go Wireless, Part 2: Take a Good Technology and Make it an Economic Success Glenn O. Allgood et al.

Bringing the Network to Embedded Control Systems Stuart Adams

Data Acquisition Special Section Complete Conference Program  BALTIMORE

Our 15th Year Looking Back, Moving Forward

D E P A R T M E N T S
   Calendar
   Research and Developments
   Product News
   Advertiser Index/Reader Service Card

photo ABOUT THE COVER
IR spectrometry effectively monitors gas compositions in process control applications. Fourier transform IR spectrometers and nondispersive IR sensors provide the real-time data necessary to develop, optimize, monitor, and control industrial processes. For an examination of the technology, see The IR Fingerprint. (Photo courtesy of On-Line Technologies, Inc.)


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