Bullets IEEE 1451P Standard for Smart Transducer Interface

 

IEEE 1451 family of standards, Smart Transducer Interface Standards for Sensors and Actuators. These standards define common communication interfaces and TEDS formats to enable interoperability between wired and wireless sensors and networks, instruments, and distributed measurement systems.

 

 

Papers, Articles and References

Sponsored Links:

 

 

IEEE P1451.5 logo

 

1. Folder James Wiczer, A Summary the IEEE-1451 Family of Transducer Interface Standards

2. Folder

Lee, Kang, The Smart Transducers Interface Standard, IEEE P1451, NIST Workshop on Data Exchange at the Construction Site, NIST, Gaitherthburg, MD, May 2003 

3. Folder

R.N. Johnson, Proposed IEEE Standard P1451.0

4. Folder

Jens Hult, IEEE 1451 Family Overview

5. Folder

Anna Liao, IEEE 1451: Smart Sensor Networking

6. Folder

Yurish S.Y., IEEE 1451 Standard and Frequency Output Sensors: How to Obtain a Broad-Based Industry Adoption ? Sensors & Transducers Magazine, Vol. 59, Issue 9, September 2005, pp.412-418

7. Folder

Darold Wobschall, IEEE 1451 - A UniversalTransducer Protocol Standard

8. Folder

A Unifying Standard for Interfacing Transducers to Networks - IEEE-1451.0, Presented at ISA 2005 Expo: Automation + Control., Oct. 27th. Chicago, IL
9. Folder Using IEEE's Smart Sensor Interface Standard for Web-Centric Equipment Monitoring, Reprinted from the June 2003, ISA SensorTech Journal - A Supplement to InTech. Houston, TX
10.Folder Smart Sensor Standards and the USB Model, Reprinted from Sensors Expo 2003. Rosemont, IL

11.

Lee, Kang, Schneeman, Rick , Distributed Measurement & Control Based on the IEEE 1451 Smart Transducer Interface Standard , Proceedings of the Instrumentation Measurement Conference (IMTC) 99, Venice, Italy, May 24-28, Vol. 2, 608-613, (1999)

12.

Lee, Kang, A family of Proposed Smart Transducer Interface Standards, Proceedings of Sensor Expo 98, San Jose, CA, Special Edition ADT1, Smart Sensors & Smart Sensor Communication, 32 (4), 24-27, (1998)

13.

Schneeman, Rick, Lee, Kang, Multi-Network Access to IEEE P1451 Smart Sensor Information Using World Wide Web Technology, Proceedings of Sensors Conference, Boston, MA., May 13-15, 1-19, (1997)

14.

Lee, Kang, Fronczeck, L.J., Gavin, R.J., Schneeman, Rick, PC-based Machine-tool Controller Implemented as Testbed for Smart Transducer Interface, Proceedings of the Open Architecture Control Systems and Standards Conference, International Society of Optical Engineering, Boston, MA, (November 20), (1996)

15.

Lee, Kang, Schneeman, Rick, A Standardized Approach for Transducer Interfacing: Implementing IEEE-P1451 Smart Transducer Interface Standards, Proceedings of Sensor Conference, Philadelphia, PA, October 22-24, 1996, 87-100, (1996)

16.

J. Bryzek, J., R. Grace, K. Lee, M. Pradip, J. Warrior and S. Wood, Accelerated Development of Networked Smart Transducers Through a Common Communication Interface, SENSORS - the Journal of Machine Perception; Vol. 12, No.9, pp.14-23, (September 1995)

17.

C. Yang, K.Yee, K.B. Lee and R.Gavin,  A Sensor Integration for Open Manufacturing Systems, Proceedings of the First Smart Sensor Interface Standards Workshop, pp. 207-217, Gaithersburg, MD, (March 1994)

 

Back to Standardization page

 

 

 

 


1999 - 2015 Copyright , International Frequency Sensor Association (IFSA). All Rights Reserved.


Home - News - Links - Archives - Tools - Voltage-to-Frequency Converters - Standardization - Patents - Marketplace - Projects - Wish List - e-Shop - Sensor Jobs - Membership - Videos - Publishing - Site Map - Subscribe - Search

 Members Area -Sensors Portal -Training Courses - S&T Digest - For advertisers - Bookstore - Forums - Polls - Submit Press Release - Submit White Paper - Testimonies - Twitter - Facebook - LinkedIn