Entry Personal Name

Number of records used in: 1

001 - CONTROL NUMBER

• control field: 144695

003 - CONTROL NUMBER IDENTIFIER

• control field: DLC

005 - DATE AND TIME OF LATEST TRANSACTION

• control field: 20240104172928.0

008 - FIXED-LENGTH DATA ELEMENTS

• fixed length control field: 171009n| azannaabn |n aaa c

010 ## - LIBRARY OF CONGRESS CONTROL NUMBER

• LC control number: no2017131057

035 ## - SYSTEM CONTROL NUMBER

• System control number: (OCoLC)oca11011878

040 ## - CATALOGING SOURCE

• Original cataloging agency: UkOxU
• Language of cataloging: eng
• Description conventions: rda
• Transcribing agency: UkOxU

046 ## - SPECIAL CODED DATES

• Start period: 20

100 1# - HEADING--PERSONAL NAME

• Personal name: Dean, Alexander G.

370 ## - ASSOCIATED PLACE

• Associated country: United States
• Other associated place: Raleigh (N.C.)
• Source of term: naf

372 ## - FIELD OF ACTIVITY

• Field of activity: Embedded computer systems
• Source of term: lcsh

373 ## - ASSOCIATED GROUP

• Associated group: North Carolina State University. Department of Electrical and Computer Engineering
• Associated group: United Technologies Research Center
• Source of term: naf

374 ## - OCCUPATION

• Occupation: College teachers
• Occupation: Electrical engineers
• Source of term: lcsh

375 ## - GENDER

• Gender: Males
• Source of term: lcsh

377 ## - ASSOCIATED LANGUAGE

• Language code: eng

670 ## - SOURCE DATA FOUND

• Source citation: Embedded systems fundamentals with ARM Cortex-M based microcontrollers, 2017:
• Information found: title page (Alexander G. Dean) page xxii (Dr. Alexander G. Dean has been a faculty member of the Department of Electrical and Computer Engineering at North Carolina State University since 2000; BS, University of Wisconsin, Madison; MS and PhD, Carnegie Mellon University; his research involves using compiler, operating system and real-time system techniques to extract more performance from commodity microcontrollers in embedded systems while reducing clock speed, energy and memory requirements; his research also includes applying these methods for low-cost control of switch-mode power converters; he has worked at United Technologies Research Center developing embedded systems and their communication network architectures; he holds 3 patents in the area; he has performed over 60 in-depth, on-site embedded software reviews for industry both domestically and internationally since 2001)