237:’s Technological Advisory Council. The council met approximately quarterly to discuss technology-related topics of interest to the FCC, in the context of airing issues and making recommendations to the FCC and the FCC's Office of Engineering and Technology. The TAC's last meeting was held in July 2006. Personick served on the board of directors for Optical Communications Products, Inc. from November 2000 through October 2007, when it was acquired by
218:'s ECE department of electrical engineering and computer science on September 1, 1998, as the first E. Warren Colehower Chair Professor of Telecommunications, and as the first director of Drexel's Center for Telecommunications and Information Networking. He acquired and managed more than $ 30 million in externally funded research contracts over 5 years. His research and teaching included calculating the
202:(customized call processing applications that depend upon customer-specific data stored in centralized “services control points”), wireless telecommunications networks, and packet-switched public telecommunications network services, including acting as the interface between the traditional telecommunications industry and the emerging
162:
technology, including publication of papers on optical receiver design, applications of optical amplifiers, and propagation in multi-mode optical fibers with mode coupling. Some of his early analysis developed a model that included what became known as "the
Personick integrals" as basic parameters
206:
industry. He managed systems engineering organizations, ranging in size from 150 to 400 and research organizations ranging in size from 100 to 150 persons. He helped shape telecommunications research policy through participation in national level committees such as the
182:
He managed organizations responsible for research and development of commercial telecommunications transmission and switching equipment, and organizations responsible for US federal government-funded research applications of optical communication technologies.
248:'s department of electrical and computer engineering on February 18, 2008, as the first Ying Wu Endowed Chair in Wireless Telecommunications until 2011. From September 1, 2011, to December 31, 2012, Personick was a senior university lecturer at NJIT.
211:, and by influencing executives of the telecommunications industry. He initiated external government-funded research projects at Bellcore as an additional source of research funding. In 1993 he predicted social changes from the technology progress.
294:(NAE) in 1992. He served on the US NAE Board on Army Science and Technology, member and chairman of other US NAE committees and panels. He co-edited a report on "Critical Information Infrastructure Protection and the Law" published by the
287:. He was the technical program committee co-chair of the 1983 Optical Fiber Communication conference, general co-chair of the 1985 Optical Fiber Communication conference, and member and chair of the John Tyndall Award committee.
1181:
417:
Charles K. Asawa; Joseph W. Austin; Michael K. Barnoski; Allan R. Jackson; Stewart D. Personick; Shi-Kay Yao (August 27, 1981). "Microbending of optical fibers for remote force measurement".
1021:
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lightwave communication project, which demonstrated the technical and economic viability of optical fiber systems. In 1976 he invented the first practical
982:
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190:(Bellcore). There, he managed organizations responsible for the creation of new telecommunications technologies. These included: fiber-to-the-home,
151:
with bachelor of electrical engineering degree in 1967 and joined Bell
Laboratories. He obtained an SM degree in 1968 and Sc.D degree in 1970 from
295:
872:
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journal editor, board of governors, director of publications, VP for member affairs, and representative on the steering committee of the
195:
930:
1196:
245:
191:
1128:
1101:
665:
353:
Willis Martin Muska; Stewart David
Personick (December 24, 1975). "Directional optical waveguide coupler and power tap arrangement".
234:
172:
628:
163:
for the capacity of optical systems. His research was used in early fiber-optic system field tests, including a 1976 experiment in
1186:
291:
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546:
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690:
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144:
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John Stone Cook; Stewart David
Personick (August 1, 1975). "Optical communication system with bipolar input signal".
842:
257:
208:
128:
124:
148:
120:
37:
284:
268:(LEOS), for career achievements and contributions to the field of optical fiber communications in April 2000.
682:
996:
1206:
187:
116:
155:
with support from Bell
Laboratories. His dissertation was on analog communication over quantum channels.
301:
He received a career achievement award from
Engineering Alumni of the City College of New York in 1998.
276:
238:
58:
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957:
199:
100:
818:
Troubleshooting
Optical Fiber Networks: Understanding and Using Optical Time-Domain Reflectometers
733:
758:
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655:
275:(IEEE), in 1983 for contributions to the theory and application of optical fiber systems, and an
261:
260:
in 1988 in recognition of distinguished service in the advancement of optics. He received the
1124:
1097:
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661:
609:(Thesis). Massachusetts Institute of Technology. Department of Electrical Engineering Thesis.
565:
542:
486:
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Steven S. Cheng; Jan Lipson; Stewart D. Personick (December 12, 1984). "Optical transmission".
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223:
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164:
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528:. Massachusetts Institute of Technology. Department of Electrical Engineering Sc.D. Thesis.
499:
467:
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403:
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339:
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385:
Charles A. Brackett; Stewart D. Personick (March 26, 1979). "Asynchronous data receiver".
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558:
535:
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1120:
Critical
Information Infrastructure Protection and the Law: An Overview of Key Issues
762:
711:
449:
Stewart D. Personick (May 10, 1985). "Shared laser lightwave transmission systems".
1118:
1091:
159:
1052:"Telecommunications and Networking Giant Joins NJIT as Wireless Telecom Chair"
476:
444:
412:
380:
348:
316:
1055:
583:. Air Force Research Laboratory, Information Directorate, Rome Research Site.
227:
104:
175:, a test instrument that became heavily used in the fiber optics industry.
793:
581:
Ultra-high-capacity Router
Switching Fabrics Using Phototonic Technologies
179:
140:
112:
108:
850:
614:
168:
65:
873:"Is There a Role for the US Government in Technology Development?"
958:"Computing the Shannon Information Capacity of an Optical Fiber"
629:"Are We Jeopardizing Our Most Important Long-Term Asset: Trust?"
517:
Noise Due to Time-varying
Current Excitation of Carbon Resistors
815:
Duwayne R. Anderson; Larry M. Johnson; Florian G. Bell (2004).
152:
41:
119:), researching optical fiber receiver design, propagation in
1182:
Members of the United States National Academy of Engineering
981:
Stewart D. Personick, Drexel University (November 6, 2001).
683:"Atlanta Fiber Systems Experiment: Optical Detector Package"
264:, sponsored by the Optical Society of America (OSA) and the
1093:
Critical Autonomous Vehicles in Support of Naval Operations
579:
Stewart D. Personick; Hongyuan Shi; Dinesh Shankar (2000).
1117:
Stewart D. Personick; Cynthia A. Patterson, eds. (2003).
734:"Photon Probe—An Optical-Fiber Time-Domain Reflectometer"
843:"Federal Networking Council Advisory Committee Members"
1078:"IEEE Fellows 1983 | IEEE Communications Society"
931:"Stewart D. Personick 2000 John Tyndall Award Winner"
681:
R. G. Smith & H. W. Reinbold (July–August 1978).
71:
Efficient analog communication over quantum channels
900:"The Telephone Transformed — Into Almost Everything"
792:. New jersey Institute of Technology. Archived from
607:
Efficient analog communication over quantum channels
526:
Efficient analog communication over quantum channels
178:
From 1978 through 1983, Personick was a manager at
233:In 2003 Personick was appointed a member of the US
158:At Bell Labs Personick conducted early research in
76:
64:
54:
33:
25:
18:
557:
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991:Institute of Electrical and Electronics Engineers
273:Institute of Electrical and Electronics Engineers
279:in 1984. At various times Personick served as
8:
1192:Massachusetts Institute of Technology alumni
635:. IEEE Communication Society. March 25, 2009
1202:New Jersey Institute of Technology faculty
95:(born 1947) is an American researcher in
15:
956:Stewart D. Personick (December 4, 2000).
560:Fiber Optics: Technology and Applications
290:Personick was elected a member of the US
600:
598:
654:Jerry D. Gibson, ed. (8 October 2018).
594:
296:United States National Research Council
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285:Optical Fiber Communication conference
266:IEEE Lasers and Electro-Optics Society
256:Personick was elected a fellow of the
7:
849:. December 20, 1996. Archived from
196:Integrated Services Digital Network
1096:. National Academies Press. 2005.
755:10.1002/j.1538-7305.1977.tb00513.x
704:10.1002/j.1538-7305.1978.tb02128.x
537:Optical fiber transmission systems
246:New Jersey Institute of Technology
192:asymmetric digital subscriber line
14:
515:Stewart D. Personick (May 1968).
271:Personick became a Fellow of the
235:Federal Communications Commission
173:optical time-domain reflectometer
127:, and the end-to-end modeling of
1217:IEEE Centennial Medal laureates
1054:. June 19, 2008. Archived from
292:National Academy of Engineering
732:S. D. Personick (March 1977).
1:
898:James Gleick (May 16, 1993).
821:. Academic Press. p. 4.
742:Bell System Technical Journal
691:Bell System Technical Journal
605:Stewart D. Personick (1970).
556:Stewart D. Personick (1985).
533:Stewart D. Personick (1981).
524:Stewart D. Personick (1970).
1123:. National Academies Press.
933:. April 2000. Archived from
188:Bell Communications Research
145:Bronx High School of Science
657:The Communications Handbook
472:Published February 10, 1987
408:Published November 25, 1980
376:Published February 28, 1978
281:IEEE Communications Society
1233:
440:Published October 16, 1984
258:Optical Society of America
209:Federal Networking Council
1197:Drexel University faculty
344:Published January 4, 1977
186:In 1983 Personick joined
147:. He graduated from the
143:in 1947 and attended the
129:fiber-optic communication
125:time-domain reflectometry
121:multi-mode optical fibers
86:
47:
1151:. yatedo. Archived from
504:Published April 14, 1987
149:City College of New York
38:City College of New York
1187:Scientists at Bell Labs
787:"Personick, Stewart D."
93:Stewart David Personick
1022:"Stewart D. Personick"
222:of optical fiber. and
139:Personick was born in
117:Telcordia Technologies
477:U.S. patent 4,658,394
445:U.S. patent 4,642,804
413:U.S. patent 4,477,725
381:U.S. patent 4,236,256
349:U.S. patent 4,076,375
317:U.S. patent 4,001,578
277:IEEE Centennial Medal
239:Oplink Communications
59:Optical communication
983:"Photonic Switching"
226:, an application of
20:Stewart D. Personick
1177:Fellows of the IEEE
1149:"Stewart Personick"
853:on October 22, 1997
200:Intelligent Network
101:computer networking
904:The New York Times
633:Debate biographies
262:John Tyndall Award
97:telecommunications
847:Official web site
796:on August 4, 2011
660:. pp. 48–6.
494:Missing or empty
462:Missing or empty
430:Missing or empty
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366:Missing or empty
334:Missing or empty
244:Personick joined
224:optical switching
216:Drexel University
214:Personick joined
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82:Robert S. Kennedy
49:Scientific career
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165:Atlanta, Georgia
103:. He worked at
78:Doctoral advisor
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790:Faculty page
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160:fiber optics
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1212:1947 births
1171:Categories
1159:2012-12-30
828:0080492363
589:References
571:0306420791
548:0306405806
496:|url=
464:|url=
432:|url=
400:|url=
368:|url=
336:|url=
298:in 2003.
228:photonics
135:Biography
131:systems.
105:Bell Labs
763:44491460
487:cite web
455:cite web
423:cite web
391:cite web
359:cite web
327:cite web
180:TRW Inc.
141:Brooklyn
113:Bellcore
1062:June 8,
1036:June 8,
1006:June 9,
966:June 9,
941:June 8,
910:June 8,
883:June 8,
857:June 8,
800:June 8,
768:June 8,
717:June 8,
712:8465489
639:June 8,
310:Patents
169:Chicago
1127:
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993:(IEEE)
825:
761:
710:
664:
568:
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252:Honors
198:, the
111:, and
66:Thesis
55:Fields
1000:(PDF)
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961:(PDF)
759:S2CID
737:(PDF)
708:S2CID
686:(PDF)
509:Books
305:Works
115:(now
1125:ISBN
1098:ISBN
1064:2013
1038:2013
1008:2013
968:2013
943:2013
912:2013
885:2013
859:2013
823:ISBN
802:2013
770:2013
719:2013
662:ISBN
641:2013
566:ISBN
543:ISBN
500:help
468:help
436:help
404:help
372:help
340:help
99:and
29:1947
26:Born
751:doi
700:doi
611:hdl
153:MIT
109:TRW
42:MIT
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