1.&n=
bsp;
F.J. Effenbe=
rger,
“Passive Optical Networking,” Short course at OFC’10, Mar.
2010.
2.&n=
bsp;
F.J. Effenbe=
rger,
“Tutorial on XG-PON,” OFC’10, Mar. 2010.
3.&n=
bsp;
F.J. Effenbe=
rger,
“NG-PON: Enabling technologies for metro-access convergence,” S=
PIE
OPTO’10, Jan. 2010.
4.&n=
bsp;
F.J. Effenbe=
rger,
Jun-ichi Kani, and Yoichi Maeda, “Standar=
dization
trends and perspective views on the next generation of broadband optical ac=
cess
systems,” IEEE J. on Sel. Areas of Commun=
., in
press.
5.&n=
bsp;
F.J. Effenbe=
rger
and Jun-ichi Kani, “Trends in standardiza=
tion
of optical access networks in ITU-T,” IEICE Trans. Commun.
Vol. E93-B, No. 2, Feb. 2010.
6.&n=
bsp;
F.J. Effenbe=
rger,
“Next Generation PON: towards 10Gb/s transmission,”
Globecom’09, Access Forum, Dec. 2009.
7.&n=
bsp;
F.J. Effenbe=
rger,
“The future of PON,” FSAN OAN workshop, =
Kyoto, Japan,
Nov. 2009.
8. F.J.
Effenberger, ITU-T rec. G.984.1 am 1, Oct 2009.
9. F.J.
Effenberger, ITU-T rec. G.984.5 am 1, Oct 2009.
10. F.J. =
Effenberger,
ITU-T rec. G.984.6 am 1, Oct 2009.
11.&=
nbsp; F.J. Effenberger, “Next Generation PON: Les=
sons
Learned from G-PON and GE-PON,” ECOC’09, Sep 2009. <=
/span>
12.&=
nbsp; F.J. Effenberger, T.S. El-Bawab, “Passive O=
ptical
Networks (PONs): Past, Present, and Future,” Elsevier Opt. Switching =
and
Networking, Vol. 6, No. 3, pp. 143-150, July 2009.
13.&=
nbsp; F.J. Effenberger and Huafeng Lin, “Backward
Compatible Coexistence of PON Systems,” NFOEC’09, Mar. 2009.
14.&=
nbsp; F.J. Effenberger, Fan Yu, Zh=
enping
Wang, and Jianhe Gao, “A 9b10b line code for 2.5Gb/s PONs,”
OFC’09, Mar. 2009.
15.&=
nbsp; Sui Meng, Weilong Ouyang, Wei Lin, Yuanqiu Luo, F=
.J.
Effenberger, “Distribution of Time-of-day over G-PON,” NIST
WSTS’09, March 2009.
16.&=
nbsp; F.J. Effenberger and Feng Wang, “Tech trends in
standards concerning FTTx,” SPIE APOCR=
17;08,
Oct. 2008.
17. F.J.
Effenberger, “Inter-connected Concepts: Towards a Common PON
System,” ITU-IEEE joint workshop on optical access, June 2008.
18. F.J.
Effenberger and Sui Meng, “In-band optical frequency domain reflectom=
etry
in PONs,” OFC’08, Feb. 08.
19. F.J.
Effenberger, ITU-T rec. G.984.2 am 2, Feb 08.
20. F. J.
Effenberger and Kenji Nakanish=
i,
ITU-T rec. G.984.1 Rev, Feb 08.
21. F. J.
Effenberger and Denis Khotimsky, ITU-T rec. G.984.3 Rev, Feb 08.
22. F. J.
Effenberger and Michael Rasztoviz-Weich, ITU-T rec. G.984.6, Feb 08.
23. F.J.
Effenberger, “PON as a driver for optical components,” in 8th
Int’l Workshop on Optical Networking Technologies, Globecom’07,
2007.
24. F. J.
Effenberger and David Hood, ITU-T rec. G.984.4 Rev, Jun 2007.
25. F. J.
Effenberger, et al., “An Introduction to PON Technologies,” IEEE
Communication Magazine, Mar 2007.
26. F. J.
Effenberger, “Passive Optical Networking Update: G-PON,” I=
EEE
Communication Magazine, Mar. 2007. <=
/span>
27. F. J.
Effenberger, Kent McCammon, Vincent O’Byrne, “Passive Optical
Network deployment in North America,R=
21;
Journal of Optical Networking, OSA web journal. Mar 2007.
28. Chief
Editor, “G.983.2”, ITU-T rec. G.983.2 Rev2 Amendment 2 Nov 2006=
.
29. Chief
Editor, “G.984.3”, ITU-T rec. G.984.3 Amendment 3, Nov 2006.
30. Chief
Editor, “G.984.4”, ITU-T rec. G.984.4 Amendment 3, Nov 2006.
31. Barry
Colella, Frank J. Effenberger, Cory Shimer, Feng Tian, “Raman Crossta=
lk
Control in Passive Optical Networks,” NFOEC’06, Mar 2006
32. Chief
Editor, “G.983.2 Rev. 2. Am 1”, ITU-T rec. G.983.2 R2 A1 Feb 20=
06.
33. Chief
Editor, “G.984.3”, ITU-T rec. G.984.3 Amendment 2, Feb 2006.
34. Chief
Editor, “G.984.2 Am. 1”, ITU-T rec. G.984.2 A1, Feb 2006.
35. Chief
Editor, “G.983.2 Implementers Guide”, ITU-T rec. G.983.2 ig1, F=
eb
2006.
36. F. J.
Effenberger, “Fiber to the Premises in North A=
merica,”
Fiber Communications Conference, June 2005.
37. Chief
Editor, “G.983.2”, ITU-T rec. G.983.2 Revision 2, May 2005.
38. Chief
Editor, “G.984.3”, ITU-T rec. G.984.3 Amendment 1, May 2005.
39. F. J.
Effenberger, “Passive Optical Networks Standards and Regulatory
Environment,” Invited presentation, OFC’05, Mar 2005.
40. F. J.
Effenberger, “Residential Broadband PON (B-PON) systems,” book
chapter.
41. Chief
Editor, “G.983.1”, ITU-T rec. G.983.1 Revised, Nov. 2004.
42. J. Wa=
ng, M.
Aviles, F. J. Effenberger, R. Howald, “Mitigation of Raman Crosstalk =
in
BPON Applications,” FTTH
council annual conference, Oct. 2004.
43. J. St=
rater,
F. Effenberger, “Video: Have a Byte or Catch a Wave?” FTTH coun=
cil
annual conference, Oct. 2004.
44. Micha=
el
Aviles, Kerry Litvin, Jun Wang, Barry Colella, Frank J. Effenberger, Feng T=
ian,
“Raman crosstalk in video overlay passive optical networks,”
OFC’04, Feb 2004.
45. F. J.
Effenberger, “Passive Optical Networking,” Short Course prepared
for ASEM consulting, Singapore,
2003.
46. Chief
editor, “Gigabit-capable Passive Optical Networks (GPON): Transmission
Convergence (TC) layer Specification,” ITU-T rec. G.984.3, Oct.
2003.
47. F. J.
Effenberger, “Fiber to the Premises - Technology, Business, and
Evolution,” KMI Newport<=
/st1:place>
Conference, Sep. 2003.
48. F. J.
Effenberger, K. McCammon, D. Cleary, “Analog Video and PON Optical Lo=
ss
Variations,” NFOEC’03. <=
/span>
49. F. J.
Effenberger, E. Shraga, “Status of=
GPON
and B-PON Standards,” NFOEC’03.
50. F. J.
Effenberger, “Analog Video over Passive Optical Networks,” Wireless and Optical Communications
Conference, Apr. 2003.
51. Contr=
ibuting
editor, “Gigabit-capable Passive Optical Networks (GPON): Physical Me=
dia
Dependent (PMD) layer Specification,” ITU-T rec. G.984.2, Jan. 2003.<=
span
style=3D'mso-spacerun:yes'>
52. Contr=
ibuting
Editor, “G.983.1 Amendment 2,” ITU-T rec. G.983.1A2, Jan 2003.<=
span
style=3D'mso-spacerun:yes'>
53. F. J.
Effenberger, “Cost – Capacity – protocol trade-offs in PON
systems,” NFOEC’02.
54. F. J.
Effenberger, “Methods for PON reach enhancement,” 11th Int̵=
7;l
Workshop on Optical / Hybrid Access Networks, June 2002.
55. F. J.
Effenberger, “Economical WDM upgrades for PON systems,” 11th
Int’l Workshop on Optical / Hybrid Access Networks, June 2002.
56. F. J.
Effenberger, H. Ichibangase, H. Yamashita, “Advances in Broadband Pas=
sive
Optical Networking Technologies,” IEEE Communications Magazine, Vol. =
39,
No. 12, 118-124, Dec. 2001.
57. Edito=
r,
“G.983.1 Amendment 1,” ITU-T rec. G.983.1A1, Oct. 2001.
58. Contr=
ibuting
editor, “A broadband optical access system with increased service
capability using dynamic bandwidth assignment,” ITU-T rec. G.983.4, O=
ct.
2001.
59. F. J.
Effenberger, “Optical Access Networking: The Last Mile of the All-Opt=
ical
Network,” European Conference on Networks & Optical Communication=
s,
paper 8, June 2001.
60. F. J.
Effenberger, “Optical Access and the FSAN Initiative,” Wireless and Optical Communications
Conference, Apr. 2001.
61. F. J.
Effenberger and W. Wang, “ATM cont=
ract
enforcement over G.983.1 compatible ATM PON systems,” 10th Int’l
Workshop on Optical / Hybrid Access Networks, paper 3.2, Apr. 2001.
62. Contr=
ibuting
editor, “A broadband optical access system with increased service
capability by wavelength allocation,” ITU-T rec. G.983.3, Feb. 2001. =
63. F. J.
Effenberger, “IP-centric Passive Optical Network (IP-PON),”
NFOEC’99, 300-305, (1999).
64. F. J.
Effenberger, R. C. Menendez, “Hybrid copper fiber coax access
network,” NFOEC’99, 147-156, (1999).
65. F. J.
Effenberger and M. W. Little, “Adaptive dispatching for distributed
resource vulnerability assesment in military networking environments,”
Advanced Telecommunication Information Research Program Consortium, Apr.
1999.
66. F. J.
Effenberger, V. K. Malhotra, “IFC Analysis and Operations Issues for
Aerial Overbuild Deployments of FTTH,” Bellcore-BellSouth Horizons Del. EALC 3.1, D=
ec.
1998.
67. F. J.
Effenberger, “Capacity Engineering of Broadcast Video over FSAN FTTH
Networks,” Bellcore-BellSouth Horizons Del. EALC 2.1, Dec 1998.
68. F. J.
Effenberger, V. K. Malhotra, “Installation and Operations Cost Analys=
es
for Fiber-to-the-Home Business Case,” Bellcore-BellSouth Horizons Del. EALC 1.1.3,=
Oct.
1998.
69. F. J.
Effenberger, “Architecture Issues Report – Revised Edition,R=
21;
Bellcore-BellSouth Horizons D=
el.
EALC 1.1.2, Oct. 1998.
70. F. J.=
Effenberger,
“Capacity Engineering of Broadcast Video over Switched Access
Platforms,” Bellcore Internal Memorandum IM-581, Oct. 1998.
71. F. J.
Effenberger, “Capacity Engineering of Access Multiplexers for a Mixed
Residential / Small-Business Area,” NFOEC’98, 255-264, (1998). =
72. F. J.
Effenberger, T. E. Chapuran, S. S. Wagner, “Design Options for ATM-Ba=
sed
FTTx Networks Delivering High-Speed Data,” Bellcore-USWEST Horizons Del. ANA 2.1, Ap=
r. 1998.
73. F. J.
Effenberger, “Explosive vapor detection prevents bombs on board,̶=
1;
OE Reports, No. 172, pp. 1,6,19, Apr. 1998.
74. F. J.
Effenberger, A. G. Mercado, “Explosive vapor detection via mid-infrar=
ed
laser spectroscopy,” Aerosense’98, Proc. SPIE 3383, 104-112 (19=
98).
75. F. J.
Effenberger, A. M. Joshi, “Ultrafast InGaAs p-i-n photodetector for
eye-safe LIDAR,” Aerosense’98, Proc. SPIE 3380, paper 22 (1998)=
.
76. F.
Effenberger, “User’s Manual - The FTTx Selector,” Bellcore
Internal Memorandum IM-579, Jan. 1998.
77. F.
Effenberger, “All about active optical fibers”- Book review, La=
ser
Focus World, 259, Jan. 1998.
78. F. J.
Effenberger, “Fiber-To-The-Home and Residential Gateway SynergiesR=
21;
Bellcore-Bellsouth Horizons D=
el
FTTH 5.1, Dec. 1997.
79. A. G.
Mercado, F. J. Effenberger, “Optical Sensor Development and Evaluation
for Trace Detection of Explosives using Tunable Mid-Infrared Laser Absorpti=
on
Spectroscopy,” Optical Sensors for Chemical Analysis I, (1997).
80. F. J.
Effenberger, “Modeling Access-Networks Statistically,”
NFOEC’97, 157-164, (1997).
81. F. J.
Effenberger, R. C. Menendez, T. E. Chapuran, “Selected Sensitivity
Analyses for FSN and Overlay-Network Alternatives,” Bellcore-Bellsouth
Horizons Del.
EALC 4.1, Sept. 1997.
82. T. E.
Chapuran, F. J. Effenberger, K. W. Lu, R. C. Menendez, M. A. Seely, S. S.
Wagner, “First-Cost Comparisons of FSN and Overlay-Network
Alternatives,”
Bellcore-Bellsouth Horizons Del. EALC 3.1, July 1997.
83. T. E.
Chapuran, F. J. Effenberger, R. C. Menendez, “ATM-Based FTTx
Architectures for Delivering Business Services,” Bellcore-PacBell
Horizons Del. 2.7, June 1997.
84. F. J.
Effenberger, R. C. Menendez, M. A. Seely, “Fiber-to-the-Home (FTTH)
Analysis of Clustered Splitter Deployment,” Bellcore Technical Memora=
ndum
TM-25763, May 23, 1997.
85. LiChu=
an
Tsai, F. J. Effenberger, “Experimental Testing of the Push-Pull
Transmitter Concept,” Bellcore Technical Memorandum IM-569, Dec. 1996=
.
86. F. J.
Effenberger, “Network Powering of Constant Power Loads,” Bellco=
re
Technical Memorandum IM-568, Dec. 1996.
87. R. C.
Menendez, F. J. Effenberger, M. A. Seely, M. I. Eiger, and K. W. Lu,
“Cost Comparisons of FTTC and FTTH for Various Demands and
Densities,” VIII Int’l Workshop on Optical / Hybrid Access
Networks, (1997).
88. F. J.
Effenberger, K. W. Lu, “An Overview of FTTH Networks - Past
History, Current Status, and Future Designs,” Broadband Access System=
s,
Proc. SPIE 2917, 293-304 (1996).
89. H. S.=
Wang,
F. J. Effenberger, P. LiKamWa, A. Miller, “Ultrafast cross-well carri=
er
transport in a strained multiple quantum well InGaAs/GaAs pin modulator,=
221;
IEEE J. of Quant. Electron. 33, 192-197, (1996).
90. F. J.
Effenberger, R. C. Menendez, M. A. Seely, M. I. Eiger, and K. W. Lu,
“Cost Comparisons of FTTH and FTTC Access Architectures,” Bellc=
ore
Technical Memorandum, TM-25594 Sept. 1996.
91. F. J.
Effenberger, K. W. Lu, “Evaluation of Signal Format for FTTH,”
NFOEC’96, 399-408, (1996).
92. F. J.
Effenberger, “Efficient Optical Transmission of NTSC Video,”
NFOEC’96, 311-322, (1996).
93. F. J.
Effenberger, K. W. Lu, “Evaluation of Signal Formats for FTTH,”
Bellcore Technical Memorandum, TM-25254, July 1996.
94. R. C.
Menendez, F. J. Effenberger, M. A. Seely, K. W. Lu, P. W. Shumate,
“Installed-First-Cost Analysis of FTTH Architectures,” Bellcore
Technical Memorandum, TM-25555, July 1996.
95. F. J.
Effenberger, R. C. Menendez, P. W. Shumate, D. J. Sills, K. W. Lu,
“Overview and Comparisons of FTTH Architectures,” Bellcore
Technical Memorandum TM-25474, May 1996.
96. F. J.
Effenberger, A. M. Joshi, “Ultrafast, Dual-Depletion Region, InGaAs /=
InP
p-i-n Detector,” J. of Lightwave Tech. 14, 1859-1864, (1996).
97. F. J.
Effenberger, G. D. Boreman, “MTF-enhanced readout for SPRITE
detectors,” Appl. Opt. 35, 1022-1024 (1996).
98. F. J.
Effenberger, G. D. Boreman, “Modal analysis of noise in SPRITE
detectors,” Appl. Opt. 35, 566-571 (1996).
99. F. J.
Effenberger, G. D. Boreman, “Dual-carrier transport model of SPRITE
detectors,” Solid-State Electron. 39, 217-223 (1996).
100.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. D. Boreman, “Modal anal=
ysis
of carrier transport in SPRITE detectors,” in CLEO, Vol. 15, 1995 OSA
Technical Digest Series (OSA, Washington, D.C., 1995), 357.
101.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
A. M. Joshi, F.J. Effenberger, L. Aina, W. Qi,
“Dual depletion, double pass InGaAs photo-detectors for efficient, hi=
gh
speed operation,” in CLEO, Vol. 15, 1995 OSA Technical Digest Series
(OSA, Washington, D.C., 1995), 293.
102.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. D. Boreman, “Modal Anal=
ysis
of SPRITE Transport Processes,” in Infrared Imaging Systems: Design,
Analysis, Modeling, and Testing VI, Vol. 2470, (SPIE, Bellingham, Wa, 1995),
124-133.
103.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. D. Boreman, “Modal Anal=
ysis
of SPRITE Noise Spectra,” in Infrared Imaging Systems: Design, Analys=
is,
Modeling, and Testing VI, Vol. 2470, (SPIE, Bellingham, Wa, 1995), 350-358.=
104.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, “A method for the linear
readout of thermistors,” Electronic Design, 43, No. 22, 104-106 (1995=
).
105.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. D. Boreman, “Modal anal=
ysis
of transport processes in SPRITE detectors,” Appl. Opt. 34, 4651-4661,
(1995).
106.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, A. M. Joshi, “Optical Reso=
nant
Detection,” Opt. Eng.,
34, 1094-1097 (1995).
107.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
A. M. Joshi, F. J. Effenberger, M. Grieco, G. H. Fe=
ng,
W. Zhong, and J. Ott, “Monolithic InGaAs-on-Silicon Detector with a C=
MOS
Switched Capacitor Integrator”, in Fiber Optic Materials and Componen=
ts,
Vol. 2290, (SPIE, Bellingham, Wa, 1994), 430-437.
108.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. J. Dixon,
“Gradient-index-mirror solid-state lasers,” Appl. Opt. 33, 5537=
-5541
(1994).
109.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. J. Dixon, “Optical
parametric oscillator threshold reduction via intracavity seeding,” in
CLEO, Vol. 8, 1994 OSA Technical Digest Series (OSA, Washington, D.C., 1994=
),
94.
110.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. J. Dixon, “Intracavity =
difference
frequency generation,” in CLEO, Vol. 8, 1994 OSA Technical Digest Ser=
ies
(OSA, Washington, D.C., 1994), 380-381.
111.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. J. Dixon, “3.35 mm
Intra-cavity Difference Frequency Generator with Single Pump Input,” =
LEOS
Ann. Meeting 1993, Vol. 6 (IEEE/LEOS, Piscataway, NJ, 1993), 328-329.
112.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. J. Dixon, "GRIN-mirror,
diode-pumped, Nd:YAG laser,” in CLEO, Vol. 11, 1993 OSA Technical Dig=
est
Series (OSA, Washington, D.C., 1993), 438.
113.<=
span
style=3D'font:7.0pt "Times New Roman"'> =
F. J. Effenberger, G. J. Dixon, "2.95 mm Intra-cavity
Difference Frequency Laser," in Advanced Solid State Lasers, Vol. 2, 1=
993
OSA Technical Digest Series (OSA, Washington, D.C., 1993) 95-96.
Patents
Granted:
1. US
7,424,229. F. J. Effenberger,
“Methods and apparatus for Raman crosstalk reduction via idle =
data
pattern control.”
2. US
7,020,394. H. Zhang, K. Lee, =
F. J.
Effenberger, “Method and apparatus for path selection and wavelength
assignment in an optical network.”&n=
bsp;
3. US
6,690,892. F. J. Effenberger, “Method and Apparatus for controlling d=
elay
in a shared communications network.”
4.
US 5,930,018. F. J. Effenberger, “Method a=
nd
apparatus for controlling communications in a passive optical network.”&nb=
sp;
5.
US
5,841,563. F. J. Effenberger,
“Method and system for efficient optical transmission of NTSC
video.”
Filed:
1. US app =
11/677,336
F. J. Effenberger, “Op=
tical
Network Terminal Management and Control Interface (OMCI) Containing a
Description of the OMCI.”
2. US app =
11/677,346 F. J. Effenberger,
“Asymmetrical PON with Multiple Return Channels.”
3. US app =
11/0679,017
F. J. Effenberger, “Sy=
stem
for Random Channel Assignment in WDM Based Passive Optical Networks.”=
4. US app =
11/740,993
F. J. Effenberger, “Pa=
rtially
Tuned ONU WDM-PON.”
5. US app =
11/765,637
F. J. Effenberger, “Forward error correction for 64b66b Coded
Systems.”
6. US app =
11/852,472
F. J. Effenberger, “High capacity optical frequency division multiple
access passive optical network.“
7. US app =
11/874,978
F. J. Effenberger, “Method and apparatus for applying forward error
correction in 64b66b Coded systems.”
8. US app =
60/969,313
F. J. Effenberger, Huafeng Lin, “Backward compatible PON.”
9. US app =
60/890,943
F. J. Effenberger, “In-band OFDR“
10. US app =
60/915,052
F. J. Effenberger, “9b10b Code For PON.“
11. US app =
60/915,041
F. J. Effenberger, “PON topology estimation.“
12. US app =
60/915,038
F. J. Effenberger, “Multirate multiwavelength optical burst detector.=
“
13. US app.=
60/940,729
F. J. Effenberger, “Interleaving for 10G GPON.”
14. US app =
61/018,800
F. J. Effenberger, Wei, “Burst Power Measurements Using Averaged Power
Measurement.”
15. US. A=
pp 61/020,522 F.J. Effenberger, “Burst mod=
e soft
start pattern.“