Mark Feuer
机构: CUNY-College of Staten Island, AT&T, JDSU
每年引用次数
引用次数
引用: 3,780
H-指数: 32
I10-指数 : 95
出版物: 240
Toward more dynamic optical networking
S. L. Woodward , M. D. Feuer
OECC 2010 Technical Digest 114 -115
8
2010
Cost optimization using regenerator site concentration and routing in ROADM networks
R. Doverspike , B. G. Bathula , S. L. Woodward , Guangzhi Li
design of reliable communication networks 139 -147
6
2013
Integrated quantum well modulator, field effect transistor, and optical detector
M. D. Feuer , David A. B. Miller , J. E. Henry , D. J. Burrows
conference on lasers and electro-optics
8
1988
Threshold voltage of submicron Ga(0.47)In(0.53)As HIGFETs
M. D. Feuer , S. C. Shunk , J. M. Kuo , B. Tell
ElL 25 975
1
1989
Joint Digital Signal Processing Receivers for Spatial Superchannels
M. D. Feuer , L. E. Nelson , X. Zhou , S. L. Woodward
IEEE Photonics Technology Letters 24 ( 21) 1957 -1960
96
2012
Coherent Performance Monitoring for Telecom Signals
J. M. Oh , M. Brodsky , L. E. Nelson , G. Cadena
Coherent Optical Technologies and Applications (2008), paper CWC5
2008
Massively-scaleable highly-dynamic optical node design
S. L. Woodward , M. D. Feuer , J. L. Jackel , A. Agarwal
optical fiber communication conference 1 -3
19
2010
Advanced ROADM networks
M. D. Feuer , Sheryl L. Woodward
optical fiber communication conference 1 -3
18
2012
ROADM system for space division multiplexing with spatial superchannels
M. D. Feuer , L. E. Nelson , K. Abedin , X. Zhou
optical fiber communication conference 1 -3
81
2013
Demonstration of joint DSP receivers for spatial superchannels
M. D. Feuer , L. E. Nelson , X. Zhou , S. L. Woodward
photonics society summer topical meeting series 183 -184
13
2012
High‐speed InP/InGaAsP metal‐semiconductor field‐effect transistors grown by chloride vapor phase epitaxy
A. Antreasyan , P. A. Garbinski , V. D. Mattera , M. D. Feuer
Applied Physics Letters 54 ( 2) 176 -178
1989
Microwave properties of traveling‐wave InGaAs/InGaAlAs quantum‐well optical waveguide modulators
M. M. Mihailidi , J. E. Zucker , M. D. Feuer , M. N. Khan
Microwave and Optical Technology Letters 10 ( 4) 204 -207
4
1995
Negative electron affinity based vacuum collector transistor
M. D. Williams , M. D. Feuer , S. C. Shunk , N. J. Sauer
Journal of Applied Physics 71 ( 6) 3042 -3044
6
1992
Spatial Superchannel Routing in a Two-Span ROADM System for Space Division Multiplexing
L. E. Nelson , M. D. Feuer , K. Abedin , X. Zhou
Journal of Lightwave Technology 32 ( 4) 783 -789
133
2014
Step‐edge fabrication of ultrasmall Josephson microbridges
M. D. Feuer , D. E. Prober
Applied Physics Letters 36 ( 3) 226 -228
15
1980
Fabrication of 300‐Å metal lines with substrate‐step techniques
D. E. Prober , M. D. Feuer , N. Giordano
Applied Physics Letters 37 ( 1) 94 -96
86
1980
Sensitivity of interferometric OSNR measurements techniques to the variation in signal extinction ratio
M. Brodsky , J. M. Oh , L. E. Nelson , M. D. Feuer
european conference on optical communication 1 -2
2
2008
Highly Reproducible Optoelectronic Wafer Probes with Fiber Input
M. D. Feuer , S. C. Shunk , M. C. Nuss , P. R. Smith
Ultrafast Electronics and Optoelectronics (1993), paper I2
3
1993
Fabrication of submicron Josephson microbridges using optical projection lithography and liftoff techniques
M. D. Feuer , D. E. Prober , J. W. Cogdell
AIP Conference Proceedings 44 ( 1) 317 -321
4
1978
Interferometric optical signal-to-noise ratio measurements of telecom signals with degraded extinction ratio
J. M. Oh , M. Brodsky , L. E. Nelson , G. Cadena
Optics Letters 33 ( 18) 2065 -2067
17
2008