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1. Wegmuller, M; Golowich, S; Giaretta, G; Nuss, M
   Evolution of the beam diameter in a multimode fiber link through offset connectors
   IEEE PHOTONICS TECHNOLOGY LETTERS
   
   M. Wegmuller et al., "Evolution of the beam diameter in a multimode fiber link through offset connectors", IEEE PHOTON, 13(6), 2001, pp. 574-576
2. Khoe, GD
   Lightwave technology: Expectations, problems, and achievements
   IEEE JOURNAL OF SELECTED TOPICS IN QUANTUM ELECTRONICS
   
   G.D. Khoe, "Lightwave technology: Expectations, problems, and achievements", IEEE S T QU, 6(6), 2000, pp. 1265-1272
3. Murugesan, K; Ravichandran, VC
   Effects of relative intensity noise on a multiwavelength OOCDMA communication system
   MICROWAVE AND OPTICAL TECHNOLOGY LETTERS
   
   K. Murugesan e V.C. Ravichandran, "Effects of relative intensity noise on a multiwavelength OOCDMA communication system", MICROW OPT, 24(5), 2000, pp. 307-311
4. Li, MJ; Saravanos, C
   Optical fiber design for field mountable connectors
   JOURNAL OF LIGHTWAVE TECHNOLOGY
   
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5. Murugesan, K; Ravichandran, VC
   Performance analysis of multiwavelength OOCDMA fiber-optic networks
   OPTICS COMMUNICATIONS
   
   K. Murugesan e V.C. Ravichandran, "Performance analysis of multiwavelength OOCDMA fiber-optic networks", OPT COMMUN, 175(4-6), 2000, pp. 353-360
6. Murugesan, K; Ravichandran, VC
   Analysis of multiwavelength OOCDMA system with laser phase noise, modal noise, MUI, and receiver noises
   MICROWAVE AND OPTICAL TECHNOLOGY LETTERS
   
   K. Murugesan e V.C. Ravichandran, "Analysis of multiwavelength OOCDMA system with laser phase noise, modal noise, MUI, and receiver noises", MICROW OPT, 23(5), 1999, pp. 299-304
7. MEENAKSHI M; RAVICHANDRAN VC
   PERFORMANCE ANALYSIS OF M-ARY SIGNALING IN FIBER OPTIC CODE-DIVISION MULTIPLE-ACCESS COMMUNICATION-SYSTEMS WITH MODAL NOISE
   Optical engineering
   
   M. Meenakshi e V.C. Ravichandran, "PERFORMANCE ANALYSIS OF M-ARY SIGNALING IN FIBER OPTIC CODE-DIVISION MULTIPLE-ACCESS COMMUNICATION-SYSTEMS WITH MODAL NOISE", Optical engineering, 37(3), 1998, pp. 961-967
8. KEMME SA; KOSTUK RK; CHUN CKY
   DYNAMIC COHERENCE MEASUREMENTS OF INDEX-GUIDED AND GAIN-GUIDED VCSEL
   IEEE photonics technology letters
   
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9. KAJITA M; KOSAKA H; YAMADA M; SUGIMOTO Y; KURATA K; TANABE T
   1-GB S MODULATION CHARACTERISTICS OF A VERTICAL-CAVITY SURFACE-EMITTING LASER ARRAY MODULE/
   IEEE photonics technology letters
   
   M. Kajita et al., "1-GB S MODULATION CHARACTERISTICS OF A VERTICAL-CAVITY SURFACE-EMITTING LASER ARRAY MODULE/", IEEE photonics technology letters, 9(2), 1997, pp. 146-148
10. RADDATZ L; WHITE IH; COLES AN
    REFLECTION SENSITIVITY OF SELF-PULSING LASERS IN MULTIMODE FIBER LINKS
    International journal of optoelectronics
    
    L. Raddatz et al., "REFLECTION SENSITIVITY OF SELF-PULSING LASERS IN MULTIMODE FIBER LINKS", International journal of optoelectronics, 11(2), 1997, pp. 101-104
11. CUNNINGHAM DG; HANSON DC; NOWELL MC; JOINER CS
    DEVELOPING LEADING-EDGE FIBEROPTIC NETWORK LINK STANDARDS
    HEWLETT-PACKARD JOURNAL
    
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12. KOIKE S; KAIZU K
    ALIGNMENT TOLERANCE MEASUREMENT USING A DFB LASER-BASED ON DEGRADATION OF SIGNAL-TO-NOISE RATIO OWING TO SPECKLE NOISE FOR SHORT-DISTANCE MULTIMODE OPTICAL-FIBER COMMUNICATION
    Electronics Letters
    
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13. WONG YM; MUEHLNER DJ; FAUDSKAR CC; BUCHHOLZ DB; FISHTEYN M; BRANDNER JL; PARZYGNAT WJ; MORGAN RA; MULLALLY T; LEIBENGUTH RE; GUTH GD; FOCHT MW; GLOGOVSKY KG; ZILKO JL; GATES JV; ANTHONY PJ; TYRONE BH; IRELAND TJ; LEWIS DH; SMITH DF; NATI SF; LEWIS DK; ROGERS DL; AISPAIN HA; GOWDA SM; WALKER SG; KWARK YH; BATES RJS; KUCHTA DM; CROW JD
    TECHNOLOGY DEVELOPMENT OF A HIGH-DENSITY 32-CHANNEL 16-GB S OPTICAL-DATA LINK FOR OPTICAL INTERCONNECTION APPLICATIONS FOR THE OPTOELECTRONIC TECHNOLOGY CONSORTIUM (OETC)/
    Journal of lightwave technology
    
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14. OLSEN CM; KUCHTA DM
    SUPERIMPOSED MICROWAVE MODULATION AT 2 TIMES THE BIT FREQUENCY - CHARACTERISTICS AND PERFORMANCE IN GBPS SYSTEMS
    Fiber and integrated optics
    
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15. HLUBINA P
    SPECTRAL AND DISPERSION ANALYSIS OF LASER SOURCES AND MULTIMODE FIBERS VIA THE STATISTICS OF THE INTENSITY PATTERN
    J. mod. opt.
    
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16. THOMSON JE; LEVESQUE H; SAVOV E; HORWITZ F; BOOTH BL; MARCHEGIANO JE
    OPTICAL WAVE-GUIDE CIRCUIT-BOARD WITH A SURFACE-MOUNTED OPTICAL RECEIVER ARRAY
    Optical engineering
    
    J.E. Thomson et al., "OPTICAL WAVE-GUIDE CIRCUIT-BOARD WITH A SURFACE-MOUNTED OPTICAL RECEIVER ARRAY", Optical engineering, 33(3), 1994, pp. 939-945
17. LALANNE P; RODIER JC; CHAVEL P; BELHAIRE E; GARDA PF
    OPTOELECTRONIC DEVICES FOR BOLTZMANN MACHINES AND SIMULATED ANNEALING
    Optical engineering
    
    P. Lalanne et al., "OPTOELECTRONIC DEVICES FOR BOLTZMANN MACHINES AND SIMULATED ANNEALING", Optical engineering, 32(8), 1993, pp. 1904-1914
18. HAHN KH; TAN MR; HOUNG YM; WANG SY
    LARGE-AREA MULTITRANSVERSE-MODE VCSELS FOR MODAL NOISE-REDUCTION IN MULTIMODE FIBER SYSTEMS
    Electronics Letters
    
    K.H. Hahn et al., "LARGE-AREA MULTITRANSVERSE-MODE VCSELS FOR MODAL NOISE-REDUCTION IN MULTIMODE FIBER SYSTEMS", Electronics Letters, 29(16), 1993, pp. 1482-1483