| 781 | -- | 0 | Paul E. Green Jr.. Editorial Announcement: A New Editor for the TRANSACTIONS |
| 782 | -- | 783 | Peter K. Runge, Patrick R. Trischitta. Guest Editorial: Undersea Lightwave Communications |
| 784 | -- | 793 | Peter K. Runge, Patrick R. Trischitta. The SL Undersea Lightwave System |
| 794 | -- | 800 | Hiroshi Fukinuki, Takeshi Ito, Mamoru Aiki, Yoshihiro Hayashi. The FS-400M Submarine System |
| 801 | -- | 806 | Pierre Franco, Jean-Pierre Trezeguet, Jean Thiennot. S 280-A New Submarine Optical System |
| 807 | -- | 812 | Yasuhiko Niiro. The OS-280M Optical-Fiber Submarine Cable System |
| 813 | -- | 818 | S. Wallace Dawson Jr., Jose F. Riera, Elaine K. Stafford. CTNE Undersea Lightwave Inter-Island System |
| 819 | -- | 826 | George A. Heath, Martin Chown. The UK-Belgium No 5 Optical Fiber Submarine System |
| 827 | -- | 831 | J. J. McNulty. A 150-km Repeaterless Undersea Lightwave System Operating at 1.55um |
| 832 | -- | 841 | Suzanne R. Nagel. Review of the Depressed Cladding Single-Mode Fiber Design and Performance for the SL Undersea System Application |
| 842 | -- | 847 | Kiyofumi Mochizuki, Y. Namihira, M. Kuwazuru, M. Nunokawa. Influence of Hydrogen on Optical Fiber Loss in Submarine Cables |
| 848 | -- | 855 | Shigeki Sakaguchi. Drawing of High-Strength Long-Length Optical Fibers for Submarine Cables |
| 856 | -- | 863 | Yutaka Sasaki, Toshihito Hosaka, Juichi Noda. Polarization-Maintaining Optical Fibers Used for a Laser Diode Redundancy System in a Submarine Optical Repeater |
| 864 | -- | 872 | Ali Adl, Ta-Mu Chien, Tek-Che Chu. Design and Testing of the SL Cable |
| 873 | -- | 878 | Peter Worthington. Cable Design for Optical Submarine Systems |
| 879 | -- | 885 | Yukiyasu Negishi, Koushi Ishihara, Yasuji Murakami, Nobuyuki Yoshizawa. Design of Deep-Sea Submarine Optical Fiber Cable |
| 886 | -- | 895 | Jean-Pierre Trezeguet, Pierre Ollion, Pierre Franco, Jean Thiennot. The Submarine Optical Cable of the Submarcom S 280 System |
| 896 | -- | 902 | Yuichi Shirasaki, Kenichi Asakawa, Junichi Kojima, Yoshinao Iwamoto, Masanori Ohkubo. Development of Optical Fiber/Power Line Composite Tether Cable for a Remotely Operated Unmanned Submersible |
| 903 | -- | 909 | Michael W. Perry, Gordon A. Reinold, Paul A. Yeisley. Physical Design of the SL Repeater |
| 910 | -- | 915 | Iwao Kitazawa, Haruo Okamura, Shinji Nakamura. FS-400M Submarine Optical Repeater Housing |
| 916 | -- | 922 | Yoshihiko Yamazaki, Yoshihiro Ejiri, Kahei Furusawa. Design and Test Results of an Optical Fiber Feedthrough for an Optical Submarine Repeater |
| 923 | -- | 928 | Shigendo Nishi, Nobuharu Takahara. Optical-Fiber Feedthrough in Pressure Housing |
| 929 | -- | 934 | Michael W. Perry, Gordon A. Reinold, Paul A. Yeisley. Physical Design of the SL Branching Repeater |
| 935 | -- | 940 | David G. Ross, Robert M. Paski, David G. Ehrenberg, Glen M. Homsey. A Highly Integrated Regenerator for 295.6 Mbit/s Undersea Optical Transmission |
| 941 | -- | 949 | Jean Yves Fourrier, Jean Pierre Pestie. A Very High Reliability Fast Bipolar IC Technology for Use in Undersea Optical Fiber Links |
| 950 | -- | 956 | Hiroharu Wakabayashi, Kohichi Tatekura, Hiroaki Yano, Yasuhiko Niiro. Design and Experimental Results of the OS-280M Optical Submarine Repeater Circuits |
| 957 | -- | 965 | Robert L. Rosenberg, Christodoulos Chamzas, Daniel A. Fishman. Timing Recovery with SAW Transversal Filters in the Regenerators of Undersea Long-Haul Fiber Transmission Systems |
| 966 | -- | 972 | Paul A. Dawson, S. Paul Rogerson. An Undersea Fiber-Optic Regenerator Using an Integral-Substrate Package and Flip-Chip SAW Mounting |
| 973 | -- | 978 | Mamoru Ohara, Tsutomu Kamoto, Shuichi Kanamori. Integrated Optical Submarine Repeater Circuits Using a High Reliability Process Technology |
| 979 | -- | 984 | Lewis E. Miller. Ultra-High Reliability Ultra-High Speed Silicon Integrated Circuits for Undersea Optical Communications Systems |
| 985 | -- | 991 | Y. Nakano, H. Sudo, G. Iwane, T. Matsumoto, Tetsuhiko Ikegami. Reliability of Semiconductor Lasers and Detectors for Undersea Transmission Systems |
| 992 | -- | 999 | Fridolin Bosch, G. M. Palmer, Charles D. Sallada, C. Burke Swan. Compact 1.3-um Laser Transmitter for the SL Undersea Lightwave System |
| 1000 | -- | 1007 | Peter J. Anslow, Jeffrey G. Farrington, Isobel J. Goddard, W. Throssell. System Penalty Effects Caused by Spectral Variations and Chromatic Dispersion in Single-Mode Fiber-Optic Systems |
| 1008 | -- | 1014 | Michael L. Snodgrass, Richard Klinman. A High Reliability High Sensitivity Lightwave Receiver for the SL Undersea Lightwave System |
| 1015 | -- | 1019 | Stan Kaufman, Robert L. Reynolds, George L. Loeffler. An Optical Switch for the SL Undersea Lightwave System |
| 1020 | -- | 1026 | Shunsuke Tsutsumi, Yasutaka Ichihashi, Masatayo Sumida, Huruo Kano. LD Redundancy System Using Polarization Components for a Submarine Optical Transmission System |
| 1027 | -- | 1030 | Jean-Claude Lacroix. Dialogue Channels Used for Remote Supervision and Remote Control of the Underwater Plant in Submarine Digital Telephone Links Using Optical Fibers |
| 1031 | -- | 1037 | Cleo D. Anderson, David Louis Keller. The SL Supervisory System |
| 1038 | -- | 1041 | Jean-Claude Lacroix. Line Signals in Submarine Digital Telephone Links Using Optical Fibers |
| 1042 | -- | 1046 | J. Lance Fromme, M. D. Tremblay. Terminal Transmission Equipment (TTE) for the SL Undersea Lightwave System |
| 1047 | -- | 1055 | Richard E. Wagner. Future 1.55-µm Undersea Lightwave Systems |