| 1749 | -- | 1751 | Kamilo Feher, Ronald P. Tetarenko, Paul R. Hartmann, Vasant K. Prabhu. Digital communications by radio |
| 1752 | -- | 1762 | John D. Oetting. A Comparison of Modulation Techniques for Digital Radio |
| 1763 | -- | 1770 | Jon W. Bayless, Arthur A. Collins, Robert D. Pedersen. The Specification and Design of Bandlimited Digital Radio Systems |
| 1771 | -- | 1782 | Philippe Dupuis, Michel Joindot, Alain Leclert, Dominique Soufflet. 16 QAM Modulation for High Capacity Digital Radio System |
| 1782 | -- | 1785 | Alauddin Javed, Ronald P. Tetarenko. Error Probability Upper Bound for Coherently Detected QASK Signals with Cochannel Interference |
| 1786 | -- | 1793 | Leonard Ehrman, Paul F. Mahoney. A Multimode Modem for Digital FM Radio |
| 1794 | -- | 1801 | Douglas H. Morais, Kamilo Feher. Bandwidth Efficiency and Probability of Error Performance of MSK and Offset QPSK Systems |
| 1802 | -- | 1805 | Geir Jan Sundal. Error Rate of QPRS Evaluated in Amplitude-Phase Space |
| 1806 | -- | 1809 | Nirode C. Mohanty. Detection of Narrow-Band Frequency Modulated Signal |
| 1810 | -- | 1819 | Shuji Murakami, Yukitsuna Furuya, Yoshio Matsuo, Mineo Sugiyama. Optimum Modulation and Channel Filters for Nonlinear Satellite Channels |
| 1819 | -- | 1828 | Shozo Komaki, Osamu Kurita, Tadashi Memita. QPSK Direct Regenerator with a Frequency Tripler and a Quadrupler |
| 1829 | -- | 1836 | Shozo Komaki, Akira Akeyama, Osamu Kurita. Direct Phase Regeneration of a 400 Mbit/s QPSK Signal at 1.7 GHz |
| 1837 | -- | 1841 | John L. Osterholz, Murlin K. Klukis. Spectrally Efficient Digital Transmission Using Analog FM Radios |
| 1842 | -- | 1848 | William T. Barnett. Multipath Fading Effects on Digital Radio |
| 1849 | -- | 1853 | Douglas H. Morais, Ake Sewerinson, Kamilo Feher. The Effects of the Amplitude and Delay Slope Components of Frequency Selective Fading on QPSK, Offset QPSK and 8 PSK Systems |
| 1854 | -- | 1861 | Shozo Komaki, Izumi Horikawa, Kozo Morita, Yoshiharu Okamoto. Characteristics of a High Capacity 16 QAM Digital Radio System in Multipath Fading |
| 1862 | -- | 1869 | M. Ramadan. Availability Prediction of 8 PSK Digital Microwave Systems During Multipath Propagation |
| 1870 | -- | 1876 | Carl W. Anderson, Stephen G. Barber, Rajnikant N. Patel. The Effect of Selective Fading on Digital Radio |
| 1876 | -- | 1886 | Osamu Sasaki, Tadashi Akiyama. Multipath Delay Characteristics on Line-of-Sight Microwave Radio System |
| 1887 | -- | 1895 | Mario A. Blanco, Kenneth J. Zdunek. Performance and Optimization of Switched Diversity Systems for the Detection of Signals with Rayleigh Fading |
| 1896 | -- | 1907 | York Y. Wang. Simulation and Measured Performance of a Space Diversity Combiner for 6 GHz Digital Radio |
| 1908 | -- | 1910 | Ramutis A. Zakarevicius. Group Delay Estimation with Wideband Signals |
| 1910 | -- | 1915 | Lin-Shan Lee, James M. Janky. New Radiation Limits For a Digital Radio World |
| 1916 | -- | 1928 | C. Melvil Thomas, J. Eugene Alexander, Eric W. Rahneberg. A New Generation of Digital Microwave Radios for U.S. Military Telephone Networks |
| 1928 | -- | 1937 | Harry D. Hyamson, Andrew W. Muir, J. Malcolm Robinson. An 11 GHz High Capacity Digital Radio System for Overlaying Existing Microwave Routes |
| 1938 | -- | 1945 | Walter J. Schoppe. The Navy's Use of Digital Radio |
| 1946 | -- | 1952 | Pietro Porzio Giusto. Level Division Multiplexing of Service Channels in Multilevel Digital Transmissions |
| 1953 | -- | 1958 | Izumi Horikawa, Takehiro Murase, Yoichi Saito. Design and Performances of a 200 Mbit/s 16 QAM Digital Radio System |
| 1959 | -- | 1967 | Daniel Minoli, Israel Gitman, David H. Walters. Analytical Model for Initialization of Single Hop Packet Radio Networks |
| 1968 | -- | 1971 | Kjell Aamo. An Experimental Test Loop to Assist in Designing Digital Microwave Radio Systems |
| 1971 | -- | 1973 | Ramutis A. Zakarevicius. Single-Ended Transmission Path Measurements |
| 1973 | -- | 1982 | F. Michael Clayton, P. V. Collins. The Diagnosis and Modeling of Imperfections in Digital Radio Systems |