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2. [Back cover].
3. First symposium on vehicular communications systems.
4. Third symposium on vehicular communications systems.
5. [Back cover].
6. [Back cover].
7. [Back cover].
8. A single-frequency communications system.
9. [Back cover].
10. [Back cover].
11. [Back cover].
12. Normal and emergency control of a string of vehicles by fixed reference sampled-data control.
13. Some characteristics of mobile radio propagation at 836 MHz in the Philadelphia area.
14. The accuracy of vehicle location by trilateration in a dense urban environment.
15. Note on FM transmission of video between moving vehicles over a flat earth.
16. Conversion of a VHF communications system from standard to tone squelch.
17. Second symposium on vehicular communications systems.
18. [Back cover].
19. [Back cover].
20. [Back cover].
21. [Back cover].
22. [Back cover].
23. [Back cover].
24. [Back cover].
25. Capability of the FCC mobile monitoring van.
26. Physical principles of the zirconia exhaust gas sensor.
27. An approach to estimating land mobile radio coverage.
28. Measurements of amplitude probability distributions and power of automobile ignition noise at HF.
29. Guest editorial.
30. [Back cover].
31. Twentieth annual conference on vehicular technology.
32. A multipath fading simulator for mobile radio.
33. The elevation angle of mobile radio signal arrival.
34. Effects on correlation between two mobile radio base-station antennas.
35. Statistical estimation of mean signal strength in a Rayleigh-fading environment.
36. A mobile wide-band measurement system for urban man-made noise.
37. A UHF mobile telephone system using digital modulation: Preliminary study.
38. Automatic route control system.
39. Determination of service area for VHF/UHF land mobile and broadcast operations over irregular terrain.
40. Electrical systems for hybrid vehicles.
41. Antennas buried in a roadway for vehicular traffic communications.
42. Dual SCR chopper as a motor controller for an electric car.
43. Analysis of multiplex techniques for land mobile radio service.
44. Future vehicle detection concepts.
45. Receiver intermodulation: Enforcing the square law.
46. The effects of cochannel interference on the parameters of a small-cell mobile telephone system.
47. Alarm and identification features of the Southern California rapid transit district bus radio system.
48. IEEE test procedure for frequency-modulated mobile communications receivers.
49. [Front cover and table of contents].
50. [Front cover and table of contents].
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