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Influence of various PCS spectrum allocation schemes on the ability to share spectrum with incumbent microwave users in the 1850-1990 MHz band

机译:各种PCS频谱分配方案对与1850-1990 MHz频带内的现有微波用户共享频谱的能力的影响

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The success of personal communication services (PCS) rests in the ability to share spectrum with incumbent microwave users in the 1850-1990-MHz band. Spectrum allocations from 20 MHz to 40 MHz per PCS licensee are being considered by the FCC. While it may be possible to make some spectrum available by negotiating relocation agreements with certain of the microwave users in a given MSA, local government users may remain co-primary operators in the band indefinitely. The results of computer modeling indicate that these remaining local government microwave systems may greatly inhibit and even prevent the deployment of a PCS system in a given band depending upon the spectrum allocation scheme. The authors explore the 20-MHz, 30-MHz, and 40-MHz PCS allocation schemes and compare the amounts of available spectrum under each allocation scheme. In addition, they examine these spectrum availability amounts considering the influence of local government microwave paths. The conclusion is that the larger spectrum allocation schemes will greatly facilitate the deployment of interference-free PCS systems.
机译:个人通信服务(PCS)的成功在于与1850-1990-MHz频段的现有微波用户共享频谱的能力。 FCC正在考虑每个PCS被许可方从20 MHz到40 MHz的频谱分配。尽管可以通过与给定MSA中的某些微波用户协商搬迁协议来提供某些频谱,但地方政府用户可能会无限期地保持该频段的共同主要运营商。计算机建模的结果表明,这些剩余的地方政府微波系统可能会极大地抑制甚至阻止PCS系统在给定频段中的部署,具体取决于频谱分配方案。作者探索了20 MHz,30 MHz和40 MHz PCS分配方案,并比较了每种分配方案下的可用频谱量。此外,他们还考虑了地方政府微波路径的影响,研究了这些频谱可用量。结论是,更大的频谱分配方案将极大地促进无干扰PCS系统的部署。

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