无线生产工具- PMSE无线电-频谱扫描在巴西2018年国际汽联一级方程式世界锦标赛

M. Fehr, M. Minami, F. Filgueiras, Pia Seeger, A. Ponchet, G. Fischer
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引用次数: 0

摘要

主要的国际体育比赛,如f1大奖赛,提供了一个很好的机会来检查频谱在许多方面的使用,如操作、规则、设备、需求和所有相关专业人员、内容制作商、技术支持和当地监管机构之间的冲突。在这项工作中,频谱扫描记录在410至870 MHz的范围内进行,覆盖了2018年F1巴西大奖赛的无线PMSE麦克风。频谱扫描设备安装在两个不同的位置,国际电视台技术区(复合)使用UFABC半便携式6 GHz R&S频谱分析仪,TV Globo展台使用APWPT的半便携式3 GHz R&S频谱分析仪,位于坑线中间。这两个地点之间的距离约为2公里。该设备由专门的软件控制。无线电频谱的用途包括技术小组和电视节目制作小组本身,以及各小组及其汽车司机和一架装有摄影机的直升机上的工作人员之间的制作、传送和通讯内容。在11月9日(周五)至11日(周日)的三天正式赛事中,在英特拉格斯赛道的许多练习圈、官方分级圈和F1大奖赛本身,音频PMSE设备的许多环节都被记录下来,并对其重要数据进行持续监控。最后,将频谱记录与电视环球的协调信息进行比较。这减少了频谱记录评估中的错误。使用自2014年以来的先前报告,我们可以比较巴西F1大奖赛中使用的麦克风数量,并与同一时期意大利F1大奖赛中类似的记录程序进行对比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wireless Production Tools - PMSE Radio - Spectrum Scanning at the Brazilian 2018 FIA Formula One World Championship
Major international sporting competitions such as Formula 1 GP Championship offer a great opportunity to check the use of the frequency spectrum in many respects, such as operation, regulation, equipment, demands and conflicts between all involved professionals, content producers, technical support and local regulatory agencies. In this piece of work, spectral scanning recordings were performed in the range of 410 to 870 MHz, covering wireless PMSE microphones at the 2018 F1 GP Brazil. The spectral scanning equipment was installed at two different locations, the international technical area for the TV stations (compound) with the UFABC semi-portable 6 GHz R&S spectrum analyzer and the TV Globo booth with APWPT’s semi-portable 3 GHz R&S spectrum analyzer in the middle of the pit line. There was a distance of about 2 km between the two locations. The equipment, controlled by specialized software. The radio spectrum was in use both by the technical team and the TV content production teams themselves, as well as the production, transmission and communication content between the various teams and their car drivers and a crew in a helicopter equipped with video cameras. In the three official days of the event from November 9th Friday to 11th Sunday, during many practice laps of the Interlagos racetrack, the official classification laps and the F1 GP Race itself, many links of audio PMSE equipment were recorded, the essential data of which were continuously monitored. Finally, the spectrum recordings were compared with TV Globe's coordination information. This reduced errors in the evaluation of the spectrum recording . Using previous reports since 2014 we can compare the number of microphones used in the Brazilian F1 GP and contrast with analogous recording procedures in Italian F1 GP at the same p eriod.
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