The Smart Stadium for Smarter Living project provides an end-to-end testbed for IoT innovation through a collaboration between Croke Park Stadium in Dublin, Ireland and Dublin City University, Intel and Microsoft. This enables practical evaluations of IoT solutions in a controlled environment that is small enough to conduct trials but large enough to prove and challenge the technologies. An evaluation of sound monitoring capabilities during the 2016 sporting finals was used to test the capture, transfer, storage and analysis of decibel level sound monitoring. The purpose of the evaluation was to use existing sound level microphones to measure crowd response to pre-determined events for display on big screens at half-time and to test the end-to-end performance of the testbed. While this is not the specific original purpose of the sound level microphones, it provided a useful test case and produced engaging content for the project. Analysis of the data streams showed significant packet loss during the events and further investigations were conducted to understand where and how this loss occurred. This paper describes the smart stadium testbed configuration using Intel gateways linking with the Azure cloud platform and analyses the performance of the system during the sound monitoring evaluation.
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机译:TTS CCTV NB-IoT CCTV LED LED CCTV CCTV多功能矩阵哈希功能块链智能块面板TTS广播系统房内视音频广播系统CCTV将编码图像NB-IoT维护者保留在CCTV的黑盒型区块链太阳光发生器中测控路灯调光板产生太阳光线和监控热烧伤的带监控闭路电视监控装置图像的停车板及编码板的闭路电视监控早期火灾及其系统
机译:TTS CCTV NB-IoT CCTV LED LED CCTV CCTV多功能矩阵哈希功能块链智能块面板TTS广播系统房内视音频广播系统CCTV将编码图像NB-IoT维护者保留在CCTV的黑盒型区块链太阳光发生器中测控路灯调光板产生太阳光线,并利用闭路监控系统的图像对停车位进行编码并监控车牌的闭路电视监控早期火灾及其系统
机译:TTS CCTV NB-IoT CCTV LED LED CCTV CCTV多功能矩阵哈希功能块链智能块面板TTS广播系统房内视音频广播系统CCTV将编码图像NB-IoT维护者保留在CCTV的黑盒型区块链太阳光发生器中测控路灯调光板产生太阳光线,并利用闭路监控系统的图像对停车位进行编码并监控车牌的闭路电视监控早期火灾及其系统