M2M wake-ups over cellular networks: over-the-top SIP

E. Grigoreva, Jianghua Xu, W. Kellerer
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引用次数: 2

Abstract

Machine-to-Machine (M2M) communication devices are expected to work without recharging for several years. To receive a network-initiated transmission and to lower energy consumption, an M2M modem waits in the idle state and is woken up, when needed. The state-of-the-art M2M wake-up implementation over cellular networks is Short Message Service (SMS). SMS is a Circuit Switched service, which is not present in its original form in Packet Switched LTE. Therefore, we propose an Over-the-Top Session Initiation Protocol (OTT SIP) wake-up method. In this paper, we have implemented OTT SIP as well as SMS over GSM and LTE wake-up methods on a real testbed, connected to a mobile network. We have measured delay and energy consumption. Our measurement results are presented and analyzed in this paper. We also show that OTT SIP wake-up features three times lower delay than SMS over LTE.1
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蜂窝网络上的M2M唤醒:over- top SIP
机器对机器(M2M)通信设备有望在无需充电的情况下工作数年。为了接收网络发起的传输并降低能耗,M2M调制解调器在空闲状态等待,并在需要时被唤醒。在蜂窝网络上最先进的M2M唤醒实现是短消息服务(SMS)。SMS是一种电路交换业务,在分组交换LTE中不以其原始形式存在。因此,我们提出一种OTT SIP (over - top Session Initiation Protocol)唤醒方法。在本文中,我们在连接到移动网络的真实测试台上实现了OTT SIP以及GSM和LTE上的短信唤醒方法。我们测量了延迟和能耗。本文给出了我们的测量结果并进行了分析。我们还表明,OTT SIP唤醒的延迟比通过LTE.1的短信低三倍
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