支持智能手机NFC通信业务流程的响应时间分析

LN Hamaningrum, A. Subagyo
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引用次数: 0

摘要

无线技术的发展将达到第五代(5G)。如果出现这种情况,那么将有许多对象可以相互连接和交换数据。嵌入式系统是其中一个将扮演多种角色的领域。其中之一是使用近场通信(NFC)。近距离通信(NFC)是一种短距离通信工具,已在许多应用中得到应用。NFC是消费者将继续使用的支付方式之一。发展这种用途必须伴随着增加信任。在实际应用中,NFC有三种模式:点对点模式、读/写模式和卡仿真模式。在卡仿真模式状态下,安装在智能手机上的NFC会启动Android Kitkat 4.4上启动的Host card emulation。这种情况允许中断或攻击的可能性。然后需要检查运行的系统是否存在缺口。本研究结合响应时间参数和装置距离进行了分析。在支持nfc的具有HCE的移动设备上的卡仿真条件表明,通信可以与距离结合进行,结果表明距离不影响响应时间。只要它仍在阅读器范围内,支持nfc的移动设备仍然可以被读取。
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Response Time Analysis to Support Business Process of the NFC Communication in Smartphone
The development of wireless technology will reach the fifth generation (5G). If this condition occurs, then there will be many objects that can interconnect and exchange data. Embedded system is one area that will play many roles. One of them is the use of Near Field Communication (NFC). NFC is a short-range communication tool that has been used in many applications. NFC is one of the payment methods that will continue to be used by consumers. The development of this use must be accompanied by increasing trust. In practice, NFC has three modes: peer to peer, read / write and card emulation mode. In the state of card emulation mode, NFC mounted on a smartphone starts to bring up the Host Card Emulation which is launched on Android Kitkat 4.4. This condition allows the possibilies of interruptions or attacks. Then it needs to be examined the system that runs whether there is a gap or not. This study analyzed this with the response time parameters and the distance of the device. Card emulation conditions on NFC-enabled mobile with HCE show that communication can be done in combination with distance and the results show that distance does not affect response time. As long as it is still in the reader range, NFC-enabled mobile can still be read.
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