The Internet of Things (IoT) has begun to acquire place in our lives quietly and gradually thanks to the presence of wireless communication systems. An increasing number of M2M applications, such as smart meters, healthcare monitoring, transportation and packaging, or asset tracking, make a significant contribution to the growth of devices and connections. Within such a large and uncontrollable ecosystem, IoT poses several new problems. Security and privacy are among the most important of these problems. Lightweight cryptography can be used more effectively for small size, low energy, and small footprint such as RFID tags, sensors, and contactless smart cards. Therefore, it can be used to ensure security and privacy in the IoT applications. In this study, PRESENT, CLEFIA, PICCOLO, PRINCE, and LBLOCK lightweight cryptographic algorithms, which can be used to secure data in IoT applications, were analyzed in a test environment. As a result of the tests, the energy consumption of the algorithms, current measurement, active mode working time, and active mode energy consumption were identified and based on this, some inferences have been made.

中文翻译：

---

可用于物联网应用程序安全性的轻量级加密算法的能耗分析

由于无线通信系统的出现，物联网（IoT）已开始悄悄地逐渐进入我们的生活。越来越多的M2M应用（例如智能电表，医疗保健监控，运输和包装或资产跟踪）为设备和连接的增长做出了重要贡献。在如此庞大且不可控制的生态系统中，物联网带来了几个新问题。安全和隐私是这些问题中最重要的问题。轻量级加密技术可以更有效地用于小尺寸，低能耗和小占位空间，例如RFID标签，传感器和非接触式智能卡。因此，可用于确保物联网应用程序中的安全性和隐私性。在这项研究中，PRESENT，CLEFIA，PICCOLO，PRINCE和LBLOCK轻量级加密算法，在测试环境中分析了可用于保护IoT应用程序中数据的安全性。测试的结果是，确定了算法的能耗，电流测量值，活动模式工作时间和活动模式能耗，并在此基础上做出了一些推断。