Flexible Lightweight(灵活轻便)研究综述
Flexible Lightweight 灵活轻便 - This paper follows this logic and provides a new flexible lightweight cipher, with or without chaining operation mode, with a simple round function and a dynamic key for each input message. [1] This paper follows the dynamic key-dependent cipher logic and proposes a new flexible lightweight technique with or without the reliance on the chaining mode of operation. [2] The aim of the proposed inflated support design is to reduce skin friction and the resulting damage, which was achieved by reducing the contact area and using a flexible lightweight material with a modular shape. [3] Our method is capable of low-cost high-throughput manufacturing for flexible lightweight plasmonic metasurface sensors, which will facilitate wide applications on portable biomedical sensing devices for future point-of-care diagnosis and mobile healthcare. [4] In this paper, the result shows a flexible lightweight communication architecture with enhancing scalability and interoperability. [5] This work presents a flexible lightweight bilayer (BL) film (polycarbonate/polycrystalline layer of crystalline (BEDT-TTF)xBr(H2O)y salts [BEDT-TTF = bis (ethylendithio)tetrathiafulvalene]) as a promising material for humidity sensing which may be applied in a number of monitoring scenarios. [6] Flexible lightweight supercapacitors are now actively investigated as one of the most promising power supplies for the portable and wearable electronics. [7]本文遵循这一逻辑，提供了一种新的灵活的轻量级密码，有或没有链式操作模式，具有简单的轮函数和每个输入消息的动态密钥。 [1] 本文遵循动态密钥依赖密码逻辑，提出了一种新的灵活的轻量级技术，无论是否依赖于链式操作模式。 [2] 所提出的充气支撑设计的目的是减少皮肤摩擦和由此产生的损伤，这是通过减少接触面积和使用具有模块化形状的柔性轻质材料来实现的。 [3] 我们的方法能够以低成本高通量制造柔性轻质等离子体超表面传感器，这将有助于便携式生物医学传感设备的广泛应用，以用于未来的即时诊断和移动医疗保健。 [4] 在本文中，结果展示了一种灵活的轻量级通信架构，具有增强的可扩展性和互操作性。 [5] 这项工作提出了一种柔性轻质双层 (BL) 薄膜（聚碳酸酯/结晶多晶层 (BEDT-TTF)xBr(H2O)y 盐 [BEDT-TTF = bis (ethendithio)tetrathiafulvalene]）作为一种有前途的湿度传感材料，它可能应用于多种监控场景。 [6] 柔性轻质超级电容器现在被积极研究为便携式和可穿戴电子设备最有前途的电源之一。 [7]
New Flexible Lightweight 新的灵活轻量级
This paper follows this logic and provides a new flexible lightweight cipher, with or without chaining operation mode, with a simple round function and a dynamic key for each input message. [1] This paper follows the dynamic key-dependent cipher logic and proposes a new flexible lightweight technique with or without the reliance on the chaining mode of operation. [2]本文遵循这一逻辑，提供了一种新的灵活的轻量级密码，有或没有链式操作模式，具有简单的轮函数和每个输入消息的动态密钥。 [1] 本文遵循动态密钥依赖密码逻辑，提出了一种新的灵活的轻量级技术，无论是否依赖于链式操作模式。 [2]