最为显著的非,故的ieee 802.11i平添了一种被称为高级加密尺度(aes)的底层加密(ground-up encryption)尺度,而且它可能在非易失踪性fpga手艺如flash或antifuse中保夷天执止而不必拿心间接的物理泄密。
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ground-up encryption 底层加密
It sets up encryption, integrity verification, and (optionally) compression and exposes to the upper layer an API for sending and receiving plain text packets.
它设置加密、完整性验证和(可选)压缩并向上层公开一个用于发送和接收纯文本数据包的API。
This raises an important question: Why do you need to come up with content encryption when the same can be accomplished using element encryption?
这就提出了一个重要问题:使用元素加密就可以实现同样的内容加密,那为什么还要提出内容加密呢?
Even the encryption can tie up the RFID Web services, as it must perform complex calculations to achieve desired results.
甚至加密也可能使 RFID Web 服务陷于停顿,因为必须执行复杂的计算才能获得希望的结果。
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