| 1. | Class using the specified enable flag and machine authentication code key modifier
使用指定的启用标志和计算机验证代码( mac )键修饰符初始化 |
| 2. | Tp - 86 , polarizing coding key overstress test procedure for electrical connectors and sockets
电连接器和插座的tp - 86偏振代码钥匙超应力试验程序 |
| 3. | In addition , a hash is created from the data using a machine authentication code key
此外，会使用计算机验证代码( mac )密钥从数据中创建一个哈希。 |
| 4. | His treadstone fiiles are bloated with code keys and case fiiles that he neither needed nor had clearance fior
他的treadstone文件堆里塞满了他既不需要也无权看到的解码密钥和案件档案 |
| 5. | In chapter four , we tried to simulate the performance of the complementary code keying ( cck ) modulation in awgn and rayleigh fading channels and compared the theoretical performance with the simulated one
第四章对cck调制在awgn信道和瑞利衰落信道中的性能进行了仿真，并与理论性能进行了比较。 |
| 6. | Therein lies the problem : if you send the code key through the internet prior to setting up encryption , it is sent as plain text - and can be easily intercepted by anyone trying to eavesdrop on transactions
模糊代码以产生一个模糊的二进制甚至会有更大帮助。这些技术要求潜在的攻击者拥有比在他们需要实际破坏您系统时更多的技巧，这通常是一件好事。 |
| 7. | Chapter three is our main block and work , it summarized the high speed physical layer extension ( ieee 802 . lib ) standards , explained in details the complementary code keying ( cck ) modulation and demodulation techniques , and then explained and developed the fast walsh transform ( fwt ) that has been used to increase the data rates of these protocols
第三章是论文的主要组成部分，也是本研究工作的重点。这一章总结了高速物理层标准增强版( 1eee802 11b ) ，并详细介绍了互补码键控( cck )调制解调技术，描述并改进了用于提高数据速率的快速walsh变换( fwt ) 。 |
| 8. | After elaborating the principle of an 802 . lib key modulation scheme - complementary code keying ( cck ) , this paper proposes and realizes a hardware circuit solution of 802 . 11b pcmcia wlan interface card , which can reliably offer a maximal 11mbps data rate and freely switch within 14 working channels in 2 . 4ghz frequency band
接着在详细阐述了802 . 11b协议核心调制技术?互补码键控( cck )的原理的基础上，本文提出并实现了一种峰值传输速率为11mbps的802 . 11bpcmcia高速无线网卡的硬件电路设计方案，在2 . 4ghz频段该网卡可在14个工作信道上自动切换，实现高速突发数据的可靠传输。 |
