Other wireless systems are implanted in the body.
其他无线系统也被植入人体。
It must also replicate commercial and tactical wireless systems.
它也必须能够复制商业和战术无线系统。
The interceptable nature of wireless signals and the limited memory and computing power of most handheld devices leaves wireless systems dangerously vulnerable to data theft.
无线信号的可截取本质以及大多数手持设备有限的内存和计算能力，使无线系统极易受到数据窃贼的攻击。
Therefore, the combination of MIMO and OFDM is an attractive and competitive solution for future broadband wireless systems.
因此，OFDM和MIMO技术的结合已经成为未来宽带无线通信领域最有吸引力的候选方案。
Antennas are the necessary components in the modern wireless systems.
天线是任何无线电系统必不可少的组件。
Up to now, research on smart antenna has been restricted to narrowband wireless systems.
到现在为止，对于智能天线的研究仅限于窄带无线系统。
The proposed system is of particular interest for fixed wireless systems and digital subscriber loops (DSL).
本文提出的系统尤其适合于固定无线系统和数字用户环路（DSL）。
The tangled cables that snake through every office should disappear, replaced by wireless systems that zap voice, data and video through the air.
蜿蜒穿越每间办公室的纠结缆线应该会消失，换成能在空中快速传送声音、资料、影像的无线系统。
ARM applications are all over the industrial control, consumer electronics, communications systems, network systems, wireless systems and other markets.
ARM的应用已遍及工业控制、消费类电子产品、通信系统、网络系统、无线系统等各类产品市场。
In this article we discuss current and future antenna technology for wireless systems and the improvement that smart and adaptive antenna arrays can provide.
本文讨论了当前与未来无线系统的天线技术以及智能和自适应天线阵列带来的进步。
Simulations show that the performance of the frequency estimator based on Weighting Function provides an excellent estimate of frequency offset in wireless systems.
最后通过计算机的仿真验证分析，可以看到在无线系统中这种算法确实具有良好的性能。
The accurate electromagnetic data of battlefield environments are absolutely necessary for constructing martial wireless systems such as radar-warning, electronic warfare, automatic command etc.
在构建诸如雷达预警、电子战和指挥自动化等诸多军事无线电系统时，准确的战场电磁环境数据是不可或缺的重要内容。
The spectrum utilization ratio should be improved without harmful effect on current wireless systems and applications. This will greatly help to solve the bottleneck problem of spectrum scarcity.
在不对当前无线系统和应用产生明显影响的条件下提高频谱使用效率，将有助于缓解频谱资源短缺这个瓶颈问题。
Wireless systems on farmland will measure temperature and humidity and control irrigation systems.
农田里的无线电系统能测量温度和湿度，同时控制灌溉系统。
Wireless systems on farmland will measure temperature and humidity and control irrigation systems.
农田里的无线电系统能测量温度和湿度，同时控制灌溉系统。
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