Their analysis, if supported by experimental evidence, could contribute to a new generation of wireless technology that would be more secure and resistant to interference than conventional devices.
他们的分析结果如果能得到实验的证据的支持，就会帮助开拓新一代的无线技术，它比普通的设备更加安全且抗干扰。
The hack works because some electronic components - such as remote car locks - accepts wireless signals that are vulnerable to interference.
由于这些电子元器件-例如接受无线信号的汽车遥控锁的存在，黑客们才可利用这些弱点有机可乘。
Older, 27MHz wireless is often found in low-end products, and is prone to interference and range issues.
27MHz的老古董无线设备常用在低端产品上，这东西很容易大范围产生干扰。
Using a wireless network provides more flexibility for placing devices, but like electrical lines, they might have interference.
使用无线网能够使你的设备安装更为方便灵活，但是就像电线一样，无线网也会受到干扰。
And then some practical methods to resolve regular wireless network problems such as coverage, capacity, interference, switch and drop rate are summarized.
然后对覆盖、容量、干扰、切换、掉话等常见无线网络问题的定位和解决方法作了分析总结。
Disadvantages can include a slower connection than a wired network and interference from other wireless devices, such as cordless phones.
缺点包括连接速度比有线网络慢，并且会受到其他无线设备(如无绳电话)的干扰。
The electromagnetic interference between vehicular wireless communication devices is a serious problem in EMC design for vehicular communication system all through.
车载无线通信设备间的电磁干扰一直是车载通信系统电磁兼容设计研究的一个重要课题。
It allows the user to access content anywhere, anytime without wires. However, there are challenges as wireless is prone to interference.
利用无线网络，用户可以随时随地访问并获取信息，然而，易受干扰的缺陷仍然使其面临各种挑战。
Wireless communication has different forms of interference, so ultrashort wave communication interference is an inevitable problem.
无线通讯通常存在不同形式的干扰，因此超短波通信受干扰也是不可避免的问题。
Ultrawideband is a new technology in high speed wireless communication, but the band′s width will fall into the frequence range of GPS, cause interference to GPS signal.
超宽带是高速无线通信的新技术，然而其较大的带宽会落入GPS频带范围内，造成对GPS信号的干扰。
The idea of modularized design in hardware circuit of nodes can reduce the complexity of the design and reduce the interference of wireless circuit.
节点的硬件电路采用模块化设计思想，可以减少设计的复杂度，减小无线电路的干扰。
The key technologies such as the method of controlling rf emitter power, wireless communication and the anti-interference measures are emphasized.
详细阐述了利用软、硬件实现的几项关键技术，包括控制RF发射器功耗、射频通信、抗干扰措施。
In traditional wireless communication, due to the interference of the external environment and channel instability, the outage probability of network is high.
传统的无线通信中，由于外部环境的干扰，信道的不稳定，网络的中断率比较高。
The machine adopts digital technology transfer audio, avoid with frequency interference, improve the practicability of wireless microphones.
采用全数字技术传输音频，避免同频干扰，提高无线话筒的实用性。
The problems mainly exhibit to be multi-path propagation in the wireless fading channel, signal fading caused by the scattering and Inter-Symbol Interference caused by the long multi-path time delay.
其中主要为无线衰落信道中的多径传播和散射引起的信号衰落，以及大的多径时延而引起的符号间干扰。
In wireless communication system, Inter-symbol Interference is serious and signal is distorted extremely because of fading channel resulted in by the effect of multipath.
在无线通信系统中，由于多径效应常常引起信道衰落，直接结果是码间干扰非常严重。
One challenge faced while designing an internal antenna is the interference with other components and circuits inside the wireless communication device.
设计内部天线所面临的一个挑战是与无线通信设备内部其它部件及电路的干扰。
Under the environment of mild electromagnetic interference, cost effectiveness can be enhanced by using wireless communication greatly.
在电磁干扰性不太强的环境下，采用无线的通信方式可以大大提高系统性价比。
The received signal is often corrupted badly by inter-symbol interference in the multipath fa- ding wireless channel circumstance.
数字通信系统中多径衰落的无线信道环境通常会使接收信号受到严重的码间干扰。
Because of the ability to combat multipath interference and high spectral efficiency, OFDM has become the first choice of physical layer technology in future broadband wireless access systems.
OFDM技术以其良好的抗多径干扰能力和高频谱利用率成为未来宽带无线接入系统的首选物理层技术。
Inter symbol interference is regard of transporting the high rate data main obstacle in the wireless mobile channel.
码间干扰被认为是在移动无线通信信道中传输高速率数据时的主要障碍。
OFDM is precisely because of its anti-interference capability features and become the core technology of wireless communications.
OFDM技术正是由于其抗干扰能力强的特点，成为了当今无线通讯的核心技术。
This paper introduces the basic concepts of multi target attacking and its relative technologies, analyses the probability of the interference between wireless instruction modifying channels.
介绍了多目标攻击的基本概念及其相关技术，进行了无线电指令修正通道相互干扰概率分析。
The key technologies such as the method of controlling RF emitter power, wireless communication and the anti-interference measures are emph…
详细阐述了利用软、硬件实现的几项关键技术，包括控制RF发射器功耗、射频通信、抗干扰措施。
Due to using the simplified interference model, IEEE 802.11 MAC protocol introduces the hidden and exposed terminal problems which significantly decrease the performance of AD hoc wireless networks.
由于IEEE 802.11MAC协议采用了简单的干扰模型，因此产生了隐藏终端和暴露终端这两个严重影响无线自组织网络性能的问题。
This system adopts a special RF IC to Implement the semi-duplex data transfer in wireless and achieves perfect performance of anti-interference.
系统采用射频芯片，串行通讯方式进行数据的半双工无线传输，具有较强的抗干扰能力。
When the downlink beam forming is applied in the wireless cellular network, the signals received by all mobile users must reach the provided signal to interference plus noise ratio.
在无线蜂窝系统中，当采用下行波束赋形技术时，所有用户所接收到的信号必须满足给定的信噪干扰比。
The key technologies such as the method of controlling RF emitter power, wireless communication and the anti-interference measures were emphasized.
详细阐述了利用软、硬件实现的几项关键技术，包括控制RF发射器功耗、射频通信、抗干扰措施。
So how to reduce the interference and improve the network performance are the key issues of wireless mesh networks.
因此，如何降低跳路间的竞争和干扰、提高网络性能是无线Mesh网络研究的重点。
Nowadays, among the various wireless technologies, OFDM as a high-speed transmission technology can effectively fight against wave signal interference, has attracted wide attention.
现阶段，在众多的无线技术当中，OFDM作为一种可以有效对抗信号波形间干扰的高速传输技术，已引起了人们的广泛关注。
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