创造一个新的移动无线电社区！
说完，他便开始对着他的移动无线电说话了。
第二章，先对移动无线电的传播环境对接收前端的影响进行了分析。
The second chapter, introduce the effect of the exterior environment to the RF receiver.
本文提出了一种新的、且易被人接受的移动无线电系统的参数设计方法。
A new and easy-used method of designing mobile radio system is described in this paper.
成立3gpp2是为了将北美和亚洲移动无线电通信跨系统操作过渡到第三代系统。
3gpp2 was born to evolve North American and Asian Cellular Radio-telecommunication Intersystem Operations into a third-generation system.
FCC(美国联邦通信委员会)规定一些设备上，如地面移动无线电，频谱遮罩或邻近信道功率比的需求。
The FCC (Federal Communications Commission) sets spectral masks or adjacent-channel-power-ratio requirements on some services, such as land mobile radio.
在印度最有活力的实业——移动电信中无线电频谱的空间是最有价值的原材料。
Space on the radio spectrum is the most valuable raw material in mobile telecoms, India's most dynamic industry.
纯软件无线电是令人难以置信的处理器密集型应用，因此对移动设备意义不大(手机专用芯片计算能力不强)，但它提供了一些启示。
Pure software radio is incredibly processor-intensive, and therefore doesn't make sense for mobile devices (where dedicated silicon can consume less power), but it provides some inspiration.
10部WNaN移动手持无线电可在通讯中断时参与多次同时呼叫，提供态势感知数据。
WNaN mobile handheld radios that participated in multiple, simultaneous call groups and delivered situational awareness data despite communications disruptions.
EPLRS- XF型无线电使用了最新的移动自组织网络技术以自动不断地适应网络变化。
EPLRS-XF USES the latest mobile ad-hoc networked technology to automatically and continually adapt to network changes.
归因于其依赖过时的无线电设备，还有互联网和移动电话——而这两方面都因断电而无法运作。
Its reliance not on old-fashioned radios, but on the Internet and mobile telephones-both of which were knocked out by a power failure.
OFDM技术将成为未来无线通信中的核心技术，在认知无线电、4G移动通信和无线宽带接入等领域得到广泛的应用。
OFDM technology will become the core technology for wireless communication in the future, OFDM will be widely used in cognition radio, in the 4G mobile communication and the wireless broadband access.
软件无线电(SWR)技术是第三代移动通信系统和军用电台的发展趋势。
The SWR is a developing trend of the third generation mobile communication system and military radio.
船舶应装备救生衣、充足防火设备等所有救生装置，以及移动电话、无线电、步话机等通讯设施。
It shall be equipped with all life saving devices like life jackets adequate fire protection arrangements and shall posses communication facilities like cellular phones wireless walkie-talkie.
叙述了一种用于移动通信的无线电多媒体DSP芯片的实现。
This paper presents the implementation of a wireless multimedia DSP chip for mobile communication.
震耳的无线电，移动电话，交通及飞机。但让人绝望的却不仅于此。
It is not just that blasting radios, mobile phones, traffic and aeroplanes can be a source of despair.
这里包括电视广播、卫星运用、移动电话、无线电遥控玩具以及很多很多。
This includes television broadcasts, satellite use, cellular telephones, radio-controlled toys and much more.
从无线电，移动电话，无线网络装置以及卫星导航仪，天线无处不在。
FROM radios and mobiles phones to wireless-networking gear and satellite-navigation devices, antennas are everywhere.
该技术普遍用于无线电、电视和移动设备。
The technology has made radio, televisions and mobile devices commonplace.
它在无线电侦收、移动通信、声纳等军事及国民经济领域中有着重要的应用。
It is applied markedly to military and civil economy fields, such as electronic countermeasures, mobile communication, sonar, etc.
无线电通讯在原料堆取料机中的应用解决了原料场移动设备现场维护工作量大、维护成本比较高的问题。
This project can solve the problems of many hard maintenances and more expensive cost for the moving equipment of raw material yard.
无线电能传输技术是有效解决移动设备，特别是特殊环境下电设备电能可靠灵活接入的最佳解决方案。
Wireless Power Transfer technology is an efficient method to realize power supply for mobile vehicles, especially in special environment.
协同通信与认知无线电是未来移动通信的重要技术。
Cooperative communication and cognitive radio are the key candidates for the future mobile communication technologies.
目前，适合于移动通信、无线通信的无线电频谱资源极为拥挤和宝贵。
At present, the frequency adapting to mobile com munication and wireless communication, is quite crowded and precious.
您的移动设备是一个无线电发射机和接收机。
本文第一章介绍了第三代移动通信系统的现状，分析软件无线电中的数字下变频技术的研究现状，简单介绍了WCDMA。
The first chapter introduce the 3G actuality , analyze the digital-down converting's research actuality in software radio and introduce WCDMA briefly.
无线通信接收机覆盖了无线电通信、电视广播、无线电广播、雷达定位、遥测遥控、卫星通信以及移动通信系统等各个领域。
Wireless communication receiver applies widely in so many areas such as wireless communication, television, broadcast, radar, satellite communications and so on.
移动通信可以说从无线电通信发明之日就产生了。
Mobile radio communications can be said from the date of the invention produced.
第三代移动通信系统的关键技术包括高效信道编译码技术、软件无线电技术、智能天线技术、多用检测和干扰消除技术等。
The third Generation mobile communication system includes highly effective channel encoding-decoding, software radio, smart antenna, multi-user detection and interference cancellation etc.
第三代移动通信系统的关键技术包括高效信道编译码技术、软件无线电技术、智能天线技术、多用检测和干扰消除技术等。
The third Generation mobile communication system includes highly effective channel encoding-decoding, software radio, smart antenna, multi-user detection and interference cancellation etc.
应用推荐