2) single transmitter to double receiver
一发双(多)收
1.
Based on the experience of CSAMT in our long term application and the understanding of V8 multifunctional EM instrument technique capability,we have put forward a series of exploring working mode for work efficiency:from "single transmitter to single receiver " to "single transmitter to double receiver" At last,we put forward the concept of "Multi-Receiver with Double Transmitter ".
从传统的"单发单收"发展到"一发双(多)收",最后提出"双发多收"的概念,成功应用到生产当中,取得了预期效果。
3) MIMO
多发多收
1.
In order to improve the system performance and reduce the hardware complexity further,this paper proposed a multiple-input-multiple-output(MIMO) scheme,combining Transmitting Antenna Selection and receiver Minimum-selection Maximum Ratio Combining(TAS/MMRC) scheme.
为了提高系统性能并最大限度地降低收发端的硬件复杂度,本文提出一种多发多收(MIMO)的传输技术,即发射端采用选择发射并联合接收端采用最少选择最大比合并接收的MIMO技术,记为TAS/MMRC。
4) one transmitter and four receivers
一发四收
1.
A novel double-crystal water film probe with one transmitter and four receivers was developed based on the conventional probe with one transmitter and one receiver for steel plates automatic inspection.
为了满足钢板自动化探伤的要求,在常规的一发一收探头基础上,研制了新式的一发四收型双晶水膜探头。
5) Receipt &Transmission
收发一体
1.
The IC Named TR3001 of Receipt &Transmission;
无线收发一体芯片TR3001
补充资料：一发
【一发】
﹝出摩诃僧祇律﹞
一发者，谓日晷过午一发许也。盖言修行之人持斋之法。日正当午，乃受饮食。若日过午一发许，则不当食也。
﹝出摩诃僧祇律﹞
一发者，谓日晷过午一发许也。盖言修行之人持斋之法。日正当午，乃受饮食。若日过午一发许，则不当食也。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条