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- multiple address instruction 多地址指令
- You can select one or multiple address lists. 可以选择一个或多个地址列表。
- Be careful when you remove an address rewrite entry or multiple address rewrite entries. 在删除一个或多个地址重写条目时应小心。
- You may specify multiple address spaces by separating the address spaces with commas. 可以指定多个地址空间,使用逗号分隔地址空间。
- Now that you understand what is going on behind the scenes, you can create a CSV file and use it to create multiple address rewrite entries. 既然您已了解了背景知识,现在可以创建CSV文件并使用该文件创建多个地址重写条目。
- The network architecture of point-to-multipoint and the working mode of TDMA (Time Division Multiple Address) of APON make the upstream signal works in burst mode. APON的这种点到多点的网络结构和时分多址的工作方式决定了其上行信号是以“突发”方式工作的。
- The analysis and simulation results show that DFT-S-GMC is the same as and even better than DFT-S-OFDM in PAPR,BER under fading channel and Multiple Address Interference (MAI). 分析和仿真结果表明,DFT-S-GMC在PAPR、衰落信道下误码率以及多址干扰性能方面与DFT-S-OFDM相当甚至优于DPT-S-OFDM。
- three plus one address instruction 三加一地址指令
- format implicit address instruction 格式隐地址指令
- Multiple addresses should be separated by commas, semicolons, or spaces. 应使用逗号、分号或空格来分隔多个地址。
- four-plus-one address instruction 四加一地址指令
- four-plus-one address instruction format 四加一地址指令格式
- one-plus-one address instruction format 一加一地址指令格式
- three-plus-one address instruction format 三加一地址指令格式
- Joint Tractical Information Distributed System (JTIDS) is focused on as an example of the integrated information net in the digitized battlefield, including JTIDS TDMA (Time Division Multiple Address) and multiple JTIDS net-working. 重点研究了联合战术信息分布系统JTIDS，包括其TDMA工作方式和多网工作原理。
- three-plus-one address instruction 三加一地址指令
- According to the function requirement for the multi-robot system,enlightened by the principle of TDMA(time division multiple address) and rotational mechanism,a novel multi-robot wireless communication mechanism is proposed. 根据多机器人系统的功能要求;在TDMA(时分多址)分时共享信道原理和击鼓传花机制的启发下;提出了一种新颖的多机器人无线通信机制.
- functional address instruction format 操作[功能]地址指令格式
- After simple comparision between TDMA (Time Division Multiple Address) and WDMA(Wavelength Division Multiple Address),the thesis points out that WDMA instead of TDMA can avoid many difficult technology problems. 本文在对EPON中两种典型上行方式TDMA(时分多址)和WDMA(波分多址)进行简单比较之后,得出了:要想克服EPON中采用传统的TDMA上行方式的诸多技术难点,就必须采用WDMA上行方式的结论。
- two-plus-one address instruction 二加一地址指令
