1) Play mode
播控模式
2) Client telecasting control
Client式播控
3) propagation model
传播模式
1.
An easy formula was deduced and proved by comparing the path losses with other 2 propagation models and practical tests.
本文通过研究2G系统和3G系统的链路预算的差别,提出了根据2G信号强度估算3G信号强度的一种便捷方法,并对该方法进行了仿真论证,通过与流行的传播模式预测的结果和实测值进行比较,验证了该方法的可行性。
4) anycast mode
选播模式
1.
In order to improve the real-time characteristic and network load balance in a IPv4 networked measuring and controlling platform,a new generation network IPv6 is introduced to measuring and controlling platform and a new strategy of IPv6 operating mode(anycast mode) in measuring and controlling network is emphatically studied.
重点研究了IPv6的新运行模式(即选播模式)在测控网络中的运用策略,探索如何运用IPv6选播运行模式来提升搭建平台的网络性能。
5) propagation mode
传播模式
1.
Analysis of electromagnetic wave propagation modes in rectangular tunnel;
矩形隧道中电磁波传播模式的分析
2.
The intelligentized recognition of oblique propagation modes
电离层斜向传播模式的智能识别
3.
Based on experiment data,the ionosphere doppler shift,group ray path signal strength,time and frequency spreading are analyzed and compared for different propagation modes.
依据试验数据,统计分析了电离层不同传播模式信号的多普勒频移、射线距离、信号强度、能量频谱的距离展宽和频率展宽,给出了不同传播模式信号多普勒频移、射线距离和信号强度间的比较结果。
6) broadcast model
广播模式
补充资料：播播
1.水流声。
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