The main advantages of OPS include high bandwidth efficiency and providing all kinds of services so as to meet different customers'requirements.
OPS的主要优点是带宽利用效率高，而且能提供各种服务，满足客户的需求。
This protocol not only allocates upstream bandwidth dynamically, but also has the consistency of traffic management, high bandwidth efficiency and low cell delay.
本方案不仅能够灵活动态地分配用户上行接入的带宽，还具有统一的业务流管理、高带宽利用率和低信元时延等优点。
OFDM technology has many advantages, such as defending the multipath fading and high bandwidth efficiency, which are suitable for the high-rate data transmission in wireless enviroment.
而且OFDM技术具有抗多径衰落，频谱利用率高等优点，特别适合于无线环境下的高速数据传输。
Orthogonal frequency division multiplex (OFDM) is suitable for Broadband-satellite mobile communication system with the advantage of robustness to muti-path and high bandwidth efficiency.
正交频分复用(OFDM)技术具有抗多径衰落，频谱利用率高等优点，适合于在宽带卫星通信这种无线环境下进行高速传输。
Most of the wireless communication systems are required to achieve least adjacent channel emissions and high bandwidth efficiency, that is to say signals must be transmitted in a limited band.
绝大多数无线通信系统都要求对相邻频段的用户产生最小的干扰，也就是必须在所规定的频段范围内传送信号。
At high input impedances, in practice both efficiency and bandwidth of a transformer will reduce.
实际上高输入阻抗的变压器，它们的效率和频带宽度都会下降。
In Media Industry, more challenge is that how to get your favorite content with very high efficiency, as well as optimize bandwidth usage.
在媒体行业，更多挑战来自于如何高效率同时在最优化带宽利用下，获得喜爱的内容。
Much attention is always paid to bandwidth efficiency in transmission, so it has an important meaning to explore in high efficiency modulations.
信息传输的带宽效率一直为人们所关注，对高效调制技术的探索具有重大的现实意义。
Some problems in realizing the "high bandwidth, low latency" of interconnection system are solved to increase the interconnection communication ability and efficiency.
本文重点研究高性能计算机“高带宽、低延迟”互连系统技术，以支持高性能计算机系统计算能力和效率的更好发挥。
So how to efficiently utilize the finite bandwidth to realize the high efficiency, high reliability communication is an important topic to study.
如何充分地利用有限的带宽，实现高效率，高可靠性的通信是一个重要的问题。
To increase the radiation efficiency and broaden the operation bandwidth, an aperture-coupled microstrip antenna of high temperature superconductor with multi-layer substrates is designed.
为提高辐射效率和扩展工作带宽，对一种口径耦合馈电的多层介质高温超导微带天线进行了设计。
We make ot protocols expand to a distributed setting in order to solve the bottleneck problem, such as high computational complexity, low efficiency, high bandwidth consumption.
将OT协议拓展到分布式环境中，解决了计算复杂度高，效率低，带宽消耗高等瓶颈问题。
This transmitter can simultaneously emit all signals in the whole bandwidth, having high operating efficiency, simple structure and strong feasibility.
这种信道化发射机能同时发射整个处理带宽内所有信道上的信号，具有很高的运算效率，且结构简单，可行性强。
The conventional TCP protocol leads to very low network efficiency in high bandwidth-delay-product networks.
在高带宽延迟积网络中，传统TCP导致很低的网络效率。
The basis of ATM technology is a high-efficiency, low-latency switching and multiplexing mechanism ideally suited to an environment in which there are specific bandwidth limitations.
AT M技术的基础是一种高效、低延迟的交换和多路复用机制，非常适合有具体的带宽限定的环境使用。
Furthermore, when the phase is continuous, they could provide high power and bandwidth efficiency. Due to the low out-of-band radiation, the interfere between channels is also small.
而且相位连续的恒定及准恒定包络调制技术，具有很高的带宽和功率利用率，带外辐射较小，因而产生的邻道干扰也较小。
To achieve high efficiency and flexibility in bandwidth management, optical packet switching (OPS) is considered as a potential solution by reducing the available bandwidth granularity.
为了实现在带宽管理上的高效性和可扩展性，光分组交换被认为是一种很有潜力的解决方法，因为它能够减小可用的带宽粒度。
Continuous Phase Modulation (CPM) is widely used in wireless communications especially in military communications due to its high power and bandwidth efficiency.
连续相位调制(CPM)以其较高的功率有效性和带宽利用率，在无线通信领域尤其是军事通信领域得到广泛应用。
Continuous Phase Modulation (CPM) is widely used in wireless communications especially in military communications due to its high power and bandwidth efficiency.
连续相位调制(CPM)以其较高的功率有效性和带宽利用率，在无线通信领域尤其是军事通信领域得到广泛应用。
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