| 1. | Mbmc : multiple burst mode controller
多突发模式控制器 |
| 2. | My paper is to design the burst mode 64 qam demodulator
本论文是对突发性数据业务的突发模式64qam解调器进行设计。 |
| 3. | Bmc : burst mode controller
突发模式控制器 |
| 4. | The " burst mode " transmission is widely applied in multiple access systems such as hfc network and wireless lan
特别的，有一类称之为“突发模式”的传输系统正得到越来越多的重视。 |
| 5. | In order to know the data rate of write operation , we need to know number of data in a burst which we have assumed to be b
为了获知写方数据速率，我们需要知道在突发模式下的数据量，我们假设其为b |
| 6. | Chapter 2 describes the modulation and demodulation theory of 64qam , propose the algorithm scheme of the burst mode and analyze the theory knowledge among them
第二章描述了64qam的调制解调理论，提出了突发模式的算法方案，分析了其中的理论知识。 |
| 7. | These years , the use of burst mode data transmission is increasing in digital - communication systems . these systems use point - to - point and point - to - multipoint connections over optical , wireless , and coaxial media
近年来，突发模式的数据传输方式正在越来越多的应用于数字通信系统中，这些系统通过光纤、无线和同轴电缆等媒质实现点到多点的连接。 |
| 8. | To transmit and receive the signal successfully , both the receiving and the transmitting terminal need to use special technology . the burst mode optical transmitting and receiving technology is one of the key techniques used in apon system
要想成功地实现对突发信号的收发，收发端都要采用特殊的技术，因此，突发模式的光电收发技术是apon系统的关键技术之一。 |
| 9. | Chapter 1 sketches bandwidth wireless data transmission system , puts forward full digital modulation and demodulation and construction of software wireless and fpga . to design the burst mode 64 qam demodulator in the special applications
第一章简述了宽带无线数据传输系统，提出了全数字调制与解调的方案，可以采用软件无线电和fpga实现，在特殊应用环境里对64qam突发模式解调器进行fpga硬件设计。 |
| 10. | When the elements are not present , many browsers render using browser - specific rules that vary among browser types which is sometimes referred to as rendering in " quirks mode " , and can therefore result in unpredictable rendering
如果不存在这些元素，许多浏览器将使用浏览器特定规则来进行呈现，所使用的规则根据浏览器类型的不同而异（有时也称为以“突发模式”呈现） ，因此会导致不可预测的呈现方式。 |
