了解磁头介质、伺服、读写通道等。
Some basic knowledge of HDD head media, servo and RW channel are required.
高效合理的读写通道设计不仅可以提高存储密度还能提高数据的传输速率。
Efficient read and write channel design not only can enhance the storage density, also improve data transmission rate.
进程间通信最简单的机制就是通过通道读写数据。
The simplest mechanism for interprocess communication is reading and writing data across channels.
一旦客户端与服务器建立连接，可通过使用字节缓存的通道来执行读写操作，如清单1所示。
Once the client is connected to the server, reads and writes can be performed via the channels using byte buffers, as shown in Listing 1.
用CPLD控制采样通道的转换，读写转换数据。
CPLD controls the switching of sampling channel and the reading and writing of converted data.
用CPLD控制采样通道的转换，读写转换数据。
CPLD controls the switching of sampling channel and the reading and writing of converted data.
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