Among all the Bluetooth services that may be implemented in the stack, file Transfer Profile (OBEX FTP) is the most common service.
在协议栈可能实现的所有蓝牙服务中，由文件传输配置文件(file Transfer Profile,OBEXFTP)定义的服务是最常见的一种。
To perform its task, each profile USES particular options and parameters at each layer of the stack.
为了执行它的任务，每一个配置文件在栈的每个层中使用特定的选项和参数。
Like other profiles built on top of the serial port profile, the virtual serial link created by the lower layers of the Bluetooth protocol stack is transparent to applications using the DUN profile.
和其他建立在串口配置文件之上的配置文件一样，被更低层蓝牙通信协议实现的虚拟串行链接对使用DUN配置文件的应用程序是透明的。
The service discovery application profile describes how an application should use the SDP (described in "The Bluetooth Protocol Stack") to discover services on a remote device.
服务发现应用配置文件描述了一个应用程序应该如何使用SDP（在“蓝牙协议栈”中描述）来发现远程设备上的服务。
As the most physical of the shot-profile wave equation pre-stack depth migration involving huge extrapolation calculation, the calculation is extremely time-consuming and less efficient.
作为最具物理性的共炮点道集的波动方程叠前深度偏移，涉及庞大的波场外推计算量，计算极其耗时，效率较低。
The ZigBee Cluster Library, as an adjunct to the stack, standardizes application behavior across profiles and provides an invaluable resource for profile developers.
作为附属物加到堆栈中的 ZigBee簇库，通过profile标准化应用程序行为，并为profile开发人员提供一个无价的资源。
The ZigBee Cluster Library, as an adjunct to the stack, standardizes application behavior across profiles and provides an invaluable resource for profile developers.
作为附属物加到堆栈中的 ZigBee簇库，通过profile标准化应用程序行为，并为profile开发人员提供一个无价的资源。
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