Figure 1 details the protocol stack.
图1显示了协议栈的细节。
Release resources used by the protocol stack.
释放协议栈使用的资源。
TD-SCDMA protocol stack design and implementation.
SCDMA协议栈的设计和实现；
We program a compact TCP/IP communication protocol stack.
制作灵活、紧凑的TCP／IP通信协议栈程序；
Firstly, the AUV communication protocol stack is analyzed.
本文首先对AUV通信协议栈进行了分析。
Specific parts of the Bluetooth protocol stack used by the profile.
配置文件使用的蓝牙协议栈的特定部分。
A new approach to protocol stack design based on driver is proposed.
提出了一种新的协议栈设计思路——基于驱动程序的协议栈设计。
Its content include hardware subsystem and high layer protocol stack.
其涉及的内容包括硬件子系统和高层协议栈两部分。
The sample infrastructure architecture above USES the protocol stack notation.
上面的基础体系结构示例使用协议栈表示法。
Investigate and analyze the characteristic of core protocol stack of WAP.
研究和分析了WAP核心协议的特点。
Generally, each segment relates to a different part in the protocol stack.
通常，每个段与协议堆栈中的不同部分关联。
An sk_buff contains packet data and also state data that cover multiple layers of the protocol stack.
sk_buff中包含了报文数据，以及涉及协议栈中多个层次的状态数据。
The role is focused on protocol stack maintenance and RF driver design, implementation and bug fixing.
协议栈射频驱动工程师专注于协议栈软件维护以及射频驱动程序的设计和实现。
The system design and realization of the Bluetooth sensor application is based on Bluetooth protocol stack.
本文所作的工作就是在蓝牙协议栈的基础上对蓝牙的传感器应用进行系统设计和实现。
Above the L2CAP layer, the remaining layers of the Bluetooth protocol stack aren't quite so linearly ordered.
在L2 CAP层之上，蓝牙协议栈中剩下的层没有很好的线性排列。
This paper provides a reference design of high layer protocol stack for radio interface of centerless and wireless network system.
本文介绍了一种无中心无线网络系统的空中接口高层协议栈的设计及软硬件实现参考。
The advantages are lower processing, lower latency, and quicker data transfer due to less controls being performed by the protocol stack.
由于协议栈执行的控制少，其优点是处理时间短、延时少，而且数据传输更快。
This article discusses the working mechanism of RPR-based MSR with protocol stack frame structure node function and networking included.
详细探讨了基于RPR的MSR的工作机理，包括协议栈和帧结构、节点功能结构、组网应用等几个方面。
RRC lies in the 3 rd sublayer of air interface protocol stack, the main function of which is the control and management of radio resource.
无线资源控制子层位于空中接口协议栈的第3层，它主要完成无线资源的控制和管理功能。
Firstly, the paper introduces the status quo of session management and its protocol stack which is commonly deployed on current IP network.
文章首先介绍了组播会话管理的现状以及IP网络上最常用的会话管理协议族。
The Bluetooth protocol stack lets you use several methods, including RFCOMM and Object Exchange (OBEX), to send and receive files between devices.
蓝牙协议栈允许采用多种方法，包括rfcomm和objectExchange (OBEX)，在设备之间发送和接收文件。
Therefore, the Linux USB layer, the BlueZ USB transport driver, and the BlueZ protocol stack are the main kernel layers that get the device working.
因此，LinuxUS b层、BlueZ US b传输器驱动程序以及BlueZ协议栈是使设备工作的主要内核层。
Logically, the UNET low level library is a network protocol stack built on top of the UDP, containing a "network" layer and a "transport" layer.
从逻辑上看，UNET低级库是一个建立在UDP之上的网络协议栈。它包括一个“网络”层和一个“运输”层。
The resolvation of these two problems is important to improve protocol stack development, updating and the implement configurable protocol stack.
这两个问题的解决对于改善协议栈开发、升级流程，实现嵌入式系统网络协议栈的可配置性具有重要的意义。
The purpose of these diagrams is to convey the different points in the protocol stack at which intermediaries might exist between a client and a service.
这些关系图的目的在于揭示该协议栈中的不同之处，在该协议栈中，客户端和服务之间可能存在中介。
The hci, ACL, and SCO data read by the hci_usb driver from the various endpoints described above are transparently passed on to the BlueZ protocol stack.
由hci_usb驱动程序从以上描述的各个端点读取的hci、ACL和SCO数据被透明传送到Blue z协议栈。
Service Discovery Protocol (SDP) is one core protocol of bluetooth protocol stack, an important part of bluetooth system and the base of all user mode.
服务发现协议（SDP）是蓝牙协议体系中的核心协议之一，是蓝牙系统的重要组成部分之一，是所有用户模式的基础。
This layer provides a common set of functions to be used by lower-level network device drivers to allow them to operate with the higher-level protocol stack.
这一层提供了一组通用函数供底层网络设备驱动程序使用，让它们可以对高层协议栈进行操作。
Therefore the existing protocol stack improved by cross-layer design will be helpful to promote the performances of the next generation wireless system.
通过对现有协议栈进行改进，加入跨层设计方案则有助于改善下一代无线系统性能。
The operating system of workstations is widely based on UNIX system V, and STREAMS mechanism is adopted in the implement of their network protocol stack.
而现有工作站中又广泛采用的UNIX系统都是基于系统V，它们的网络协议栈采用流(treams)制实现。
应用推荐