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。
The advantages are lower processing, lower latency, and quicker data transfer due to less controls being performed by the protocol stack.
栈是控制蓝牙设备的软件（和固件）。
The stack is the piece of software (and firmware) that controls your Bluetooth device.
如果这个异常没有被捕捉到，它将立即关闭应用程序，并将一条错误消息和栈跟踪输出到控制台。
If this exception isn't caught, it will immediately kill the application with an error message and stack trace dumped to the console.
好像一旦控制权传递给了尾部调用的函数，栈中就再也没有有用的内容了。
It seems that once control is passed to the tail-called function, nothing in the stack is useful anymore.
ProjectCrossbow 将虚拟化和带宽资源控制带入到网络栈中，最小化复杂性和开销。
Project Crossbow brought virtualization and bandwidth resource control into the network stack to minimize complexity and overhead.
对每个异常，CPU控制单元也生成一个硬件错误码，并在开始执行处理函数前将其压入内核空间栈中。
For some exceptions, the CPU control unit also generates a hardware error code and pushes it on the Kernel Mode stack before starting the exception handler.
在HCI层上是协议栈的高层。高层中的第一个是L2 CAP(逻辑链接控制和适应协议)层。L2 CAP主要承担。
Above the HCI layer are the upper layers of the protocol stack. The first of these is the L2CAP (logical link control and adaptation protocol) layer. The L2CAP is primarily responsible for.
核心路由器上主要配置访问控制列表ACL的出栈应用。
The main allocation access of core router controls the stack out of ACL.
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。
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.
本文就是在这样的前提下，研究了基于嵌入式CPU的数字家庭控制中心的体系结构，并设计了服务器中对于设备的操作管理所使用的即插即控协议栈。
In the premise, this paper works over the system structure of digital home 's control center based upon embedded CPU, and designs the Plug and control stack for server to manage the devices.
开发基于JMX的协议栈的好处是，基于JMX开发的一种协议可以访问，控制基于JMX开发的另一种的协议。
The benefit of developing the protocol stacks based on the JMX is that one protocol based on JMX can access and manage another protocol based on JMX.
介绍基于UHCI的USB主机系统的硬件核心主机控制器接口规范，分析US B协议栈的硬件层实现。
The paper presents the interface specification of USB host controller based on UHCI, analyzes the implementation of hardware layer in USB stack.
虽然系统使用的US B控制芯片是飞利浦公司的ISP1362，但是除了控制寄存器的使用不同外，US B协议栈的实现却是相通的。
Although ISP1362 is employed as the USB control chip here, the protocol stack has the same structure besides the slight difference between the control registers when other chips used.
因此，对控制网络节点可重构协议栈的研究显得非常重要。
Therefore, it is very important to research the reconfigurable protocol stack of controlled network nodes.
包括基带协议、链路管理协议、逻辑链路控制和适应协议以及设备发现协议，组成了蓝牙系统的核心协议栈。
In the Bluetooth system, the core protocols stack are composed of BaseBand, Link ManagementProtocol, Logical and Link Controller Adaption protocol and Service Discover protocol.
介绍了TMS320C5402芯片与RTL8019AS互联网控制器的硬件接口电路的设计，实现了一个运行在TMS320C5402上的小型嵌入式TCP/IP协议栈。
The design of hardware interface between TMS320C5402 and RTL8019AS is described, implemented a minor embedded TCP/IP protocol which was running on the DSP chip is implemented.
在一些例子，控制系统相适应的控制一个或燃料的来源地及燃料电池操作栈未使用的燃料流通为基础的。
In some examples, a control system is adapted to control operation of one or both of the fuel source and the fuel cell stack based on the flow of unused fuel.
WCDMA协议栈中的无线链路控制(rlc)层是负责数据传输控制的协议层。
RLC Layer in WCDMA protocol stack is in charge of data transmission control.
在整个协议栈中，传输层协议负责端到端速率控制，实质上是对资源进行分配。
In the whole protocol stack, transportation layer is responsible for end-to-end rate control, which is essentially resource allocation.
无线资源控制(RRC)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。
RRC lies in the 3rd 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(RRC)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。
RRC lies in the 3rd sublayer of air interface protocol stack, the main function of which is the control and management of radio resource.
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