I often have to stap up late.

我常常不得不熬夜到很晚。

The stap process begins with a translation of the script into a parse tree (pass 1).

stap流程从将脚本转换成解析树开始(pass 1)。

In chapter 2, the STAP method is studied in conventional nonhomogeneous environment.

第二章研究了常规非均匀环境下的STAP方法。

It is a challenge for Space Time Adaptive Processing (STAP) in non-homogeneous environment.

非均匀环境对空时自适应处理(STAP)是一个挑战。

Figure 2 shows the user-space and kernel-space elements along with the stap-based translation process.

图2显示了user - space和kernel - space元素以及基于stap的转换流程。

The results obtained are helpful to research STAP based on forward looking circular planar array antennas.

所得结果有助于研究基于前视圆面阵的空时自适应处理。

The practical STAP algorithms and its real time implementation problems are researched in this dissertation.

本文结合实际工程背景，研究了适合工程实现的STAP算法，以及算法的实时实现问题。

You use the stap utility to convert the stap script into the kernel module that provides the probe behaviors.

您使用stap实用程序将stap脚本转换成提供探针行为的内核模块。

The final step of stap is the construction of the kernel module (pass 4), which USES the local kernel module build process.

stap的最后步骤是构造使用本地内核模块构建进程的内核模块(pass 4)。

With the availability of the kernel module, stap hands control over to two other SystemTap utilities: staprun and stapio.

有了可用的内核模块之后，stap完成了自己的任务，并将控制权交给其他两个实用程序systemtap： staprun和stapio。

This paper puts great emphasis on the investigation of STAP filtering and target detection in nonhomogeneous environment.

本文着重研究的就是非均匀样本或称环境下的STAP滤波及目标检测。

The performance of the conventional statistical STAP meets great degradation under nonhomogeneous samples or environment.

常规统计STAP在非均匀环境中性能会急剧下降。

Space-time adaptive processing (STAP) is an essential part of airborne or aerospace bistatic radar system signal processing.

空时自适应处理(STAP)是机载和星载双基雷达中的关键技术。

If the distortion has a great influence on receiver performance, the application of STAP anti-jammer will be limited seriously.

这样的失真如果严重影响接收机性能，则空时抗干扰的应用将会受到很大限制。

A computationally efficient Space-Time Adaptive Processing (STAP) method for clutter suppression in airborne MIMO radar is proposed.

该文针对机载MIMO雷达杂波抑制问题，提出一种低复杂度的空时自适应处理(STAP)方法。

Finally, a set of tasks benchmarks of heterogeneous processing board is given, and a real STAP processor is implemented to verify the validity of the study.

最后给出了一组基于异构处理系统的测试基准和实际STAP系统的实现过程，验证了该研究的有效性。

The channel gain and phase errors are inevitable in radar systems and the result in performance degrading of space-time adaptive processing (STAP) algorithm.

雷达系统不可避免地存在通道幅相误差，导致空时自适应处理算法的性能下降。

A new solution to interference target, anti-interference-target STAP algorithm is proposed in chapter 4, which falls under the synthesis technique of sum pattern.

第四章提出了解决干扰目标问题的一种新思路——抗干扰目标STAP算法，这种算法可以归入主波束保形技术中。

There are two important factors that affect the performance of Space-Time Adaptive Processing(STAP), that are steering vector mismatch and covariance matrix mismatch.

导向矢量失配和协方差矩阵失配是影响空时自适应处理（STAP）性能的两大主要因素，基于在最差情况下的性能最优，提出了一种稳健的STAP算法。

One of the tough task that airborne bistatic radar faced is the extensive existing non-stationary of bistatic clutter which will degrades the performance of STAP remarkably.

杂波非均匀是双基地机载雷达杂波抑制面临的一大难题，直接制约着常规STAP方法的杂波抑制性能。

Secondly, the fundamental principle of STAP is presented in detail, and on that basis, the reduced-rank processing methods in both space domain and time domain are researched.

其次详细介绍STAP的基本原理，在此基础上研究空域降维和时域降维方法。

Effects of element failure in different cases are discussed on array pattern, clutter characteristic and space-time adaptive processing (STAP) performance in allusion to a rectangle array.

本文针对矩形面阵的情况，讨论了面阵上不同阵元失效情况对阵列方向图、杂波特性及STAP性能的影响。

After introducing some basic knowledge of nonhomogeneous STAP in Chapter 2, we primarily studied two complete nonhomogeneous STAP schemes: the integration STAP and the direct data domain algorithm.

在第二章介绍了非均匀STAP的一些基本知识后，主要研究了两种完整的非均匀STAP方案：整合STAP和直接数据域算法。

The important issue is analyzed. It is pointed out that STAP could apply to anti-jamming reliably in appropriate optimal criterions and constraints which make navigation signals remain linear phase.

深入分析空时处理对导航信号的影响，指出空时处理可以可靠地应用于导航接收机抗干扰中，但要选取合适的最优准则和约束条件，使空时信号处理保持线性相位。

Different from traditional parallel computations algorithms, Space-Time Adaptive Processing (STAP) algorithms are composed of several phases and each phase consists of many identical, separable tasks.

与传统并行计算研究对象不同的是，空时自适应处理(STAP)的各阶段是由多个相同的、可分离的任务组成。