Jersey provides a filter-based Interceptor framework that allows registering two types of filters.
Jersey提供一个基于过滤器的侦听器框架，该框架允许注册两种类型的过滤器。
The Exoatmospheric Kill Vehicle (EKV) is a small flying device located in the tip of a Ground-Based Interceptor (GBI) missile.
外太空杀伤拦截器(EKV)是一种位于陆基拦截弹(GBI)顶部的小型飞行器。
The fire control system combined the sensor data, generated accurate targeting coordinates, and simulated a target shootdown with a virtual ground-based interceptor.
火控系统与传感器数据结合，生成精确的目标坐标，然后模拟出路基拦截器击落目标的过程。
Based on infinite interpolation theory and multi-block grid technique, construction grid of interceptor missile with multiple attitude control motors was generated.
基于无限插值理论和多块网格技术，生成了带多姿控发动机的拦截弹结构体网格。
The idea of control based decision tree was proposed for attitude control of the space interceptor with the on-off actuators.
拦截器的发动机为带脉冲型发动机，从而限定了作动器的输出集。对于该拦截器的姿态控制，提出了基于决策树的控制方法。
The basic concepts of AOP and CGLIB dynamic extension mechanism were introduced. How to execute advice in interceptor and finally implement AOP based on CGLIB is presented was proposed.
介绍了AOP的基本概念和CGLIB提供的动态扩展机制，详细阐述了如何在拦截器中执行指示并最终基于CGLIB动态实现AOP的方法。
Since the kinematics of the relative motion between the target and the interceptor is actually nonlinear, guidance laws traditionally based on linearization cause errors in the interception.
目标和拦截弹间的相对运动是非线性的，采用传统线性化模型建立的拦截制导律会因为线性化而带来误差。
Since the kinematics of the relative motion between the target and the interceptor is actually nonlinear, guidance laws traditionally based on linearization cause errors in the interception.
目标和拦截弹间的相对运动是非线性的，采用传统线性化模型建立的拦截制导律会因为线性化而带来误差。
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