内蒙古边境地区可持续发展对策

内蒙古边境地区是我国北方最重要的生态防线 ,是改革开放的前沿 ,也是一个欠发达的地区 ,在其发展中面临着许多严峻的问题和困难。内蒙古边境地区只有通过快速而健康地发展 ,才能摆脱和解决所面临的许多困难和问题。而要快速、健康地发展 ,就必须实施经济与社会可持续发展战略。     

Multi-scale traffic vehicle detection based on faster R-CNN with NAS optimization and feature enrichment

It well known that vehicle detection is an important component of the field of object detection. However, the environment of vehicle detection is particularly sophisticated in practical processes. It is compara-tively difficult to detect vehicles of various scales in traffic scene images, because the vehicles partially obscured by green belts, roadblocks or other vehicles, as well as influence of some low illumination weather. In this paper, we present a model based on Faster R-CNN with NAS optimization and feature enrichment to realize the effective detection of multi-scale vehicle targets in traffic scenes. First, we proposed a Retinex-based image adaptive correction algorithm (RIAC) to enhance the traffic images in the dataset to reduce the influence of shadow and illumination, and improve the image quality. Second, in order to improve the feature expression of the backbone network, we conducted Neural Architecture Search (NAS) on the backbone network used for feature extraction of Faster R-CNN to generate the optimal cross-layer connection to extract multi-layer features more effectively. Third, we used the object Feature Enrichment that combines the multi-layer feature information and the context information of the last layer after cross-layer connection to enrich the information of vehicle targets, and improve the robustness of the model for challenging targets such as small scale and severe occlusion. In the imple-mentation of the model, K-means clustering algorithm was used to select the suitable anchor size for our dataset to improve the convergence speed of the model. Our model has been trained and tested on the UN-DETRAC dataset, and the obtained results indicate that our method has art-of-state detection performance.     

A method to determine the shell layout scheme for equipment battlefield damage tests under artillery fire

In this paper,a new method for determining the shell layout scheme is proposed,which can make the equipment damage data by the battlefield damage test resemble as close as possible the actual combat data.This method is based on the analysis of the impact point distribution and effective damage area of equipment.In order to obtain the position of the impact points,an impact point distribution model under artillery fire was established.Similarly,in order to obtain the effective damage area of equipment,the concepts of generalized damage area and task-based equipment functional damage probability were demonstrated,and the corresponding calculation model was established.Through case analysis,the shell layout scheme was effectively obtained,verifying the correctness of the proposed method.     

自航式鱼雷发射装置发射管长度优化研究

基于某型鱼雷自航发射的内弹道数学模型,选择自航管的总长度作为优化目标,讨论了约束函数的取值,确定了优化问题的数学表达.采用惩罚函数法进行寻优计算,针对约束函数具有不可微和非线性的特点,采用模式搜索算法进行了无约束优化的求解,给出了优化结果并进行了比较.     

基于中间层驱动程序构建广域网环境下分布仿真联邦

从数据包的截获、解析、封装及解封等方面讨论了分布仿真中间层驱动程序的实现。通过该中间层驱动程序对多播数据的封装处理,使多播数据在广域网上以单播数据进行传输,从而实现跨路由的目的,完成分布仿真联邦的构建。     

基于混合判断矩阵优选大区域防空作战方案

对混合判断矩阵和完全一致性混合判断矩阵这2个概念进行了新的应用。针对大区域防空作战决策中指挥员可能给出的混合判断信息情形,构建混合判断矩阵,并基于互反判断信息和互补判断信息的转换公式,利用文献中给出的求解混合判断矩阵排序向量的简便方法,将其应用于大区域防空作战方案的排序和择优,辅助防空作战指挥员提高决策能力和质量,同时对于防空作战辅助决策系统设计也具有较好的参考价值。     

我国西部偏远地区女童教育问题浅探

本文客观描述了当前西部偏远地区女童教育问题的实际状况,并针对存在问题进行了分析,提出了相应的思路。希望对实现两性教育公平,改变教育发展的不平衡状态,实现更大的社会公平有借鉴价值。     

海洋移动目标多模型运动预测方法

分析海洋移动目标的运动特征,提出了预测前插值的灰色预测方法,改进了航迹变更预测和潜在区域预测模型。通过集成匀速运动预测、航迹变更预测、基于航迹的预测和潜在区域预测,提出多模型运动预测方法及其模型参数配置依据,根据滑动时间窗口中的观测数据与预测值的统计比较,评价不同预测方法的近期预测效果,决策下阶段适宜选择的预测方法。仿真实验表明多模型运动预测比使用单一运动预测方法降低预测风险,提高了预测精度。     

某型火箭炮弹对面积目标的毁伤仿真

某型火箭炮是新型的主战装备,对其战术技术性能的研究具有重要意义。采用仿真的方法对该型武器系统对目标的毁伤过程进行研究,可以大大节约实弹射击所需经费,并且可以动态地观察毁伤过程的细节。根据某型火箭炮弹抛撒子弹模型及子弹毁伤目标性能指标,采用理论分析和计算机模拟手段,对该型火箭炮弹对面积目标的毁伤过程进行了仿真,并得出了毁伤效率随子弹枚数和CEP的变化规律。研究成果对该型武器系统的作战运用具有借鉴意义。     

驱护舰编队对潜防御性搜索态势分析与方法

针对驱护舰武器装备的发展,结合驱护舰编队海上对潜防御作战的新特点,根据特定驱护舰编队的使命任务,提出了特定驱护舰编队对潜进攻性搜索与防御性搜索的新概念,并在战斗战场范围内对特定驱护舰编队对潜防御性搜索态势进行了分析,给出了编队对潜防御性搜索方法.对部队作战与训练具有一定的参考应用价值.