电讯技术
電訊技術
전신기술
TELECOMMUNICATIONS ENGINEERING
2013年
10期
1331-1335
,共5页
舰艇实装模拟训练%WinPcap%数据采集%数据解析%训练评估
艦艇實裝模擬訓練%WinPcap%數據採集%數據解析%訓練評估
함정실장모의훈련%WinPcap%수거채집%수거해석%훈련평고
ship-borne simulation training%WinPcap%date collection%date analysis%training evaluation
为了提升舰艇实装模拟训练的反馈和评估功能,针对新型舰艇作战装备网络的特点,设计了在不同局域网里进行多点实时采集评估数据方法。该方法引入WinPcap ( Windows Packet Capture )工具,对网络适配器缓冲区的配置参数进行优化,实现了网络抓包性能的提升。同时,提出了通用数据解析机制,通过建立滑块模式缓冲区特有的读写方法,按照严密的解析流程对不断采集到的网络数据进行自动拆分、重组和舍弃方式来筛选查找,完成了对感兴趣评估数据的定点提取。实验结果表明,对于100 M以太网,以TCP方式每秒传输小于5万个数据包(每个数据包长度为228字节),系统无丢包现象,并能对不同粘包进行正确还原,满足舰艇实装模拟训练对评估数据采集的需求。
為瞭提升艦艇實裝模擬訓練的反饋和評估功能,針對新型艦艇作戰裝備網絡的特點,設計瞭在不同跼域網裏進行多點實時採集評估數據方法。該方法引入WinPcap ( Windows Packet Capture )工具,對網絡適配器緩遲區的配置參數進行優化,實現瞭網絡抓包性能的提升。同時,提齣瞭通用數據解析機製,通過建立滑塊模式緩遲區特有的讀寫方法,按照嚴密的解析流程對不斷採集到的網絡數據進行自動拆分、重組和捨棄方式來篩選查找,完成瞭對感興趣評估數據的定點提取。實驗結果錶明,對于100 M以太網,以TCP方式每秒傳輸小于5萬箇數據包(每箇數據包長度為228字節),繫統無丟包現象,併能對不同粘包進行正確還原,滿足艦艇實裝模擬訓練對評估數據採集的需求。
위료제승함정실장모의훈련적반궤화평고공능,침대신형함정작전장비망락적특점,설계료재불동국역망리진행다점실시채집평고수거방법。해방법인입WinPcap ( Windows Packet Capture )공구,대망락괄배기완충구적배치삼수진행우화,실현료망락조포성능적제승。동시,제출료통용수거해석궤제,통과건립활괴모식완충구특유적독사방법,안조엄밀적해석류정대불단채집도적망락수거진행자동탁분、중조화사기방식래사선사조,완성료대감흥취평고수거적정점제취。실험결과표명,대우100 M이태망,이TCP방식매초전수소우5만개수거포(매개수거포장도위228자절),계통무주포현상,병능대불동점포진행정학환원,만족함정실장모의훈련대평고수거채집적수구。
According to the characteristics of a new type of warship equipment network, the method of real-time collection of the assessment data from multipoint in different actual equipment networks is put for-ward to enhance the feedback and evaluation function of ship-borne simulation training. In this method, the toolkit of WinPcap( Windows packet capture) is used, and the data buffer parameter of the network a-dapter is optimized to enhance the performance of packet capture. At the same time, the general data anal-ysis mechanism is proposed, and the special buffer block mode of reading and writing method is estab-lished. With the analytical process to implement the way of automatic separation, reorganization and aban-don to filter and search the collected network data, it can position the interesting assessment data complete-ly, correctly and real-timely. The experimental results show that the system can process up to 50 000 packets per second (each data packet length is 228 bytes) by TCP on 100M Ethernet link, so it satisfies the requirement of practical training in the warship simulation for assessment data collection.