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Patent Agency Ranking
公开(公告)号：KR101449571B1
公开(公告)日：2014-10-13
申请号：KR1020140011401
申请日：2014-01-29
Applicant: 국방과학연구소
Abstract: The present invention relates to a method for estimating a location of a threat by resolving an ambiguity of selecting radar pulses and, more specifically, to a method for estimating a location of a threat by resolving an ambiguity of selecting radar pulses in a Time Difference Of Arrival (TDOA) system based on a genetic algorithm. The method of the present invention is configured to resolve the ambiguity of selecting the radar pulses for the threat having a small pulse repetition period value against a separation distance between electronic devices receiving the radar pulse and configured to be able to complement the weakness of a position estimation system using the TDOA with accuracy and fast convergence speed.
Abstract translation: 本发明涉及一种用于通过解决选择雷达脉冲的模糊度来估计威胁位置的方法，更具体地，涉及一种通过解析在时差中选择雷达脉冲的模糊度来估计威胁位置的方法 基于遗传算法的到达（TDOA）系统。 本发明的方法被配置为解决针对具有小脉冲重复周期值的威胁选择雷达脉冲与接收雷达脉冲的电子设备之间的间隔距离并被配置为能够补偿位置的弱点的模糊性 估计系统采用TDOA准确，收敛速度快。
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公开(公告)号：KR101394165B1
公开(公告)日：2014-05-27
申请号：KR1020140025507
申请日：2014-03-04
Applicant: 국방과학연구소
IPC: G06F3/03
CPC classification number: G06K9/6255 , G06F17/16 , G06K2209/01
Abstract: The present invention relates to a method for recognizing a user-adaptive cursive script in a smart device based on state transition probability. The method is realized in a manner of allowing a recognizer to train a cursive script inputted by a user, making a chain code, generated from the cursive script, into a state transition probability matrix, providing the recognizer with each of cursive script discriminating factors (P1-P9) extracted from the state transition probability matrix and then outputting the recognition result, terminating the recognition of the cursive script, when the recognition result is normal, and receiving a request for characters intended by the user and allowing the recognizer to retrain the characters, when the recognition result is abnormal. Thus, a writing style of a user can be recognized quickly with a high accuracy, a fast writing style (cursive script) with stronger user-specific font characteristics can be recognized as an exact writing style and, in particular, the poor performance and use of current smart devices can be extended by improving the character recognition of the smart devices.
Abstract translation: 本发明涉及一种基于状态转移概率来识别智能设备中的用户自适应草书的方法。 该方法以允许识别器训练由用户输入的草书脚本，使从草书脚本生成的链码变为状态转移概率矩阵的方式实现，向识别器提供草图脚本区分因素 P1-P9），然后输出识别结果，终止对草书脚本的识别，当识别结果正常时，接收对用户意图要求的字符的请求，并允许识别器重新训练 字符，当识别结果异常时。 因此，可以高精度地快速识别用户的书写风格，具有更强的用户特定字体特征的快速书写风格（草书脚本）可以被识别为精确的书写风格，特别是差的性能和使用 可以通过改进智能设备的字符识别来扩展当前的智能设备。
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公开(公告)号：KR101218150B1
公开(公告)日：2013-01-03
申请号：KR1020100117802
申请日：2010-11-25
Applicant: 국방과학연구소
Abstract: 본발명에따른이기종다중센서위협정보통합장치는플랫폼단위로위협물을식별할수 있는제1 탐지기를포함하여상기위협물을탐지할수 있는서로다른종류의탐지기를 2개이상구비하는위협물탐지부, 상기위협물과대응되는최대사거리정보및 상기위협물과관련된위협시퀀스를구성하는시퀀스위협물로부터상기위협물까지의최대거리정보를포함하는위협물정보를기저장하는위협물정보저장부, 상기제1 탐지기에서식별된제1 위협물에해당하는위협물정보를상기위협물정보저장부에서추출하고, 상기추출된위협물정보를이용하여제1 위협물과상기시퀀스위협물간의이격각도를산출하는각도산출부및 상기제1 탐지기를제외한제2 탐지기에서탐지된제2 위협물의위치를분석하여상기제1 위협물의위치를기준으로상기이격각도를만족하면상기제1 위협물과의통합후보로상기제2 위협물을설정하는위협물통합부를포함함으로써신뢰성있고신속한위협물의통합이가능하므로위협물에대해적절한대처를신속하게수행할수 있다.
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公开(公告)号：KR1020120116094A
公开(公告)日：2012-10-22
申请号：KR1020110033639
申请日：2011-04-12
Applicant: 국방과학연구소
Abstract: PURPOSE: An aircraft survivability equipment back-up device using ASE(Aircraft Survivability Equipment) back-up signals is provided to cope with emergencies by constituting a back-up system without adding a malfunction controlling device and by firing a chaff/flare shell. CONSTITUTION: An aircraft survivability equipment back-up device using ASE back-up signals comprises an ASE back-up switch(21) and a chaff/flare launcher(4). The ASE back-up switch receives back-up request signals through a cockpit of a pilot when communications of a MIL-STD-1553B EW BUS with at least one lower grade device among a laser warning receiver(2), a radar warning receiver(3), a missile warning receiver(5), the chaff/flare launcher, and an infrared ray interfering device(6) is cut off. The chaff/flare launcher receives the ASE back-up request signals from the ASE back-up switch and operates the same for the ASE back-up, thereby coping with emergencies by launching a chaff/flare shell. [Reference numerals] (1) Electronic warfare computer; (2) Laser warning receiver; (20) Receiving ASE back-up signals from an operator; (21) Switch; (3) Radar warning receiver; (4) Chaff/flare launcher; (5) Missile warning receiver; (6) Infrared ray interfering device; (7) Duty computer; (8) Intercall; (9) Multi-functional display; (AA) Communication cut-off for operating a back up of lower grade device
Abstract translation: 目的：提供使用ASE（飞机生存能力设备）备份信号的飞机生存能力设备备份装置，通过构成一个备用系统来应对紧急情况，而不需要增加故障控制装置，并且通过点燃壳/火炬壳。 规定：使用ASE备用信号的飞机生存设备备份设备包括ASE备用开关（21）和谷壳/火炬发射器（4）。 当在MIL-STD-1553B EW总线与激光警告接收器（2），雷达报警接收器（2）中的至少一个较低等级的装置通信时，ASE备用开关通过驾驶员的驾驶舱接收备用请求信号 3），导弹警告接收器（5），谷壳/火炬发射器和红外线干涉装置（6）被切断。 谷壳/火炬发射器从ASE备份交换机接收ASE备份请求信号，并对ASE备份进行相同操作，从而通过启动一个谷壳/火炬壳来应对紧急情况。 （附图标记）（1）电子战计算机; （2）激光报警接收机; （20）从运营商接收ASE备用信号; （21）开关; （3）雷达警报接收器; （4）烟囱/火炬发射器; （5）导弹预警接收机; （6）红外线干扰装置; （7）计算机; （8） （9）多功能显示; （AA）用于操作较低级设备备份的通讯切断
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公开(公告)号：KR1020120027660A
公开(公告)日：2012-03-22
申请号：KR1020100089376
申请日：2010-09-13
Applicant: 국방과학연구소
Abstract: PURPOSE: An integrated launching control switch for a self-protection apparatus of an aircraft can manually control chaffs and flares anytime with a pilot override switch by controlling a HOCAS(Hands On Collective And Stick) even if an EWC(Electronic Warfare Computer) is malfunctioned. CONSTITUTION: An integrated launching control switch for a self-protection apparatus of an aircraft comprises an EWC(30), an integrated launching control switch(70), a squib power(71), and a chaff/flare shooting unit(41). The EWC integrally manages various threat states of an aircraft. The EWC orders a lunching order of chaffs or flares without a pilot corresponding to the threat of the aircraft and launches ammunitions of chaffs or flares. In order to launch the chaff and flare with operation of a HOCAS by the pilot if the EWC is out of order, the integrated launching control switch launches the chaff and flare with operation of the pilot override switch. The chaff/flare shooting unit receives the HOCAS signals of the pilot and a squib power from the integrated launching control switch and launches the chaff and flare.
Abstract translation: 目的：即使EWC（电子战计算机）发生故障，也可以通过控制HOCAS（Hands On Collective And Stick）手动控制飞行员超控开关的任何时间的手指控制飞镖自动保护装置的发射控制开关。 。 构成：用于飞机自保护装置的集成发射控制开关包括EWC（30），集成发射控制开关（70），爆管电源（71）和谷壳/火炬射击单元（41）。 EWC整合管理飞机的各种威胁状态。 EWC在没有飞行员威胁的飞行员的情况下，下令发出一系列薯条或火炬，并发射了各种火柴或火炬弹。 为了在EWC出故障的情况下，由飞行员进行HOCAS的操作，发射谷壳和火炬，集成发射控制开关通过引导超控开关的操作启动谷壳和火炬。 烟囱/火炬射击单元从集成发射控制开关接收飞行员的HOCAS信号和点火功率，并发射谷壳和火炬。
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