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    • 1. 发明申请
    • HASH-BASED SYSTEMS AND METHODS FOR DETECTING, PREVENTING, AND TRACING NETWORK WORMS AND VIRUSES
    • 基于HASH的系统和检测,预防和跟踪网络和病毒的方法
    • US20100205672A1
    • 2010-08-12
    • US12762365
    • 2010-04-18
    • Walter Clark MillikenWilliam Timothy StrayerStephen Douglas MilliganLuis SanchezCraig Partridge
    • Walter Clark MillikenWilliam Timothy StrayerStephen Douglas MilliganLuis SanchezCraig Partridge
    • G06F21/00
    • H04L63/145G06F21/562H04L51/12
    • A system (126-129) detects transmission of potentially malicious packets. The system (126-129) receives packets and generates hash values corresponding to each of the packets. The system (126-129) may then compare the generated hash values to hash values corresponding to prior packets. The system (126-129) determines that one of the packets is a potentially malicious packet when the generated hash value corresponding to the one packet matches one of the hash values corresponding to one of the prior packets and the one prior packet was received within a predetermined amount of time of the one packet. The system (126-129) may also facilitate the tracing of the path taken by a potentially malicious packet. In this case, the system (126-129) may receive a message that identifies a potentially malicious packet, generate hash values from the potentially malicious packet, and determine whether one or more of the generated hash values match hash values corresponding to previously-received packets. The system (126-129) may then identify the potentially malicious packet as one of the previously-received packets when one or more of the generated hash values match the hash value corresponding to the one previously-received packet.
    • 系统(126-129)检测潜在恶意数据包的传输。 系统(126-129)接收分组并产生与每个分组对应的散列值。 然后,系统(126-129)可以将生成的散列值与对应于先前分组的散列值进行比较。 当对应于一个分组的生成的散列值与对应于先前分组之一的哈希值中的一个匹配,并且在一个分组内接收到一个先前分组时,系统(126-129)确定分组中的一个是潜在的恶意分组 一个分组的预定时间量。 系统(126-129)还可以便利跟踪潜在的恶意数据包所采取的路径。 在这种情况下,系统(126-129)可以接收标识潜在恶意数据包的消息,从潜在的恶意数据包生成散列值,并确定所生成的散列值中的一个或多个是否与先前接收到的散列值相匹配 数据包 然后当一个或多个所生成的散列值与对应于先前接收的一个分组的散列值相匹配时,系统(126-129)可以将潜在的恶意分组识别为先前接收的分组之一。
    • 4. 发明授权
    • Self-calibrating shooter estimation
    • 自校准射手估计
    • US07190633B2
    • 2007-03-13
    • US10925876
    • 2004-08-24
    • Marshall Seth BrinnJames Edwin BargerStephen Douglas Milligan
    • Marshall Seth BrinnJames Edwin BargerStephen Douglas Milligan
    • H04B17/00G01S3/80
    • G01S5/22F41J5/06G01S3/808G01S5/021Y10S367/906
    • Shockwave-only solutions that estimate shooter position and shot trajectory are extremely sensitive to the quality and precision of the shock time-of-arrival (TOA) measurements as well as the accuracy to which relative sensor positions in space are known. Over the life of a long-deployed system, the sensor positions can shift and the performance of some sensors may degrade for various reasons. Such changes can degrade the performance of deployed shooter estimation systems. Disclosed are systems and methods that can be used to calibrate sensor positions based on shock and muzzle measurements processed from a series of shots fired from a known location and in a known direction, as well as an approach for dynamically adapting shock-only shooter estimation algorithms to compensate for sensor degradation and/or loss.
    • 估计射击者位置和射击轨迹的仅基于震波的解决方案对于冲击到达时间(TOA)测量的质量和精度以及空间中相对传感器位置的准确性非常敏感。 在长期使用的系统的使用寿命内,传感器位置可能会发生变化,并且由于各种原因,某些传感器的性能可能会降低。 这种变化可能会降低部署的射手估计系统的表现。 公开了可用于基于从已知位置和已知方向发射的一系列射击处理的冲击和枪口测量来校准传感器位置的系统和方法,以及用于动态适应仅冲击射击者估计算法 以补偿传感器劣化和/或损失。
    • 9. 发明申请
    • HASH-BASED SYSTEMS AND METHODS FOR DETECTING, PREVENTING, AND TRACING NETWORK WORMS AND VIRUSES
    • 基于HASH的系统和检测,预防和跟踪网络和病毒的方法
    • US20090158435A1
    • 2009-06-18
    • US12249803
    • 2008-10-10
    • Walter Clark MillikenWilliam Timothy StrayerStephen Douglas MilliganLuis SanchezCraig Partridge
    • Walter Clark MillikenWilliam Timothy StrayerStephen Douglas MilliganLuis SanchezCraig Partridge
    • G06F21/00
    • H04L63/145G06F21/562H04L51/12
    • A system (126-129) detects transmission of potentially malicious packets. The system (126-129) receives packets and generates hash values corresponding to each of the packets. The system (126-129) may then compare the generated hash values to hash values corresponding to prior packets. The system (126-129) determines that one of the packets is a potentially malicious packet when the generated hash value corresponding to the one packet matches one of the hash values corresponding to one of the prior packets and the one prior packet was received within a predetermined amount of time of the one packet. The system (126-129) may also facilitate the tracing of the path taken by a potentially malicious packet. In this case, the system (126-129) may receive a message that identifies a potentially malicious packet, generate hash values from the potentially malicious packet, and determine whether one or more of the generated hash values match hash values corresponding to previously-received packets. The system (126-129) may then identify the potentially malicious packet as one of the previously-received packets when one or more of the generated hash values match the hash value corresponding to the one previously-received packet.
    • 系统(126-129)检测潜在恶意数据包的传输。 系统(126-129)接收分组并产生与每个分组对应的散列值。 然后,系统(126-129)可以将生成的散列值与对应于先前分组的散列值进行比较。 当对应于一个分组的生成的散列值与对应于先前分组之一的哈希值中的一个匹配,并且在一个分组内接收到一个先前分组时,系统(126-129)确定分组中的一个是潜在的恶意分组 一个分组的预定时间量。 系统(126-129)还可以便利跟踪潜在的恶意数据包所采取的路径。 在这种情况下,系统(126-129)可以接收标识潜在恶意数据包的消息,从潜在的恶意数据包生成散列值,并确定所生成的散列值中的一个或多个是否与先前接收到的散列值相匹配 数据包 然后当一个或多个所生成的散列值与对应于先前接收的一个分组的散列值相匹配时,系统(126-129)可以将潜在的恶意分组识别为先前接收的分组之一。