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    • 11. 发明授权
    • Demodulation of data collected prior to bit edge detection
    • 解调在位边缘检测之前收集的数据
    • US08494094B2
    • 2013-07-23
    • US12848819
    • 2010-08-02
    • Sundar RamanDominic Gerard Farmer
    • Sundar RamanDominic Gerard Farmer
    • H03D1/00
    • G01S19/246
    • An apparatus and method begin creation and storage of correlation sums to be demodulated (“early-collected sums”) prior to determination of a location of a bit of data in a wireless signal relative to a local clock. Such early storage allows demodulation of these early-collected sums at a later time, specifically on determination of the data's location in the wireless signal, thereby to yield early-collected data bits. Additionally, after determination of the data bit's location in the wireless signal, additional data bits are further generated in the normal manner, by demodulating the wireless signal, thereby to yield normally-collected data bits. Use of early-collected data bits in generating navigation data reduces the time to start data demodulation, and enables fewer normally-collected data bits to be used to generate navigation data, in several aspects of the invention.
    • 在确定相对于本地时钟的无线信号中的数据位的位置之前,装置和方法开始创建和存储要解调的相关和(“早期采集的和”)。 这种早期存储允许在稍后的时间对这些早期收集的和进行解调,特别是在无线信号中确定数据的位置,从而产生早期收集的数据位。 此外,在确定无线信号中的数据位的位置之后,通过解调无线信号,以常规方式进一步产生附加的数据位,从而产生正常收集的数据位。 在本发明的若干方面中,使用早期收集的数据位来产生导航数据减少了开始数据解调的时间,并且使得能够使用较少的正常收集的数据位来产生导航数据。
    • 12. 发明授权
    • System and method for roaming between wireless networks
    • 无线网络漫游的系统和方法
    • US08396076B2
    • 2013-03-12
    • US13335606
    • 2011-12-22
    • Michael S. BorellaSundar Raman
    • Michael S. BorellaSundar Raman
    • H04J3/16
    • H04W36/14H04W80/04
    • Systems and methods for roaming between a mobile node and at least one serving node connected to a network are disclosed. The present application provides a method for roaming between. In the system and method, a first communication is established between the mobile node and one of the serving nodes through a control server, when an Ethernet transceiver is used by the mobile node. Ethernet is used for communications between the mobile node and the control server, and a wireless communication technology for communications between the control server and the serving node. The control server also translates communications between Ethernet and the wireless communication technology. In the system and method, a second communication is established between the mobile node and one of the serving nodes with the wireless communication technology, when a wireless communication technology transceiver is used by the mobile node.
    • 公开了在移动节点与连接到网络的至少一个服务节点之间漫游的系统和方法。 本应用程序提供了一种漫游方法。 在系统和方法中,当移动节点使用以太网收发器时,通过控制服务器在移动节点与服务节点之间建立第一通信。 以太网用于移动节点和控制服务器之间的通信,以及用于控制服务器和服务节点之间的通信的无线通信技术。 控制服务器还转换以太网和无线通信技术之间的通信。 在系统和方法中,当移动节点使用无线通信技术收发信机时,利用无线通信技术在移动节点与服务节点之间建立第二通信。
    • 13. 发明申请
    • SYSTEM AND METHOD FOR SYNCHRONIZING DIGITAL BITS IN A DATA STREAM
    • 用于在数据流中同步数字位置的系统和方法
    • US20120236973A1
    • 2012-09-20
    • US13349102
    • 2012-01-12
    • Sundar RamanJames M. Brown
    • Sundar RamanJames M. Brown
    • H04L7/033H04L27/06
    • H04B1/7075G01S19/24G01S19/30H04B2201/70715
    • A system for synchronizing a receiver of a bit stream to the bit stream include a correlator to remove the PN code modulation and to generate a stream of time sequence values (samples) from the received bits. Multiple accumulators are included, each accumulator corresponding to a different offset from a first time period. The accumulators add a number of values equal to a number of samples in a bit period. Multiple magnitude calculators receive sums from the corresponding accumulators and calculates respective magnitudes. Multiple non-coherent summers are then used to add the magnitudes for each offset in each bit period for all of the received bits. The outputs of the non-coherent summers are analyzed to find the highest value, to identify the location of the bit transition in the bit period.
    • 用于将比特流的接收机同步到比特流的系统包括相关器以去除PN码调制并从接收的比特生成时间序列值(采样)流。 包括多个累加器,每个累加器对应于与第一时间段不同的偏移量。 累加器在一个位周期中增加等于多个样本的值。 多个幅度计算器从相应的累加器接收和并计算各自的幅度。 然后使用多个非相干相加来为每个接收位的每个位周期增加每个偏移的幅度。 分析非相干加法器的输出以找到最高值,以识别位周期中位转换的位置。
    • 14. 发明申请
    • DEMODULATION OF DATA COLLECTED PRIOR TO BIT EDGE DETECTION
    • 在边缘检测前收集的数据的解调
    • US20120027133A1
    • 2012-02-02
    • US12848819
    • 2010-08-02
    • Sundar RamanDominic Gerard Farmer
    • Sundar RamanDominic Gerard Farmer
    • H04L27/06H04L7/02
    • G01S19/246
    • An apparatus and method begin creation and storage of correlation sums to be demodulated (“early-collected sums”) prior to determination of a location of a bit of data in a wireless signal relative to a local clock. Such early storage allows demodulation of these early-collected sums at a later time, specifically on determination of the data's location in the wireless signal, thereby to yield early-collected data bits. Additionally, after determination of the data bit's location in the wireless signal, additional data bits are further generated in the normal manner, by demodulating the wireless signal, thereby to yield normally-collected data bits. Use of early-collected data bits in generating navigation data reduces the time to start data demodulation, and enables fewer normally-collected data bits to be used to generate navigation data, in several aspects of the invention.
    • 在确定相对于本地时钟的无线信号中的数据位的位置之前,装置和方法开始创建和存储要解调的相关和(“早期采集的和”)。 这种早期存储允许在稍后的时间对这些早期收集的和进行解调,特别是在无线信号中确定数据的位置,从而产生早期收集的数据位。 此外,在确定无线信号中的数据位的位置之后,通过解调无线信号,以常规方式进一步产生附加的数据位,从而产生正常收集的数据位。 在本发明的若干方面中,使用早期收集的数据位来产生导航数据减少了开始数据解调的时间,并且使得能够使用较少的正常收集的数据位来产生导航数据。
    • 15. 发明授权
    • System and method for roaming between wireless networks
    • 无线网络漫游的系统和方法
    • US08107496B2
    • 2012-01-31
    • US12766292
    • 2010-04-23
    • Michael S. BorellaSundar Raman
    • Michael S. BorellaSundar Raman
    • H04J3/16
    • H04W36/14H04W80/04
    • Systems and methods for roaming between a mobile node and at least one serving node connected to a network are disclosed. The present application provides a method for roaming between. In the system and method, a first communication is established between the mobile node and one of the serving nodes through a control server, when an Ethernet transceiver is used by the mobile node. Ethernet is used for communications between the mobile node and the control server, and a wireless communication technology for communications between the control server and the serving node. The control server also translates communications between Ethernet and the wireless communication technology. In the system and method, a second communication is established between the mobile node and one of the serving nodes with the wireless communication technology, when a wireless communication technology transceiver is used by the mobile node.
    • 公开了在移动节点与连接到网络的至少一个服务节点之间漫游的系统和方法。 本应用程序提供了一种漫游方法。 在系统和方法中,当移动节点使用以太网收发器时,通过控制服务器在移动节点和服务节点之间建立第一通信。 以太网用于移动节点和控制服务器之间的通信,以及用于控制服务器和服务节点之间的通信的无线通信技术。 控制服务器还转换以太网和无线通信技术之间的通信。 在系统和方法中,当移动节点使用无线通信技术收发信机时,利用无线通信技术在移动节点与服务节点之间建立第二通信。