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    • 1. 发明授权
    • Methods and circuitry for reconfigurable SEU/SET tolerance
    • 用于可重新配置的SEU / SET公差的方法和电路
    • US07859292B1
    • 2010-12-28
    • US12502575
    • 2009-07-14
    • Robert L. Shuler, Jr.
    • Robert L. Shuler, Jr.
    • H03K19/003H03K19/007
    • H03K19/0033H03K19/0075H03K19/17736H03K19/17748H03K19/17764H03K19/23Y10T29/49002
    • A device is disclosed in one embodiment that has multiple identical sets of programmable functional elements, programmable routing resources, and majority voters that correct errors. The voters accept a mode input for a redundancy mode and a split mode. In the redundancy mode, the programmable functional elements are identical and are programmed identically so the voters produce an output corresponding to the majority of inputs that agree. In a split mode, each voter selects a particular programmable functional element output as the output of the voter. Therefore, in the split mode, the programmable functional elements can perform different functions, operate independently, and/or be connected together to process different parts of the same problem.
    • 在一个实施例中公开了一种装置,其具有多个相同的可编程功能元件组,可编程布线资源以及校正错误的多数选民。 选民接受冗余模式和分割模式的模式输入。 在冗余模式下,可编程功能元件是相同的,并且被相同地编程,所以选票器产生对应于大部分同意的输入的输出。 在分割模式中,每个选民选择特定的可编程功能元素输出作为投票者的输出。 因此,在分割模式中,可编程功能元件可以执行不同的功能,独立操作和/或连接在一起以处理相同问题的不同部分。
    • 3. 发明申请
    • METHODS AND CIRCUITRY FOR RECONFIGURABLE SEU/SET TOLERANCE
    • 可重新配置SEU /容差的方法和电路
    • US20110012638A1
    • 2011-01-20
    • US12502575
    • 2009-07-14
    • Robert L. Shuler, JR.
    • Robert L. Shuler, JR.
    • H03K19/003H01S4/00
    • H03K19/0033H03K19/0075H03K19/17736H03K19/17748H03K19/17764H03K19/23Y10T29/49002
    • A device is disclosed in one embodiment that has multiple identical sets of programmable functional elements, programmable routing resources, and majority voters that correct errors. The voters accept a mode input for a redundancy mode and a split mode. In the redundancy mode, the programmable functional elements are identical and are programmed identically so the voters produce an output corresponding to the majority of inputs that agree. In a split mode, each voter selects a particular programmable functional element output as the output of the voter. Therefore, in the split mode, the programmable functional elements can perform different functions, operate independently, and/or be connected together to process different parts of the same problem.
    • 在一个实施例中公开了一种装置,其具有多个相同的可编程功能元件组,可编程布线资源以及校正错误的多数选民。 选民接受冗余模式和分割模式的模式输入。 在冗余模式下,可编程功能元件是相同的,并且被相同地编程,所以选票器产生对应于大部分同意的输入的输出。 在分割模式中,每个选民选择特定的可编程功能元素输出作为投票者的输出。 因此,在分割模式中,可编程功能元件可以执行不同的功能,独立操作和/或连接在一起以处理相同问题的不同部分。
    • 5. 发明授权
    • Method and apparatus for reducing the vulnerability of latches to single event upsets
    • 用于减少锁存器对单个事件扰乱的脆弱性的方法和装置
    • US06377097B1
    • 2002-04-23
    • US09525371
    • 2000-03-13
    • Robert L. Shuler, Jr.
    • Robert L. Shuler, Jr.
    • H03K3356
    • H03K3/356165H03K3/0375
    • A delay circuit includes a first network having an input and an output node, a second network having an input and an output, the input of the second network being coupled to the output node of the first network. The first network and the second network are configured such that: a glitch at the input to the first network having a length of approximately one-half of a standard glitch time or less does not cause the voltage at the output of the second network to cross a threshold, a glitch at the input to the first network having a length of between approximately one-half and two standard glitch times causes the voltage at the output of the second network to cross the threshold for less than the length of the glitch, and a glitch at the input to the first network having a length of greater than approximately two standard glitch times causes the voltage at the output of the second network to cross the threshold for approximately the time of the glitch. The method reduces the vulnerability of a latch to single event upsets. The latch includes a gate having an input and an output and a feedback path from the output to the input of the gate. The method includes inserting a delay into the feedback path and providing a delay in the gate.
    • 延迟电路包括具有输入和输出节点的第一网络,具有输入和输出的第二网络,第二网络的输入耦合到第一网络的输出节点。 第一网络和第二网络被配置为使得在第一网络的输入处的毛刺具有标准毛刺时间或更短的大约二分之一的长度不会导致第二网络的输出处的电压交叉 阈值,在第一网络的输入处的毛刺具有大约二分之二和两个标准毛刺时间之间的长度,导致第二网络的输出处的电压跨越阈值小于毛刺的长度,以及 在具有大于大约两个标准毛刺时间的长度的第一网络的输入处的毛刺导致第二网络的输出处的电压大约在毛刺时间内跨越阈值。 该方法可以减少锁存器对单个事件的影响。 锁存器包括具有输入和输出的门,以及从输出到门的输入的反馈路径。 该方法包括将延迟插入反馈路径并在门中提供延迟。
    • 6. 发明授权
    • Method and apparatus for reducing the vulnerability of latches to single event upsets
    • 用于减少锁存器对单个事件扰乱的脆弱性的方法和装置
    • US06492857B2
    • 2002-12-10
    • US09840684
    • 2001-04-20
    • Robert L. Shuler, Jr.
    • Robert L. Shuler, Jr.
    • H03K3037
    • H03K3/356165H03K3/0375
    • A delay circuit includes a first network having an input and an output node, a second network having an input and an output, the input of the second network being coupled to the output node of the first network. The first network and the second network are configured such that: a glitch at the input to the first network having a length of approximately one-half of a standard glitch time or less does not cause the voltage at the output of the second network to cross a threshold, a glitch at the input to the first network having a length of between approximately one-half and two standard glitch times causes the voltage at the output of the second network to cross the threshold for less than the length of the glitch, and a glitch at the input to the first network having a length of greater than approximately two standard glitch times causes the voltage at the output of the second network to cross the threshold for approximately the time of the glitch. A method reduces the vulnerability of a latch to single event upsets. The latch includes a gate having an input and an output and a feedback path from the output to the input of the gate. The method includes inserting a delay into the feedback path and providing a delay in the gate.
    • 延迟电路包括具有输入和输出节点的第一网络,具有输入和输出的第二网络,第二网络的输入耦合到第一网络的输出节点。 第一网络和第二网络被配置为使得在第一网络的输入处的毛刺具有标准毛刺时间或更短的大约二分之一的长度不会导致第二网络的输出处的电压交叉 阈值,在第一网络的输入处的毛刺具有大约二分之二和两个标准毛刺时间之间的长度,导致第二网络的输出处的电压跨越阈值小于毛刺的长度,以及 在具有大于大约两个标准毛刺时间的长度的第一网络的输入处的毛刺导致第二网络的输出处的电压在大概时间内穿过阈值。一种方法降低了锁存器的脆弱性 单个事件的烦恼。 锁存器包括具有输入和输出的门,以及从输出到门的输入的反馈路径。 该方法包括将延迟插入反馈路径并在门中提供延迟。
    • 7. 发明授权
    • Real-time garbage collection for list processing using restructured
cells for increased reference counter size
    • 使用重组单元进行列表处理的实时垃圾收集,以增加参考计数器大小
    • US4912629A
    • 1990-03-27
    • US878916
    • 1986-06-26
    • Robert L. Shuler, Jr.
    • Robert L. Shuler, Jr.
    • G06F12/02
    • G06F12/0261Y10S707/99957
    • In a list processing system, small reference counters are maintained in conjunction with memory cells for the purpose of identifying memory cells that become available for re-use. The counters are updated as references to the cells are created and destroyed, and when a counter of a cell is decremented to logical zero the cell is immediately returned to a list of free cells. In those cases where a counter must be incremented beyond the maximum value that can be represented in a small counter, the cell is restructured so that the additional reference count can be represented. The restructuring involves allocating an additional cell, distributing counter, tag, and pointer information among the two cells, and linking both cells appropriately into the existing list structure.
    • 在列表处理系统中,小型参考计数器与存储器单元一起被保持,以便识别可用于重复使用的存储器单元。 更新计数器,因为对单元格的引用被创建和销毁,并且当单元的计数器递减到逻辑零时,单元格立即返回到空闲单元列表。 在计数器必须增加超过可以在小计数器中表示的最大值的情况下,重新组合单元,以便可以表示额外的引用计数。 重组涉及在两个小区之间分配附加小区,分配计数器,标签和指针信息,并且将两个小区适当地链接到现有的列表结构中。