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    • 2. 发明授权
    • Method and apparatus for a fast comparison in redundant form arithmetic
    • 冗余形式算法快速比较的方法和装置
    • US06826588B2
    • 2004-11-30
    • US10032026
    • 2001-12-17
    • Bharat BhushanEdward GrochowskiVinod SharmaJohn Crawford
    • Bharat BhushanEdward GrochowskiVinod SharmaJohn Crawford
    • G06F702
    • G06F7/48G06F7/02G06F7/026G06F7/4824
    • The present invention provides an efficient method for bypassing outputs while in redundant form to an arithmetic circuit that is capable of adding or subtracting numbers in redundant from and comparing the magnitudes of numbers received in redundant form for equality and inequality relationships. For one embodiment of the invention, an arithmetic circuit subtracts numbers received in redundant form and compares the result to zero represented in redundant form without carry propagation. In parallel with the subtraction and comparison, the most significant bits of each number received in redundant form are generated and compared for equality, and a carry-out is generated for the subtraction. These results are combined by magnitude comparison logic to produce a magnitude comparison for the numbers received in redundant form.
    • 本发明提供了一种用于以冗余形式旁路输出到算术电路的有效方法,该算术电路能够从冗余形式中增加或减少冗余中的数字并比较用于相等和不等式关系的以冗余形式接收的数字的数量。 对于本发明的一个实施例,运算电路减去以冗余形式接收的数字,并将结果与​​以多余形式表示的零进行比较,而无需进位传播。 与减法和比较并行地,以冗余形式接收的每个数字的最高有效位被生成和比较以相等,并且为减法产生进位输出。 这些结果通过幅度比较逻辑组合,以产生以冗余形式接收的数字的幅度比较。
    • 4. 发明授权
    • Method and apparatus for performing single-cycle addition or subtraction and comparison in redundant form arithmetic
    • 用于在冗余形式算术中执行单周期加法或减法和比较的方法和装置
    • US07395304B2
    • 2008-07-01
    • US10890848
    • 2004-07-13
    • Bharat BhushanVinod SharmaEdward GrochowskiJohn Crawford
    • Bharat BhushanVinod SharmaEdward GrochowskiJohn Crawford
    • G06F7/04
    • G06F7/5095G06F7/02G06F7/4824
    • A method and apparatus is disclosed that uses an arithmetic circuit for adding numbers represented in a redundant form to also subtract numbers received in redundant form, including numbers received from a bypass circuit. A non-propagative comparator circuit is then used to compare a given value with a result from the arithmetic circuit to determine if the result is equal to the given value. All of the operations described above can be accomplished without propagating carry signals throughout the circuitry.The method includes generating a complemented redundant form of at least one number supplied to the arithmetic circuit in redundant form. It also includes providing adjustment input to the arithmetic circuit to augment a result produced through the arithmetic circuit. This adjustment causes the arithmetic circuit to generate a valid outcome in redundant form as a result of a subtraction operation if the arithmetic operation is subtraction. Then the result is compared to a given value using a non-propagative comparator to determine equality or inequality of the result to the given value.
    • 公开了一种方法和装置,其使用运算电路来添加以冗余形式表示的数字,还可以减去以冗余形式接收的数字,包括从旁路电路接收的数字。 然后使用非传播比较器电路将给定值与运算电路的结果进行比较,以确定结果是否等于给定值。 可以在整个电路中不传播进位信号来实现上述所有操作。 该方法包括以冗余的形式生成提供给运算电路的至少一个数的补码冗余形式。 它还包括向算术电路提供调整输入以增加通过运算电路产生的结果。 如果算术运算是减法,则该调整使得运算电路作为减法运算的结果以冗余形式产生有效结果。 然后将结果与使用非传播比较器的给定值进行比较,以确定结果与给定值的相等或不等式。
    • 7. 发明授权
    • Rate control during AF using cellular intervention to modulate AV node
    • 使用细胞干预调整AV节点的AF期间的速率控制
    • US08565898B2
    • 2013-10-22
    • US11116621
    • 2005-04-28
    • Vinod SharmaDaniel C. Sigg
    • Vinod SharmaDaniel C. Sigg
    • A61N1/00A61K38/00A61K38/16
    • A61N1/362A61K9/0019A61K31/221A61K38/177A61N1/0568
    • A biologic intervention method and apparatus generates a persistent modification to an AV node that is physiologically stable after the agent has matured but is alterable with subsequent application of an agent. Specifically, the generic agent is used to modulate a node in a cardiac conduction system including rate control using one and a combination of a family of K+ channel or equivalent. Specifically, the channel is implemented to slow conduction by generating an outward current during optimization of action potential and repolarization phase thus decreasing the current that is available to excite downstream cells. A Kv 1.3 channel, for example, may be used as the biologic channel. The invention enables reversal of the modulation or adjustment for various heart rates (BPM) based on medical and patient-specific needs.
    • 生物干预方法和装置对于在该药剂已经成熟但随后随后施用药剂而可变化的生理稳定的AV节点产生持久性修饰。 具体地,通用代理用于调制心脏传导系统中的节点,包括使用一个K +通道或等效物系的组合的速率控制。 具体地,通过在动作电位和复极相优化期间产生向外的电流来实现缓慢传导,从而减少可用于激发下游单元的电流。 例如,可以使用Kv1.3通道作为生物通道。 本发明能够根据医疗和患者特定的需要逆转各种心率(BPM)的调节或调整。
    • 9. 发明申请
    • Method and apparatus for independent piezoelectric excitation in the micro-actuator assemblies of a hard disk drive for improved drive reliability
    • 用于硬盘驱动器的微致动器组件中的独立压电激励的方法和装置,用于提高驱动可靠性
    • US20090034128A1
    • 2009-02-05
    • US11897936
    • 2007-08-31
    • Vinod SharmaHyung Jai Lee
    • Vinod SharmaHyung Jai Lee
    • G11B21/24
    • G11B5/4826G11B5/4873G11B5/5552
    • A hard disk drive using a micro-actuator assembly to position a slider over a track on a rotating disk surface. The micro-actuator assembly includes a first piezoelectric device and a second piezoelectric device, both mechanically coupled to the slider. The first piezoelectric device includes a first terminal electrically coupled to a first voltage line and a second terminal electrically coupled to a ground line. The second piezoelectric device includes a third terminal electrically coupled to a ground line and a fourth terminal electrically coupled to a voltage line. A voltage applied to the first voltage line stimulates only the first piezoelectric device to alter a lateral position of the slider over the rotating disk surface, and a second voltage applied to the second voltage line stimulates only the second piezoelectric device to alter the lateral position of the slider over the rotating disk surface.
    • 使用微型致动器组件的硬盘驱动器将滑块定位在旋转盘表面上的轨道上。 微致动器组件包括机械地联接到滑块的第一压电装置和第二压电装置。 第一压电器件包括电耦合到第一电压线的第一端子和电耦合到接地线的第二端子。 第二压电器件包括电耦合到接地线的第三端子和电耦合到电压线的第四端子。 施加到第一电压线的电压仅刺激第一压电装置来改变滑块在旋转盘表面上的横向位置,并且施加到第二电压线的第二电压仅刺激第二压电装置改变第二压电装置的横向位置 滑块越过旋转盘表面。