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    • 3. 发明申请
    • ADAPTIVE BOOTING FROM MASS STORAGE DEVICE
    • 适用于大容量存储设备
    • WO2006040758A3
    • 2006-11-16
    • PCT/IL2005001066
    • 2005-10-06
    • MILSYS LTDBRCIN SLOBODANBLEYER AKIVAZIEGLER ALON
    • BRCIN SLOBODANBLEYER AKIVAZIEGLER ALON
    • G06F15/177G06F12/00
    • G06F9/4406
    • A prior art mass storage device for bootstrap loading of a computer operating system must be configured on a set-up computer whose BIOS has the same geometrical translation scheme as the BIOS of the host computer where the storage device is intended to be installed and used. The present invention provides a mass storage device capable of bootstrap loading the computer operating system despite differences between the BIOS geometrical translation scheme of the set-up computer and that of the host computer, along with methods for implementing and preparing such a device. The present invention provides executable code on the storage device itself, which resolves the geometrical translation of the set-up configuration to comply with that of the host computer, independent of the respective BIOS translation schemes used for set-up and host computers.
    • 用于计算机操作系统的引导加载的现有技术大容量存储设备必须配置在其BIOS具有与主计算机的BIOS相同的几何平移方案的设置计算机上,其中存储设备旨在被安装和使用。 本发明提供一种能够引导加载计算机操作系统的大容量存储设备,尽管设置计算机的BIOS几何转换方案与主计算机的BIOS几何转换方案之间存在差异,以及用于实现和准备这种设备的方法。 本发明提供了存储设备本身上的可执行代码,其独立于用于设置和主计算机的相应BIOS翻译方案,解决了设置配置的几何平移以符合主机计算机的配置。
    • 4. 发明申请
    • TWO-PHASE PROGRAMMING OF A FLASH MEMORY
    • 闪存存储器的两相编程
    • WO2005074386A3
    • 2006-06-15
    • PCT/IL2005000031
    • 2005-01-09
    • MILSYS LTDRONEN AMIRAVRAHAM MEIR
    • RONEN AMIRAVRAHAM MEIR
    • G11C11/34G11C16/12G11C16/34
    • G11C16/12G11C16/3468
    • A datum is stored in a memory by placing a memory cell in a first state that is indicative of the datum, and later placing the same or a different cell in a second state that is indicative of the same datum. If a different cell is placed in the second state, both cells are programmed to store the same number of bits, and then preferably the first cell is erased. Preferably, the first cell is placed in the first state by the application thereto of a first train of voltage pulses until the cell's threshold voltage exceeds a first reference voltage, and the first or second cell is placed in the second state by the application thereto of a second train of voltage pulses until the cell's threshold voltage exceeds a second reference voltage.
    • 通过将存储器单元放置在指示基准的第一状态中,并且稍后将相同或不同的单元放置在指示相同基准的第二状态中,将基准存储在存储器中。 如果不同的单元被置于第二状态,则两个单元被编程为存储相同数量的位,然后优选地,第一单元被擦除。 优选地,通过对其施加第一列电压脉冲将第一电池放置在第一状态,直到电池的阈值电压超过第一参考电压,并且第一或第二电池通过其应用被置于第二状态 第二列电压脉冲,直到电池的阈值电压超过第二参考电压。
    • 8. 发明申请
    • SMARTCARD POWER MANAGEMENT
    • 智能卡电源管理
    • WO2006109289A3
    • 2007-07-05
    • PCT/IL2006000378
    • 2006-03-26
    • MILSYS LTDDARIEL DANI
    • DARIEL DANI
    • G06K19/06
    • G06K19/0701G06K7/0008G06K19/07
    • Portable smartcard devices, methods of operating smartcard devices, systems including a smartcard device and a terminal, and computer readable storage media including instructions for smartcard devices are provided. According to some embodiments, the smartcard includes a controller for executing commands received from a terminal, where execution of at least one command affects a power consumption of the smartcard device during subsequent execution of at least one other command. Optionally, the command which modifies smartcard power consumption is issued by the terminal in accordance with a power consumption decision. According to some embodiments, as an allowed power consumption of the smartcard device increases, the performance of the smartcard increases, and vice versa. According to some embodiments, the execution of the at least one command sets an operating parameter of the smartcard device, such as a clock frequency or a time of a non-volatile memory operation, thereby affecting the power consumption of the smartcard device during the subsequent executing. Alternatively or additionally, the execution of the at least one command enables or disables a functional unit of the smartcard device. Exemplary functional units include but are not limited to floating-point units and cryptographic units. Alternatively or additionally, the execution of the at least one command enables or disables memory such as non-volatile memory of the smartcard device. According to some embodiments, the execution of the at least one command sets an operating parameter of internal circuitry of the smartcard.
    • 提供便携式智能卡设备,操作智能卡设备的方法,包括智能卡设备和终端的系统,以及包括用于智能卡设备的指令的计算机可读存储介质。 根据一些实施例,智能卡包括用于执行从终端接收的命令的控制器,其中至少一个命令的执行在后续执行至少一个其他命令期间影响智能卡设备的功耗。 可选地,根据功率消耗决定由终端发出修改智能卡功耗的命令。 根据一些实施例,随着智能卡设备的允许功率消耗增加,智能卡的性能增加,反之亦然。 根据一些实施例,所述至少一个命令的执行设置智能卡设备的操作参数,诸如时钟频率或非易失性存储器操作的时间,从而在后续期间影响智能卡设备的功耗 执行。 或者或另外,至少一个命令的执行启用或禁用智能卡设备的功能单元。 示例性功能单元包括但不限于浮点单元和加密单元。 或者或另外,至少一个命令的执行启用或禁用诸如智能卡设备的非易失性存储器的存储器。 根据一些实施例,至少一个命令的执行设置智能卡的内部电路的操作参数。
    • 9. 发明申请
    • LARGE NUMBER MULTIPLICATION METHOD AND DEVICE
    • 大数量化方法和装置
    • WO2006120680A3
    • 2007-05-03
    • PCT/IL2006000551
    • 2006-05-09
    • MILSYS LTDDROR ITAIDOLGUNOV BORIS
    • DROR ITAIDOLGUNOV BORIS
    • G06F7/52
    • G06F7/525
    • A signed multiplication method and a corresponding device for multiplying a first multiplicand with a second multiplicand. The device stores the first multiplicand in a first register as a first vector of at least one respective digit and storing the second multiplicand in a second register as a second vector of at least one respective digit, each digit having a pre-determined number of bits. The method further converts the digits of the first vector and the second vector to corresponding digits of one bit less each than the pre-determined number of bits. A processor effects signed multiplication of the multiplicands.
    • 一种有符号乘法方法和用于将第一被乘数与第二被乘数相乘的相应装置。 设备将第一被乘数存储在第一寄存器中作为至少一个相应数字的第一向量,并将第二被乘数存储在第二寄存器中作为至少一个相应数字的第二向量,每个数字具有预定数量的位 。 该方法还将第一向量和第二向量的数字转换成比预定位数少一位的相应位数。 处理器对被乘数进行带符号乘法。