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    • 7. 发明授权
    • Apparatus and method for distributing a search key in a ternary memory array
    • 在三元存储器阵列中分配搜索关键字的装置和方法
    • US09501584B2
    • 2016-11-22
    • US13758600
    • 2013-02-04
    • Broadcom Corporation
    • Chetan Deshpande
    • G06F17/30
    • G06F17/30979G06F17/30982Y02D10/45
    • Separate key processing units generate different search keys based off of a single master key received at a ternary memory array chip. A reference search key and selection logic are provided to reduce power dissipation in a global search key bus across the chip. The reference search key is the output of one of the key processing units and its bytes are compared with the output from each of the other key processing units. A select signal from each unit indicates which bytes match. Each matching byte at each key processing unit is blocked from changing corresponding bit line logic values across the chip, reducing the number of voltage switches occurring in the global search key bus. The select signal causes a selection module local to each superblock to select the matching byte(s) from the reference search key and non-matching byte(s) from the global search key bus to reconstitute the entire search key.
    • 单独的密钥处理单元基于在三元存储器阵列芯片处接收的单个主密钥生成不同的搜索密钥。 提供了一种参考搜索键和选择逻辑,以减少跨芯片的全局搜索键总线的功耗。 参考搜索关键字是其中一个密钥处理单元的输出,并且其字节与来自每个其他密钥处理单元的输出进行比较。 每个单元的选择信号指示哪个字节匹配。 在每个密钥处理单元处的每个匹配字节被阻止在芯片上改变相应的位线逻辑值,从而减少在全局搜索关键总线中发生的电压开关的数量。 选择信号使得每个超级块的本地选择模块从参考搜索关键字和来自全局搜索关键字总线的非匹配字节中选择匹配字节以重构整个搜索关键字。
    • 8. 发明申请
    • CYBERNAUT: A Cloud-Oriented Energy-Efficient Intrusion-Tolerant Hypervisor
    • CYBERNAUT:面向云的节能型入侵容忍管理程序
    • US20160321093A1
    • 2016-11-03
    • US14697743
    • 2015-04-28
    • United States Government as represented by the Secretary of the Navy
    • Luis Angel D. Bathen
    • G06F9/455G06F17/30
    • G06F9/45558G06F17/3089G06F21/53G06F2009/45591G06F2009/45595Y02D10/45
    • An apparatus comprising: a virtual machine (VM) base image database; a VM image generator configured to build in the VM base image database a corpus of possible VMs that may run on a cloud service provider; an energy profiler configured to generate energy profiles offline of each permutation in the VM base image database under several different operating conditions; an energy profile database populated with the energy profiles generated by the energy profiler; and a monitor configured to monitor energy patterns in side-channels at the VM level and to compare the energy patterns for each VM operating on the cloud service provider with the energy profiles stored in the energy profile database, and further configured to trigger a self-cleansing cycle when a given real-time energy pattern deviates from its corresponding energy profile by a predetermined threshold amount.
    • 一种装置,包括:虚拟机(VM)基础图像数据库; VM映像生成器被配置为在VM基本映像数据库中构建可能在云服务提供商上运行的可能的VM的语料库; 能量分析器被配置为在几个不同的操作条件下在VM基本图像数据库中产生离散的每个排列的能量曲线; 能量分布数据库填充有能量分析仪生成的能量曲线; 以及监视器,被配置为监视VM级别的侧信道中的能量模式,并且将在云服务提供商上运行的每个VM的能量模式与存储在能量简档数据库中的能量简档进行比较, 当给定的实时能量模式偏离其对应的能量分布预定阈值量时,清洁循环。