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    • 3. 发明授权
    • System, device, method, and medium for processing sales and non-monetary transfers
    • 用于处理销售和非货币转移的系统,设备,方法和媒介
    • US09031864B2
    • 2015-05-12
    • US13542052
    • 2012-07-05
    • Mark Alan Evans
    • Mark Alan Evans
    • G06Q20/00G06Q20/20G06Q10/08G06Q40/02
    • G06Q20/203G06Q10/087G06Q20/201G06Q20/209G06Q20/24G06Q40/02
    • A system is described that processes transactions as sales and non-monetary transfers. Processing occurs in a cycle where at a single prompt, a transaction is identified as a sale or a non-monetary transfer. A good that is the subject of the transaction is also identified. The good, and either a sales price or cost price, depending on whether the transaction is a sale or a non-monetary transfer, respectively, is displayed. A record of the transaction, including whether the transaction is a sale or a non-monetary transfer and the sales price or cost price, respectively, is created and stored. An inventory count record is adjusted to reflect an adjustment to inventory based on the occurrence of the transaction. The system that processes transactions as sales and non-monetary transfers may include multiple devices in a server/client architecture or may include a single device. A corresponding method and storage medium are also described.
    • 描述了将交易作为销售和非货币转移处理的系统。 处理发生在一个周期中,在单个提示下,交易被识别为销售或非货币转移。 也是确定交易主题的好处。 根据交易是分别进行销售还是非货币转移,都会显示出良好的销售价格或成本价格。 交易的记录,包括交易是销售还是非货币转移,以及销售价格或成本价格分别被创建和存储。 调整库存盘点记录以反映基于交易发生的库存调整。 将交易处理为销售和非货币转移的系统可以包括服务器/客户端架构中的多个设备,或者可以包括单个设备。 还描述了相应的方法和存储介质。
    • 7. 发明申请
    • All-optical signal regeneration
    • 全光信号再生
    • US20050244162A1
    • 2005-11-03
    • US10837854
    • 2004-05-03
    • Alan EvansDmitri Kuksenkov
    • Alan EvansDmitri Kuksenkov
    • H04B10/02H04B10/17H04J14/02H04J14/08
    • H04B10/299H04J14/0227H04J14/0241
    • An all-optical method of regenerating an optical return-to-zero format pulse signal of a first wavelength starts by introducing the input signal into a first end of a non-linear optical fiber to obtain a modified signal comprising pulses broadened in the wavelength domain. When this modified signal emerges from the second end of said non-linear optical fiber, a bandwidth slice is selected that is centered on a second wavelength so spaced from the first wavelength that its intensity is substantially unresponsive to weak pulses in the signal and relatively insensitive to intensity for other pulses. This slice is returned to the same non-linear optical fiber at its second end so that a further modified signal comprising pulses broadened in the wavelength domain will emerge from its first end. From this further modified signal a bandwidth slice centered on the first wavelength is selected as regenerated output. Regenerators operating in this way are also disclosed.
    • 通过将输入信号引入非线性光纤的第一端来重新生成第一波长的光返回到零格式的脉冲信号的全光学方法,以获得包括波长范围扩大的脉冲的修改信号 。 当该修改的信号从所述非线性光纤的第二端出现时,选择以与第一波长间隔的第二波长为中心的带宽片,其强度对信号中的弱脉冲基本上不响应,并且相对不敏感 到其他脉冲的强度。 该片在其第二端返回到相同的非线性光纤,使得包括在波长域中扩展的脉冲的另外修改的信号将从其第一端出现。 从该进一步修改的信号中选择以第一波长为中心的带宽切片作为再生输出。 还公开了以这种方式操作的再生器。
    • 8. 发明申请
    • Secure digital communication
    • 安全的数字通讯
    • US20050135612A1
    • 2005-06-23
    • US10741212
    • 2003-12-19
    • Alan Evans
    • Alan Evans
    • H04K1/10H04L9/00
    • H04K1/10
    • A secure digital data transmission technique in which a transmitter and a receiver, are connected by two or more transmission channels, preferably carried on separate optical fibers. The transmitter includes a switch operable to divide a datastream to be transmitted into segments each comprising from a few tens to a few thousand data bits and allocating adjacent said segments always to different said transmission channels. Delays may be introduced so that the divided datastreams arrive at the receiver in correct temporal relation, or the separate received datastreams may be stored and interleaved subsequently. The switch may operate periodically or according to a key. Gaps are preferably infilled with random or unrelated data.
    • 一种安全的数字数据传输技术,其中发送器和接收器通过两个或更多个传输通道连接,优选地在单独的光纤上承载。 发射机包括可操作以将要发射的数据流划分成包括从几十到几千个数据比特的段的开关,并且将相邻的所述段总是分配给不同的所述传输信道。 可以引入延迟,使得划分的数据流以正确的时间关系到达接收机,或者可以随后存储和交织单独的接收的数据流。 交换机可以周期性地或根据密钥进行操作。 间隙优选地填充有随机或不相关的数据。
    • 9. 发明授权
    • Set-associative cache memory having variable time decay rewriting algorithm
    • 具有可变时间衰减重写算法的集合相关缓存存储器
    • US06732238B1
    • 2004-05-04
    • US10167133
    • 2002-06-10
    • Marc Alan EvansPavlos Konas
    • Marc Alan EvansPavlos Konas
    • G06F1200
    • G06F12/123G06F12/0864G06F12/1027G06F12/128
    • A set-associative structure replacement algorithm is particularly beneficial for irregular set-associative structures which may be affected by different access patterns, and different associativities available to be replaced on any given access. According to certain aspects, methods and apparatuses implement a novel decay replacement algorithm that is particularly beneficial for irregular set-associative structures. An embodiment apparatus includes set-associative structures having decay information stored therein, as well as update/replacement logic to implement replacement algorithms for translation lookup buffers (TLBS) and caches that vary in the number of associativities; have unbalanced associativity sizes, e.g., associativities can have different numbers of indices; and can have varying replacement criteria. The implementation apparatuses and methods provide good performance, on the level of LRU, random and clock algorithms; and is efficient and scalable.
    • 集合关联结构替换算法对于可能受不同访问模式影响的不规则集合关联结构以及可在任何给定访问上被替换的不同关联特别有益。 根据某些方面,方法和装置实现对于不规则集合关联结构特别有利的新型衰减替换算法。 实施例装置包括具有存储在其中的衰减信息的集合关联结构,以及更新/替换逻辑,以实现在关联数量上变化的翻译查找缓冲器(TLBS)和高速缓存的替换算法; 具有不平衡的缔合性大小,例如,关联性可以具有不同数量的索引; 并且可以具有不同的替换标准。 实现装置和方法在LRU,随机和时钟算法的水平上提供了良好的性能; 并且是高效和可扩展的。