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    • 1. 发明授权
    • Compression of data in read only storage and embedded systems
    • 在只读存储和嵌入式系统中压缩数据
    • US06349375B1
    • 2002-02-19
    • US09309061
    • 1999-05-10
    • David Vincent FaulknerStephen Jay KleinBruce Eric MannTavit K. OhanianThomas Courtenay PorcherPhilip John Trasatti
    • David Vincent FaulknerStephen Jay KleinBruce Eric MannTavit K. OhanianThomas Courtenay PorcherPhilip John Trasatti
    • G06F926
    • G06F12/08G06F2212/401
    • This disclosure involves the combination of data compression and decompression with a virtual memory system. A number of computer systems are discussed, including so-called embedded systems, in which data is stored in a storage device in a compressed format. In response to a request for data by a central processing unit (CPU), the virtual memory system will first determine if the requested data is present in the portion of main memory that is accessible to the CPU, which also happens to be where decompressed data is stored. If the requested data is not present in the decompressed portion of main memory, but rather is present in a compressed format in the storage device, the data will be transferred into the decompressed portion of main memory through a demand paging operation. During the demand paging operation, the compressed data will be decompressed. Likewise, if data is paged out of the decompressed portion of main memory, and that data must be saved, it can also be compressed before storage in the storage device for compressed data.
    • 本公开涉及数据压缩和解压缩与虚拟存储器系统的组合。 讨论了许多计算机系统,包括所谓的嵌入式系统,其中数据以压缩格式存储在存储设备中。 响应于中央处理单元(CPU)对数据的请求,虚拟存储器系统将首先确定所请求的数据是否存在于CPU可访问的主存储器部分中,这也恰好是解压缩数据 被存储。 如果请求的数据不存在于主存储器的解压缩部分中,而是以存储设备中的压缩格式存在,则数据将通过请求寻呼操作被传送到主存储器的解压缩部分。 在请求寻呼操作期间,压缩数据将被解压缩。 同样,如果数据从主存储器的解压缩部分中分页出来,并且数据必须被保存,那么也可以在存储设备中压缩数据之前对其进行压缩。
    • 2. 发明授权
    • Load balancing port switching hub
    • 负载平衡端口交换集线器
    • US5742587A
    • 1998-04-21
    • US808083
    • 1997-02-28
    • John G. ZornigTavit K. OhanianGeorge A. Klarakis
    • John G. ZornigTavit K. OhanianGeorge A. Klarakis
    • H04L12/44H04L12/46H04L12/56H04L12/26
    • H04L47/13H04L12/44H04L12/4604H04L47/10H04L47/11H04L47/125
    • A port switching hub consists of a number of local area network ports, a number of internal channels to which these ports may be connected from time to time under program control, and circuitry suitable for causing each channel to function as a local area network repeater. The ports have a variety of control and measurement functions associated with them. An instrumentation, a programmable controller or embedded computer program, for example, estimates the traffic load on each channel based on information available from the port controllers. The control program further predicts the effect of reassigning the ports to different channels based on available data, internal models of network behavior, and other constraints such as address assignment, and changes the port assignment so as to achieve a goal, such as balancing of traffic load or assignment. The reassignment of ports may occur periodically, or in response to an event, and may or may not be forced to occur during a period of channel inactivity.
    • 端口交换集线器由许多局域网端口组成,这些端口可以在程序控制下不时连接到这些端口的多个内部通道,以及适于使每个通道用作局域网中继器的电路。 端口具有与它们相关的各种控制和测量功能。 例如,仪器仪表,可编程控制器或嵌入式计算机程序根据从端口控制器获得的信息来估计每个通道上的流量负载。 控制程序进一步预测基于可用数据,网络行为的内部模型以及诸如地址分配的其他约束将端口重新分配到不同信道的效果,并且改变端口分配以实现诸如流量平衡的目标 加载或分配。 端口的重新分配可以周期性地或响应于事件发生,并且可以在或不被迫在信道不活动的时段期间发生。