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    • 3. 发明授权
    • System for using three different methods to report buffer memory
occupancy information regarding fullness-related and/or packet
discard-related information
    • 用于使用三种不同方法来报告关于与丰满度和/或丢弃丢弃相关的信息的缓冲存储器占用信息的系统
    • US5390299A
    • 1995-02-14
    • US814998
    • 1991-12-27
    • Satish L. RegeKadangode K. RamakrishnanDavid A. Gagne
    • Satish L. RegeKadangode K. RamakrishnanDavid A. Gagne
    • G06F13/18G06F13/38G06F13/42G06F12/00
    • G06F13/387G06F13/18
    • In a network adapter for a host computer, the data occupancy level of a buffer memory used to store network packets is monitored, and the occupancy level is reported to the host. The buffer memory is organized as a plurality of fixed-size pages. A memory controller uses an allocation counter to track the number of pages available to store incoming data packets, and the value of the allocation counter is compared with a programmable threshold. A data word accompanies each packet delivered to the host to indicate whether the allocation count exceeds the threshold. When the buffer memory has insufficient free space to store an incoming packet, the packet is discarded. The network adapter keeps a count of the number of discarded packets. An adapter manager microprocessor, which is part of the network adapter, reports the count to the host computer on request. The adapter manager also reports the value of the allocation count and other important network adapter variables to the host computer.
    • 在用于主计算机的网络适配器中,监视用于存储网络分组的缓冲存储器的数据占用级别,并将占用级别报告给主机。 缓冲存储器被组织为多个固定大小的页面。 存储器控制器使用分配计数器来跟踪可用于存储输入数据分组的页面数量,并将分配计数器的值与可编程阈值进行比较。 数据字伴随传送到主机的每个分组,以指示分配计数是否超过阈值。 当缓冲存储器没有足够的可用空间来存储传入的数据包时,丢弃数据包。 网络适​​配器保留丢弃数据包的数量。 适配器管理器微处理器是网络适配器的一部分,可根据要求向计算机报告计数。 适配器管理器还将分配计数和其他重要网络适配器变量的值报告给主机。
    • 5. 发明授权
    • Attribute based multiple data structures in host for network received
traffic
    • 主机中基于属性的多个数据结构,用于网络接收流量
    • US5303347A
    • 1994-04-12
    • US815007
    • 1991-12-27
    • David A. GagneSatish L. Rege
    • David A. GagneSatish L. Rege
    • G06F13/14
    • G06F13/14
    • A method and apparatus for transferring packets of information with different attributes from a device interface to buffers in a host memory dedicated to particular attribute values or ranges of values. The apparatus consists of multiple shared data structures in the form of receive rings, each associated with memory buffers dedicated to a particular range of values for a particular packet attribute. The device interface determines which receive ring is associated with a buffer dedicated to the proper attribute value range by comparing the value of the attribute of the received packet with the values of attributes associated with the buffers of each ring. A sequencing ring is provided to store the order in which each receive ring must be accessed by the host cpu when retrieving packets. This sequencing ring ensures that the host cpu will retrieve the packets in the order in which they were received.
    • 用于将具有不同属性的信息的分组从设备接口传送到专用于特定属性值或值范围的主机存储器中的缓冲器的方法和装置。 该装置由接收环形式的多个共享数据结构组成,每个共享数据结构与专用于特定分组属性的特定范围值的存储器缓冲器相关联。 设备接口通过将接收到的分组的属性的值与每个环的缓冲器相关联的属性的值进行比较来确定哪个接收环与专用于适当属性值范围的缓冲器相关联。 提供了一个排序环,用于存储在检索数据包时主机cpu中每个接收环必须被访问的顺序。 此排序环确保主机cpu将按照接收的顺序检索数据包。
    • 7. 发明授权
    • Fast access charge coupled device memory organizations for a
semiconductor chip
    • 用于半导体芯片的快速接入电荷耦合器件存储器组织
    • US4112504A
    • 1978-09-05
    • US734351
    • 1976-10-20
    • Satish L. RegeBeng-Yu Woo
    • Satish L. RegeBeng-Yu Woo
    • G11C19/28G11C21/00
    • G11C19/287G11C19/285
    • This disclosure relates to fast access CCD memory organizations with parallel loops or tracks wherein the total number of data bits which can be stored on a single calculator chip is dependent on the overhead circuitry consisting of a number of refresh amplifiers and various switches required to switch the stored data from a storage track to a read/write location and also on the number of refresh amplifiers as well as control circuitry required for distribution of clock pulses to the respective storage tracks. As the number of switches and refresh amplifiers is increased, so is the total area required for storage bits. As the number of clock switches is increased, the power dissipation for the semiconductor chip is decreased. As the number of refresh amplifiers is increased, the access time and total service time is decreased. A number of different optimum memory organizations are disclosed.
    • 本公开涉及具有并行环路或轨道的快速存取CCD存储器组合,其中可以存储在单个计算器芯片上的数据位的总数取决于由多个刷新放大器组成的开销电路和切换所需的各种开关 从存储轨道到读/写位置的存储数据以及刷新放大器的数量以及将时钟脉冲分配到各个存储轨道所需的控制电路。 随着开关和刷新放大器的数量增加,存储位所需的总面积也增加。 随着时钟开关的数量增加,半导体芯片的功耗降低。 随着刷新放大器的数量增加,访问时间和总服务时间减少。 公开了许多不同的最佳记忆组织。
    • 8. 发明授权
    • Symmetrically switched multimedia system
    • 对称切换多媒体系统
    • US5612897A
    • 1997-03-18
    • US620110
    • 1996-03-21
    • Satish L. Rege
    • Satish L. Rege
    • G06F11/20H04L12/56H04L29/06H04L12/00
    • H04L49/254H04L29/06H04L49/252H04L65/4076H04L65/4084G06F2211/1028H04L29/06027H04L49/3027H04L67/42
    • A multimedia system for delivering multimedia content items to customer premises equipment via a circuit of a communications network includes a plurality of substantially identical nodes connected in a symmetric mesh. Each node includes a switch and a server. The server includes disk storage for the multimedia content, a switch interface for connecting the server to the switch, and a network adapter for connecting the server to the communications network. Source nodes fetch data from disk, routing nodes transport data among nodes, and destination nodes transport the data to the communications network. The switch is a store-and-forward switch including direct memory access engine for pulling data into the switch, and a buffer for storing data to be forwarded to another switch. Portions of each content item are distributed substantially equally over the available storage media to improve load balancing and data redundancy.
    • 用于经由通信网络的电路将多媒体内容项目提供给客户驻地设备的多媒体系统包括以对称网格连接的多个基本相同的节点。 每个节点包括交换机和服务器。 服务器包括用于多媒体内容的磁盘存储器,用于将服务器连接到交换机的交换机接口以及用于将服务器连接到通信网络的网络适配器。 源节点从磁盘获取数据,路由节点在节点之间传输数据,目的节点将数据传输到通信网络。 交换机是存储转发交换机,包括用于将数据拉入交换机的直接存储器访问引擎,以及用于存储要转发到另一交换机的数据的缓冲器。 每个内容项的部分基本上均等地分布在可用的存储介质上以改善负载平衡和数据冗余。
    • 9. 发明授权
    • Network adapter for interrupting host computer system in the event the
host device driver is in both transmit and receive sleep states
    • 在主机设备驱动程序处于发送和接收睡眠状态的情况下,用于中断主机系统的网络适配器
    • US5440690A
    • 1995-08-08
    • US225367
    • 1994-04-08
    • Satish L. RegeAndrew P. Russo
    • Satish L. RegeAndrew P. Russo
    • G06F5/10G06F13/12G06F13/24G06F13/00
    • G06F5/10G06F13/128G06F13/24G06F2205/108
    • A network adapter with an interrupt generation circuit to minimize the number of host computer system interrupts needed to notify the host computer system that the network adapter has consumed one or more host memory buffers. The interrupt generation circuit issues an interrupt to the host computer system when the host computer system has entered both a transmit sleep state and a receive sleep state, and the network adapter has consumed a host memory buffer not processed by the host computer system. When the host computer system has no work to do with respect to transmit buffers in the host computer memory, it enters a transmit sleep state and indicates to the network adapter the last transmit buffer it processed. When the host computer system has no work to do with respect to receive buffers in the host computer memory, it enters a receive sleep state and indicates to the network adapter the last receive buffer it processed. If subsequent to both these indications, the network adapter consumes a host memory buffer that the host computer system has not processed, the interrupt generation circuit issues an interrupt to the host computer system. The network adapter further includes means for the host computer system to notify the network adapter that the host computer has produced multiple host memory buffers for the network adapter to consume.
    • 具有中断产生电路的网络适配器,以最小化通知主机系统网络适配器已消耗一个或多个主机内存缓冲区所需的主机计算机系统中断次数。 当主计算机系统进入发送休眠状态和接收休眠状态时,中断产生电路向主计算机系统发出中断,并且网络适配器已经消耗了未被主机系统处理的主机存储器缓冲器。 当主计算机系统对于主计算机存储器中的发送缓冲器没有任何工作时,它进入发送休眠状态,并向网络适配器指示其处理的最后发送缓冲器。 当主计算机系统与主计算机存储器中的接收缓冲区无关的工作时,它进入接收休眠状态,并向网络适配器指示其处理的最后一个接收缓冲器。 如果在这两个指示之后,网络适配器消耗主机系统尚未处理的主机内存缓冲区,则中断产生电路向主机系统发出中断。 网络适​​配器还包括用于主计算机系统通知网络适配器主机计算机已经产生用于网络适配器消耗的多个主机存储器缓冲器的装置。