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    • 3. 发明公开
    • METHODS AND SYSTEMS FOR BANDWIDTH-EFFICIENT REMOTE PROCEDURE CALLS
    • VERFAHREN UND SYSTEMEFÜRBANDBREITENEFFIZIENTE FERNPROZEDURANRUFE
    • EP2867773A2
    • 2015-05-06
    • EP13750595.4
    • 2013-04-15
    • Kabushiki Kaisha Square Enix Holdings (also trading as Square Enix Holdings Co., Ltd)
    • PERRIN, CyrilIWASAKI, Tetsuji
    • G06F9/54
    • H04L67/40A63F13/53G06F9/547H04L47/24H04L49/205H04L67/12H04L69/04
    • A local device obtains at least one instruction for execution by a remote device (e.g., instructions to render a game screen of a video game). A packet representing the at least one instruction is created, and released towards the remote device. Creation of the packet involves consulting a packet dictionary to determine whether a packet index has already been assigned to the at least one instruction. If this is the case, the packet is formulated so that it contains the packet index; otherwise, the packet is formulated to include a function identifier and a set of parameters, which are associated with the at least one instruction. Since fewer bits are needed to encode the packet index than to encode the function identifier and the set of parameters, transmitted packets can be condensed when they represent at least one instruction for which a packet had previously been transmitted.
    • 本地设备获得至少一个用于由远程设备执行的指令(例如,用于呈现视频游戏的游戏画面的指令)。 创建表示至少一条指令的分组,并向远程设备释放。 分组的创建包括咨询分组字典以确定分组索引是否已经被分配给至少一个指令。 如果是这种情况,则分组被配制成使其包含分组索引; 否则,分组被配制为包括与至少一个指令相关联的功能标识符和一组参数。 由于对编码分组索引需要较少的比特来比编码功能标识符和参数集合,所以当传输的分组表示至少一个先前已经发送了分组的指令时,可以进行压缩。
    • 5. 发明授权
    • METHOD AND APPARATUS FOR SUPPLYING REQUESTS TO A SCHEDULER IN AN INPUT-BUFFERED MULTIPORT SWITCH
    • 方法和装置有关的问题到排放控制在与缓冲输入一个开关供应
    • EP1078498B1
    • 2013-12-18
    • EP99920239.3
    • 1999-04-29
    • Alcatel Lucent
    • BAUMAN, James, A.ANDERSON, Eric, T.
    • H04L12/70H04Q11/04
    • H04L47/60H04L47/50H04L47/566H04L49/205H04L49/254H04L49/3018H04L49/352H04Q11/0478
    • A method and apparatus for supplying new requests to a scheduler in an input-buffered multiport switch involve selecting a request that does not target output channels that conflict with output channels targeted by requests that are already accessible to the scheduler. Specifically, target output channels of requests that are presently accessible to the scheduler are identified and compared to target output channels of requests that are included in a queue of next-in-line requests. The queue of next-in-line requests is reviewed and the highest priority request having no conflicting output channels is supplied to the scheduler. By supplying the scheduler with a new request that targets non-conflicting output channels, the scheduler is presented with a wider range of requested output channels from which to choose in each arbitration cycle. In a first embodiment, one, two, or eight ports are connected to each one of four input/output controllers in a switch having a four-channel switch fabric. To supply the scheduler with new requests, secondary arbitration is performed on a channel-specific basis in order to supply channel-specific requests to the scheduler. The method of supplying requests to the scheduler can be scaled to include multiple channels and multiple packet priority designations.
    • 一种输入缓冲多端口交换机上提供新的请求调度的方法和设备涉及选择的请求没有不达标的输出通道也由请求定为目标输出信道冲突也已经向调度访问。 具体而言,请求的目标输出信道做目前访问的调度器被识别并与目标的请求输出通道没被包括在下一序位线的请求队列。 下一序位线的请求的队列被审查,并具有没有冲突输出通道上的最高优先级请求被提供给调度器。 通过提供调度与新的请求没有目标不冲突的输出通道,调度,提出了一系列抵制来自哪个请求输出通道在每个仲裁周期来选择的。 在第一实施例中,一个,两个,或八个端口都连接到四个输入/输出控制器每一个在具有四通道交换结构的开关。 提供与新请求调度器,次级仲裁是为了提供特定的信道的请求发送到调度器执行的特定信道的基础上。 供给请求调度器的方法还可以扩展到包括多个信道和多个数据包优先级的指定。
    • 6. 发明公开
    • MULTI-CLASS DATA TRANSPORT
    • 多级数据传输
    • EP2622816A1
    • 2013-08-07
    • EP11764837.8
    • 2011-09-28
    • British Telecommunications Public Limited Company
    • SOPPERA, AndreaSMITH, Alan PhilipEARDLEY, Philip Laurence
    • H04L29/06H04L12/56
    • H04L47/12H04L47/10H04L47/193H04L47/22H04L47/2408H04L47/2441H04L47/27H04L47/29H04L49/205H04L69/163
    • Methods and apparatus for controlling the forwarding of a flow (12) of data units across a network from a sender node (11) to a receiver node (19) via at least one intermediate node (15), the data units each having one of a plurality of different types of class indication associated therewith, each type of class indication providing, to an intermediate node currently processing the data unit with which the class indication is associated, an indication denoting a particular class of treatment, selected from a plurality of different classes of treatment, according to which the data unit is to be processed by that intermediate node, such that different proportions of the data units of the flow are forwarded as different sub-flows each comprising data units having class indications of different types thereby providing indications denoting different classes of treatment.
    • 用于控制数据单元的流(12)通过网络从发送器节点(11)经由至少一个中间节点(15)转发到接收器节点(19)的方法和设备,所述数据单元各自具有 与其关联的多个不同类别的类别指示,每种类别的指示向当前处理与类别指示相关联的数据单元的中间节点提供表示特定类别的治疗的指示,所述指示表示选自多个不同的治疗 根据该类别的处理,数据单元将由该中间节点处理,使得流的数据单元的不同比例作为不同的子流转发,每个子流包括具有不同类型的类别指示的数据单元,由此提供指示 表示不同类别的治疗。