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    • 3. 发明申请
    • INTELLIGENT PACKET SLICING
    • 智能包分片
    • US20100135323A1
    • 2010-06-03
    • US12327756
    • 2008-12-03
    • Patrick Pak Tak LEONG
    • Patrick Pak Tak LEONG
    • H04J3/24
    • H04L69/04H04L69/22
    • Packets can be intelligently sliced by removing irrelevant portions of a packet, while retaining relevant portions. For a series of network packets, a packet is obtained from the network. The packet includes at least a header, one or more packet fields, and a first data payload. The protocol of the packet is determined. Once the protocol is known, the packet header is parsed to determine the position of the first data payload. Based on the determine positions of the first data payload, a modified packet is created by removing or masking the first data payload.
    • 通过删除数据包的不相关部分,同时保留相关部分,可以智能地对数据包进行分片。 对于一系列网络数据包,从网络获取数据包。 分组包括至少一个报头,一个或多个分组字段和第一数据有效载荷。 确定分组的协议。 一旦协议被知道,分组报头被解析以确定第一数据有效载荷的位置。 基于第一数据有效载荷的确定位置,通过去除或掩蔽第一数据有效载荷来创建修改的分组。
    • 6. 发明申请
    • TRAFFIC VISIBILITY IN AN OPEN NETWORKING ENVIRONMENT
    • 开放式网络环境中的交通可见性
    • US20130272135A1
    • 2013-10-17
    • US13444609
    • 2012-04-11
    • Patrick Pak Tak LEONG
    • Patrick Pak Tak LEONG
    • H04L12/24
    • H04L41/0823H04L41/0803H04L41/0853H04L43/062
    • A method of monitoring network traffic includes accessing a network that includes a controller and a switch device having a flow table, wherein the controller is communicatively coupled to the switch device, and is configured to program a behavior of the switch device through an openflow protocol, and obtaining information regarding the programmed behavior of the switch device, wherein the act of obtaining the information is performed by a network appliance that is communicatively coupled to the network. An apparatus communicatively coupled to a network, includes a processor configured for accessing the network that includes a controller and a switch device having a flow table, wherein the controller is communicatively coupled to the switch device, and is configured to program a behavior of the switch device through an openflow protocol, and obtaining information regarding the programmed behavior of the switch device.
    • 监视网络流量的方法包括访问包括控制器的网络和具有流表的交换设备,其中所述控制器通信地耦合到所述交换设备,并且被配置为通过开放流协议对所述交换设备的行为进行编程, 以及获得关于所述交换设备的编程行为的信息,其中所述获取所述信息的动作由通信地耦合到所述网络的网络设备执行。 一种通信地耦合到网络的设备,包括被配置用于访问包括控制器和具有流表的交换设备的网络的处理器,其中所述控制器通信地耦合到所述交换设备,并且被配置为对所述交换机的行为进行编程 设备通过开放流程协议,并且获得关于开关设备的编程行为的信息。
    • 8. 发明申请
    • INTELLIGENT PACKET SLICING
    • 智能包分片
    • US20120243533A1
    • 2012-09-27
    • US13489361
    • 2012-06-05
    • Patrick Pak Tak LEONG
    • Patrick Pak Tak LEONG
    • H04L12/56
    • H04L69/04H04L69/22
    • Packets can be intelligently sliced by removing irrelevant portions of a packet, while retaining relevant portions. For a series of network packets, a packet is obtained from the network. The packet includes at least a header, one or more packet fields, and a first data payload. The protocol of the packet is determined. Once the protocol is known, the packet header is parsed to determine the position of the first data payload. Based on the determine positions of the first data payload, a modified packet is created by removing or masking the first data payload.
    • 通过删除数据包的不相关部分,同时保留相关部分,可以智能地对数据包进行分片。 对于一系列网络数据包,从网络获取数据包。 分组包括至少一个报头,一个或多个分组字段和第一数据有效载荷。 确定分组的协议。 一旦协议被知道,分组报头被解析以确定第一数据有效载荷的位置。 基于第一数据有效载荷的确定位置,通过去除或掩蔽第一数据有效载荷来创建修改的分组。
    • 9. 发明申请
    • CREATING AND/OR MANAGING META-DATA FOR DATA STORAGE DEVICES USING A PACKET SWITCH APPLIANCE
    • 使用分组开关器具为数据存储设备创建和/或管理元数据
    • US20100325178A1
    • 2010-12-23
    • US12869621
    • 2010-08-26
    • King L. WONPatrick Pak Tak LEONG
    • King L. WONPatrick Pak Tak LEONG
    • G06F17/30
    • H04L43/12H04L49/90
    • A first instrument port of a packet switch appliance is connected to a first data storage device. A second port is configured as a first network port. A first meta-data tag is created for a first block of packets received through the first network port. The first block is sent to the first data storage device through the first instrument port. The first meta-data tag or copy is sent to the first data storage device and/or a storage management server. A second instrument port of the packet switch appliance is connected to a second data storage device. A second meta-data tag is created for a second block of packets received through the first network port. The second block is sent to the second data storage device through the second instrument port. The second meta-data tag or copy is sent to the second data storage device and/or the storage management server.
    • 分组交换设备的第一仪器端口连接到第一数据存储设备。 第二个端口被配置为第一个网络端口。 为通过第一网络端口接收的第一个数据包块创建第一个元数据标签。 第一个块通过第一个仪器端口发送到第一个数据存储设备。 第一个元数据标签或副本被发送到第一数据存储设备和/或存储管理服务器。 分组交换设备的第二个仪器端口连接到第二个数据存储设备。 为通过第一网络端口接收的第二个数据块创建第二个元数据标签。 第二个块通过第二个仪器端口发送到第二个数据存储设备。 第二元数据标签或副本被发送到第二数据存储设备和/或存储管理服务器。