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    • 2. 发明申请
    • DYNAMIC LICENSING
    • 动态许可
    • US20140020107A1
    • 2014-01-16
    • US13547160
    • 2012-07-12
    • David S. DodgsonAnthony Narisi
    • David S. DodgsonAnthony Narisi
    • G06F21/10
    • G06F21/10G06F21/105
    • Dynamic licensing improves the utilization of licenses available within a computer network. License sinks, such as gateways, within a computer network may request licenses from a license source. The license source may be provisioned with a number of licenses from a secure fob plugged into the license source. If the license source has the number of licenses requested from the license sink, the license source may assign the licenses to the license sink. After a certain period of time, the license sink may renew the licenses or let the licenses return to the license source to be assigned to another license sink. The license requests may be passed through the network, including through a proxy and/or a relay, to a license server provisioned with licenses. Dynamic licensing software may execute as a service on each of the license sources and license sinks to pass dynamic licensing messages between devices.
    • 动态许可提高了计算机网络中可用许可证的利用率。 在计算机网络内的许可证池(例如网关)可以从许可证源获得许可证。 许可证来源可以从插入许可证源的安全插座提供许多许可证。 如果许可证来源具有从许可证汇点请求的许可证数量,则许可证源可以将许可证分配给许可证汇点。 经过一段时间后,许可证汇可以更新许可证,或者让许可证返回给许可证源,以分配给另一个许可证池。 许可证请求可以通过网络(包括通过代理和/或中继)传递到提供许可证的许可证服务器。 动态许可软件可以作为每个许可证源和许可证池上的服务执行,以在设备之间传递动态许可消息。
    • 10. 发明授权
    • Virtual transport layer interface and messaging subsystem for high-speed communications between heterogeneous computer systems
    • 虚拟传输层接口和消息传递子系统,用于异构计算机系统之间的高速通信
    • US06233619B1
    • 2001-05-15
    • US09126920
    • 1998-07-31
    • Anthony NarisiMichael T. KainGary SalamonSusan JennionLois B. Coyne
    • Anthony NarisiMichael T. KainGary SalamonSusan JennionLois B. Coyne
    • G06F1300
    • H04L29/06H04L69/32H04L69/325
    • Methods and apparatus that enable network applications executing on respective directly interconnected computer systems to communicate at high speed, with low latency, over the interconnection therebetween such that both systems may use their native mechanisms to communicate with each other without change in those mechanisms, rather than over conventional network communication paths such as Ethernet. Communication between applications in co-resident, closely coupled processing environments is provided by replacing the conventional TCP transport layer and the conventional IP network layer with a reliable messaging subsystem (“MSS”) for data transfers between the closely coupled systems which provides an interface which is independent of the communication protocol of the interconnect and a virtual transport layer (“VTL”) which simulates a known transport layer protocol, such as TCP/IP, to the network applications. MSS is a system interconnect independent messaging transport which presents to its users many different delivery and notification mechanisms for the transfer of both control and data information between different heterogeneous environments, while VTL uses the MSS connection to provide a consistent, interconnect independent interface to the session layer.
    • 使得能够在相应的直接互连的计算机系统上执行的网络应用程序能够以较低的等待时间通过它们之间的互连进行通信,使得两个系统可以使用它们的本机机制来彼此通信而不改变那些机制,而不是 超过常规的网络通信路径,如以太网。 通过用可靠的消息传送子系统(“MSS”)代替传统的TCP传输层和传统的IP网络层,提供了共同驻留,紧密耦合的处理环境中的应用之间的通信,用于在紧密耦合的系统之间进行数据传输, 独立于互连的通信协议和将网络应用程序模拟已知的传输层协议(如TCP / IP)的虚拟传输层(“VTL”)。 MSS是一种系统互连独立的消息传输,向用户提供了许多不同的传递和通知机制,用于在不同异构环境之间传输控制和数据信息,而VTL使用MSS连接为会话提供一致的互连独立接口 层。