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    • 91. 发明授权
    • Attribute portion based document retrieval system with system query
language interface
    • 基于属性部分的文档检索系统,具有系统查询语言界面
    • US5600833A
    • 1997-02-04
    • US410593
    • 1995-03-24
    • Jeffrey A. SennAndrew D. BrownPeter Lucas
    • Jeffrey A. SennAndrew D. BrownPeter Lucas
    • G06F17/30
    • G06F17/3066Y10S707/99931
    • A system for retrieval of documents in a client-server environment is disclosed. The system provides compatibility between an attribute based document display system and diverse query languages within remote document repositories. The system includes a local process running on a client module, and a remote process running within each document repository. Each remote process is designed for the particular model of computer used for the server. Each remote process executes a System Query Language (SQL) used by a particular database program running on the server. A particular server may have several database programs implemented thereon, and each database program has a dedicated remote process, where the remote process is matched to the particular database program. The local process on the user's workstation launches inquiries in a first format on the network. Each remote process receiving an inquiry translates the received inquiry into the System Query Language required by its server and its database program. When the database program returns a response to the System Query language inquiry, the remote process translates the response into the first format, and returns the response to the local process by transmitting a reply over the network.
    • 公开了一种用于在客户机 - 服务器环境中检索文档的系统。 系统提供基于属性的文档显示系统与远程文档存储库中的各种查询语言之间的兼容性。 该系统包括在客户机模块上运行的本地进程,以及在每个文档存储库内运行的远程进程。 每个远程进程都是为服务器使用的计算机设计的。 每个远程进程执行由服务器上运行的特定数据库程序使用的系统查询语言(SQL)。 特定服务器可以在其上实现多个数据库程序,并且每个数据库程序具有​​专用远程进程,其中远程进程与特定数据库程序相匹配。 用户工作站上的本地进程以网络上的第一种格式启动查询。 接收查询的每个远程进程将接收到的查询转换成其服务器及其数据库程序所需的系统查询语言。 当数据库程序返回对系统查询语言查询的响应时,远程进程将响应转换为第一格式,并通过在网络上发送回复将响应返回到本地进程。
    • 92. 发明授权
    • Frame removal mechanism using end delimiter frames for token ring
networks
    • 帧去除机制使用令牌环网络的结束定界符帧
    • US5477540A
    • 1995-12-19
    • US880805
    • 1992-05-08
    • Henry YangK. K. RamakrishnanBarry SpinneyRajendra K. Jain
    • Henry YangK. K. RamakrishnanBarry SpinneyRajendra K. Jain
    • H04L12/433H04L12/46
    • H04L12/4637H04L12/433
    • A system for stripping frames transmitted by a station on a token ring network is disclosed. During operation of the system, the station receives a grant of permission to transmit onto the network. In an example embodiment, the grant of permission is a token. After receipt of the grant of permission to transmit, the station transmits one or more information frames onto the network. Upon transmission of the information frames, the station stops forwarding frames received from the network, thus removing received frames from the network. Removing received frames from the network is referred to as `stripping`. Following transmission of the information frames, the station transmits an end strip delimiter frame onto the network. Upon receipt of the end strip delimiter frame, the station terminates stripping. In an example embodiment, the system is used in a bridge station, the bridge station connecting a first network with a second network.
    • 公开了一种用于剥离由令牌环网络上的站发送的帧的系统。 在系统运行期间,站接收到允许发送到网络上的许可。 在示例实施例中,许可的授权是令牌。 在接收到允许发送的许可之后,站将一个或多个信息帧发送到网络上。 在发送信息帧时,站停止从网络接收的帧的转发,从而从网络去除接收到的帧。 从网络中删除接收到的帧称为“剥离”。 在发送信息帧之后,站将终端带分隔符帧发送到网络上。 在接收到终端带分隔符帧时,站终止剥离。 在示例实施例中,该系统用于桥接站,桥接站将第一网络与第二网络连接。
    • 94. 发明授权
    • Scheduling mechanism for network adapter to minimize latency and
guarantee background processing time
    • 网络适​​配器调度机制,最小化延迟并保证后台处理时间
    • US5404536A
    • 1995-04-04
    • US945198
    • 1992-09-15
    • Kadangode K. RamakrishnanDavid SawyerPhillip J. WeeksDouglas M. Washabaugh
    • Kadangode K. RamakrishnanDavid SawyerPhillip J. WeeksDouglas M. Washabaugh
    • G06F9/48G06F9/00
    • G06F9/4812G06F9/4881
    • Method and apparatus for scheduling operations of a network adapter in such a way as to minimize latency in processing received data packets, while still guaranteeing time for processing necessary background tasks. The method includes executing a polling loop in which repeated tests are made for the presence of receive data to process, but only a limited amount of receive data processing is performed before checking for background processing that needs to be performed. The polling loop ensures that immediate attention is given to processing of receive data, without the inherent latency of interrupt processing, but still gives periodic opportunities for background processing. Background processing is performed for a guaranteed minimum processing time before permitting a return to receive processing. Background processing may be performed without a guaranteed minimum processing time, but only when there is currently no receive processing to do.
    • 调度网络适配器的操作的方法和装置以尽可能减少处理接收的数据分组的等待时间,同时仍保证处理必要的后台任务的时间。 该方法包括执行轮询循环,其中对待接收数据的存在进行重复测试,但是在检查需要执行的后台处理之前仅执行有限量的接收数据处理。 轮询循环确保立即关注接收数据的处理,而不会产生中断处理的固有延迟,但仍然给予后台处理的周期性机会。 在允许返回接收处理之前执行保证最小处理时间的后台处理。 可以在没有保证的最小处理时间的情况下执行后台处理,但是仅当当前没有接收处理时才能执行。
    • 95. 发明授权
    • Register usage tracking in translating code for different machine
architectures by forward and reverse tracing through the program flow
graph
    • 通过程序流程图通过正向和反向跟踪来记录不同机器体系结构代码的使用情况跟踪
    • US5339238A
    • 1994-08-16
    • US666084
    • 1991-03-07
    • Thomas R. Benson
    • Thomas R. Benson
    • G06F9/45
    • G06F8/76G06F8/52
    • A code translator, constructed similar to a compiler, accepts as an input to be translated the assembly code written for one architecture (e.g., VAX), and produces as an output object code for a different machine architecture (e.g., RISC). The input code is converted into an intermediate language, and a flow graph is constructed. The flow graph is referenced by a flow analyzer for recognizing certain architecture-specific and calling standard-specific coding practices or idioms that cannot be automatically converted, particularly relating to stack usage, register usage, condition codes, and passing arguments for procedure calls. By tracking stack usage within routines, the compiler can distinguish up-level stack and return address references from valid local references. Also, it can inform the user of stack misalignment, which has a severe performance penalty, and can detect code segments where different flow paths may result in different stack depths at runtime, which may indicate a source code error. Register usage is likewise tracked to determine which registers are destroyed by a routine, and generate routine prologue and epilogue code which performs register saves, as well as provide register "hints" to aid the user in adding an entry point declaration or documentation for the routine. The usage of condition codes is likewise tracked, by a backward walk through the flow graph, so that code to fabricate needed values is generated. In addition, all argument pointer based memory references in the input code is tracked to determine how the same argument reference may be made in the target environment.
    • 代码转换器,类似于编译器,被接受作为一个输入来转换为一个体系结构(例如,VAX)编写的汇编代码,并且生成作为不同机器架构(例如,RISC)的输出对象代码。 输入代码被转换为中间语言,构建流程图。 流程图由流分析器引用,用于识别特定的特定体系结构和调用不能自动转换的特定于标准的编码实践或习语,特别是与堆栈使用,寄存器使用情况,条件代码和过程调用的传递参数有关。 通过跟踪例程中的堆栈使用情况,编译器可以区分高级堆栈和返回地址引用与有效的本地引用。 此外,它可以通知用户堆栈不对准,这具有严重的性能损失,并且可以检测不同流程可能在运行时导致不同堆栈深度的代码段,这可能指示源代码错误。 寄存器使用情况同样被跟踪,以确定哪些寄存器被例行程序破坏,并生成执行寄存器保存的例程序言和结尾码,以及提供寄存器“提示”来帮助用户添加入口点声明或程序文档 。 条件代码的使用也通过流程图的后向步骤进行跟踪,从而生成编制所需值的代码。 此外,跟踪输入代码中的所有基于参数指针的存储器引用,以确定在目标环境中如何进行相同的参数引用。