30 results about "Throughput (business)" patented technology

An automated system and method is provided for system architects to model enterprise-wide architectures of information systems. From an initial model of a proposed system architecture, performance metrics are modeled and compared against a set of user-defined corporate and business requirements. The performance metrics include cost, quality of service and throughput. For unacceptable metrics, modifications to the system architecture are determined and proposed to the system architect. If accepted, the model of the system architecture is automatically modified and modeled again. Once the modeled performance metrics satisfy the corporate and business requirements, a detailed description of the system architecture derived from the model is output. The model of the system architecture also enables a business ephermeris or precalculated table cross referencing enterprise situation and remedy to be formed. A rules engine employs the business ephemeris and provides indications to the enterprise user for optimizing or modifying components of the enterprise system architecture. Off line a mathematical modeling member provides feedback to further update the business ephemeris and rules base for the rules engine.

A method for guaranteeing control traffic throughput in an in-band network configured for delivering control and data traffic, and considering both local and global views of the communication network. The method includes determining an initial configuration for forwarding first control traffic from the packet forwarding device, wherein the initial configuration comprises a first in-band queue for receiving the first control traffic that is delivered over the control path to the controller via a port in the packet forwarding device, and a first bandwidth reserved for the first queue. The method includes performing handshaking with the controller by sending a request to the controller confirming the initial configuration using a network control protocol, and receiving a response from the controller in association with the request. The method includes confirming or modifying the initial configuration based on the response.

An apparatus and method for providing enhanced wireless communications, in which predetermined parameters are obtained by using an experiment in a wireless network environment to decrease traffic backoffs in real-time or increase traffic throughputs in non real-time, and the obtained parameters are used for access points and each station. The apparatus for providing enhanced wireless communications includes a storage unit for storing EDCA parameters and predetermined retrieval information corresponding to the EDCA parameters, the EDCA parameters decreasing traffic backoffs in real-time or increasing traffic throughputs in non real-time, a receiving unit for receiving information including at least one of access categories of data to be transmitted from each station connected to a network and a traffic load in real-time, a parameter retrieval unit for retrieving the EDCA parameters corresponding to the retrieval information selected by referring to the received information, and a transmitting unit for transmitting the retrieved EDCA parameters.

An apparatus provides an integrated single chip solution to solve a multitude of WLAN problems, and especially Switching/Bridging, and Security. In accordance with an aspect of the invention, the apparatus is able to terminate secured tunneled IPSec, L2TP with IPSec, PPTP, SSL traffic. In accordance with a further aspect of the invention, the apparatus is also able to handle computation-intensive security-based algorithms such as Diffie Hellman without significant reduction in traffic throughput. The architecture is such that it not only resolves the problems pertinent to WLAN it is also scalable and useful for building a number of useful networking products that fulfill enterprise security and all possible combinations of wired and wireless networking needs.

The invention relates to a business data control method and device, computer equipment and a storage medium. The method comprises the following steps: acquiring test service data and a preset curve type; and fitting the test service data according to a preset curve type to obtain a throughput time delay curve corresponding to the test service data; determining a time delay threshold correspondingto the test service data, and solving the curve function based on the time delay threshold to obtain a first throughput in unit time and a second throughput in unit time; sequentially receiving to-be-processed target service data; performing corresponding service processing according to the received target service data, and controlling the quantity of the target service data subjected to service processing in unit time to be kept between the first throughput and the second throughput. By adopting the method, the system performance of the service data processing system can be stabilized.

The invention discloses a loosely coupled distributed workflow coordination system and method, and the method comprises the steps: a user carries out definition, online, operation and maintenance of a workflow through calling an interface service API (Application Program Interface); a distributed workflow coordinator schedules the workflow in a timed manner by integrating a distributed timing engine Quartz, adds the workflow to a workflow distribution distributed message queue MQ, receives the workflow, processes the task dependency relationship of the workflow, and adds a business type task to be executed after coordination to the task distribution distributed message queue MQ; a distributed task actuator Worker receives each business type task from the task distribution distributed message queue MQ and executes the business type tasks, and the task execution result is called back to the distributed workflow coordinator through the task callback distributed message queue MQ; and finally, the Coordinator persistently stores a task execution result in a database for feeding back the result to a user. According to the method, Coordinator is focused on logic coordination processing, so that full decoupling of workflow coordination processing and task execution is ensured, and the throughput, expansibility and scalability of the system are improved.