32 results about "Electronic switching system" patented technology

An electronic exchange system is provided for input and processing of cash letter adjustments between financial institutions and their customers. The system includes a central processor or centralized exchange mechanism and established rules and procedures for operation of the exchange and centralized hardware and software that is accessible through internet or intranet connections. Data for cash letter adjustments are entered to the system by means of standardized electronic formats which may be created from a desktop application or through an electronic interface to the user's mainframe case management system. At a predetermined time, the processor completes the settlement of each of the adjustment transactions and sends the settlement requirements to each of the participating banks or financial institutions. The system also creates a net settlement file in conformity with the "Enhanced Net Settlement" requirements of the Federal Reserve Bank to provide a net settlement of those adjustments through a participant's reserve account at the host Federal Reserve Bank or through a correspondent settling on the participant's behalf at the Federal Reserve Bank. The system also provides an electronic medium for the exchange of informational requests and responses to those requests. The system provides a database of all participants with detailed contact information for each participating financial institution.

A method and system for providing anonymous credit qualification and price negotiation, comprising: receiving, at a server computer, at least one application for at least one borrower, the at least one application comprising qualification data relating to the at least one borrower, supplementing the at least one application with third-party data relating to the at least one borrower, creating, for each of the at least one borrower, a complete borrower profile comprising information relating to each of the at least one borrower, and creating, for each of the at least one borrower, a universal borrower profile, wherein the Universal Borrower Profile comprises anonymous information selected from the complete borrower profile associated with each of the at least one borrower.

A method for configuring an upgraded administrative module computer is provided. A standard hardware and software configuration for the upgraded administrative module computer is defined. An equipment configuration database is created that may be utilized by the upgraded administrative module computer to configure itself in accordance with the standard hardware and software configuration. The equipment configuration database is transmitted to a downlevel administrative module computer. Data stored on the downlevel computer system is migrated to an upgraded administrative module computer. The equipment configuration database is utilized to configure the upgraded administrative module computer according to the standard hardware and software configuration.

An electronic switching system for generating correlation identify (ID) with respect to a client in order to thereby establish, integrate and communicate to a server (lean server or nano server) within a cloud environment (e.g. Inswit™ Cloud). A service location identification module for identifying and generating a service location identity with respect to a remote client. A source ID generating module for generating a correlation ID/source ID based on the service location identify in order to serialize the payload and establish a connection with the server. The electronic switching system proposed herein operates external to the cloud environment by effectively generating the correlation identity with respect to a client device accessing the server in a cloud environment. The system also switches, integrates and executes client communications to an appropriate server in the cloud environment using the correlation ID.

A high-capacity electronic switching system includes two or more first stage switch modules to each of which one or more subscriber terminals (telephone sets, fax machines, personal computers, etc.) are connected and each of which executes signal switching for signals from/to the subscriber terminals, and a second stage switch module for switching signals between the first stage switch modules. In the high-capacity electronic switching system, each of the first stage switch modules is connected to another one of the first stage switch modules via a special-purpose link for setting a communication link between the first stage switch modules when necessary. For example, the setting of the communication link via the special-purpose link is executed when an abnormal condition of the second stage switch module occurred and normal communication link setting between two first stage switch modules via the second stage switch module is impossible. By this, even when failure occurred to the second stage switch module and communication between two first stage switch modules is impossible, a communication link can be set between the first stage switch modules via the special-purpose link, and thereby communication between the first stage switch modules is realized.

The present invention discloses an electronic exchanger allowing mutual connection of parallel connection computer and parallel connection electronic joints, an electron exchange system and a control method of an electronic exchanger system. The electron exchange system includes a computer group of parallel connection computers; an electronic joint group of the parallel connection electronic joints; an electronic exchanger for implementing dynamic connection between the computer group and the electronic joint group.

The invention discloses a method for rapidly positioning the single way call (100), which comprises the following steps: the first step S101, two pairs of calls are established through an electronic switching system; the second step S102, a user inquires the physical circuits of the switching network respectively occupied by two pairs of calls and records the related data through the man-machine interface of the electronic switching system; the third step S103, the user inputs the disconnection parameters and connection parameters through the man-machine interface of the electronic switching system; the fourth step S104, the user inputs the related data recorded in the second step S102 to the processing veneer of the switching network and the program on the veneer carries out the connection or disconnection processing according to the data and request command input by the user; the fifth step S105, the manual-dial test is carried out through the keypads of the telephone and the position of the single way call is positioned according to the predetermined principle.

A high-speed channel switching control system that uses T-S-T three-stage switching to control high-speed switching of time-division multiplex communication in a multi-processor type electronic exchange system, including multiple groups of first switches (11-1n) using the time-division switching method, using high-speed channel The second switch (21-2n) of switching method, the 3rd switch (31-3n) of time-division switching method and the processor (41-4n) that are used to control each switch, use two processors ( 41-4n) jointly obtain the idle time slot information on the interconnection switch and determine the time slot used in the connection, so as to control the connection of the required switch.

A pseudosimulation of signals,invention refers to measurement of characteristics of electronic commutation system and can be used for stable generation of load signals in response to boomerang signal. All load signals are generated in the course of each unit time interval is less than limit number of load signals which tested processor can process. But if number of load signals that should be generated in the course of each mentioned unit time interval would exceed limit number than load signals will be generated in amount equal to limit number and boomerang signal will be generated. The rest of load signals will be generated then after reception of mentioned boomerang signal.