1796results about How to "Fast execution" patented technology

A mobile device for executing multiple applications is provided. The mobile device includes a touch screen for displaying a first window where a first application is executed, a second window where a second application different from the first application is executed, and a controller for displaying an execution keys for executing the multiple applications, determining whether a simultaneous execution input for the first application and the second application is input or not, and if the simultaneous execution input is input then displaying the first application on the first window and the second application on the second window.

The invention provides back-end functionality for order processing in electronic order book trading. A sell / buy order is received comprising a lower / upper limit and a conditional lower / upper limit defining a conditional selling / buying price range for executing the sell / buy order under certain selling / buying conditions. A buy / sell order is received comprising an upper / lower limit, visible buy / sell volume parameter and hidden buy / sell volume parameter specifying a first part disclosed to all customers and a second part not disclosed to all customers, respectively, of the buy / sell order volume. It is determined whether the selling / buying conditions are fulfilled, including determining whether the sum of the first and second part of the buy / sell order is superior or equal to a threshold volume. The sell / buy order and the buy / sell order are executed against each other if at least the selling / buying conditions are fulfilled. Embodiments allow rapidly executing large trading interests with minimized market impact and opportunity costs.

A method and apparatus for generating random numbers for use in electronic applications is disclosed. A given sequence of random binary numbers of a certain length can be decoded into several random numbers for a specific application. The upper range values of the random numbers to be decoded determine the number of bits required for the generation of the these random numbers. In the decoding process, the given random binary number divides a range value to generate a remainder and a quotient. The quotient becomes the new random binary number for the generation of other random numbers while the remainder is the generated random number. The process then repeats to generate other random numbers. At the end of the generation process, the last quotient determines the validity of the generated random numbers.

A node model of the present invention is employed by a network modeling and simulation system and includes a communication protocol stack with a plurality of protocol layers. Each protocol layer includes communication functions. The protocol layer functions are each represented by one or more distinct software implementations that are optimized for different simulation purposes. A configurable module switch is disposed between protocol layers within the stack to selectively control information flow between functions within adjacent protocol layers. The node model enables a user to perform network simulation or analysis of varying detail or granularity.

Dynamically filtering and classifying messages, as good messages, bulk periodicals, or spam. A regular expression recognizer, and pre-trained neural networks. The neural networks distinguish “likely good” from “likely spam,” and also operate at a more discriminating level to distinguish among the three categories above. A dynamic whitelist and blacklist; sending addresses are collected when the number of their messages indicates the sender is good or a spammer. A dynamically selected set of regular expressions input to the neural networks.

A system and method for performing density-based layer filling on a design layout encoding of an integrated circuit device is disclosed. In some embodiments, the density-based layer filler may identify open areas on a given design layer in which one or more minimum density rules are not met and may insert dummy shapes only in those identified areas. The dummy shapes may be constructed so as not to violate one or more other design rules. The density-based layer filler may access a configuration file comprising layer density rules and other design rules and may generate a run deck dependent on the contents of the configuration file. The density-based layer filler may be applied iteratively to a design in checking windows of various sizes according to multiple window sizes and step values specified in the configuration file. The dummy shapes may be electrically connected to an existing ground wire after insertion.

A policy engine generates configlets that are vendor-neutral, vendor-specific or both, based on a selected target level and a selected device / device group. A translator translates and combines the configlets to form vendor-dependent configuration files. The policy engine generates the configlets using policies associated with the selected target level and its sub-target levels, as defined by a target level hierarchy. A policy includes at least a condition, and an action which the policy engine performs if the condition is true. In performing the action, the policy engine typically writes to at least a partial configlet. A policy may further include a verification clause, which is used to verify a running configuration. Policy dependencies may also be defined such that where a second policy is dependent on a first policy, the second policy must be evaluated after the first policy. This is necessary, where, for example, the first policy generates and stores a value to be used by the second policy. Policies are small programs. A configlet hierarchy is defined, such that a child configlet inherits properties which it does not define from its parent. A mapping function maps infrastructure data in a first format to a second format, so that the second format is recognizable by the policy engine. A loader batches, schedules and loads a configuration file to its intended device. Upon replacing a first device using a first configuration format with a second device using a second configuration format, the first device's configuration is read in or uploaded and reverse-translated into configlets. The configlets are then translated into a configuration formatted for the second device. The system retains device logins and passwords in encrypted format. A user desiring to connect to a device must log in to the system instead. The system in turn logs in or connects to the device and passes information back and forth between the user and the device, as if the user were logged directly into the device.

To realize charging while in non-contact processing operation for the purpose other than charging. An approach of a portable electronic device 2 with a rapid bulk electricity storing module 20, which is a chargeable power source, is detected at the side of a power transmitting device 1, and power transmission for charging the rapid bulk electricity storing module 20 is executed in response to the detection of the approach. A power source can be charged in operation for non-contact authentication which is executed when a device approaches an authentication device.