156 results about "Incremental change" patented technology

The present invention provides computer systems, methods, and software products enabling the creation and maintenance of disaster recovery volumes having a reduced impact with regard to network traffic over a communications network. A disaster recovery volume is generally created at a local archival storage unit including therein at least one storage medium constituting the disaster recovery volume. The medium constituting the disaster recovery volume is associated with the primary volume thereby allowing the storage medium constituting the disaster recovery volume to be relocated to a remote archival storage unit at a remote location without compromising the association between the primary volume and the disaster recovery volume. Incremental changes to the primary volume may then be communicated and incorporated in to the disaster recovery relocated to the remote location.

An optical see-through (OST) head-mounted display (HMD) uses a calibration matrix having a fixed sub-set of adjustable parameters within all its parameters. Initial values for the calibration matrix are based on a model head. A predefined set of incremental adjustment values is provided for each adjustable parameter. During calibration, the calibration matrix is cycled through its predefined incremental parameter changes, and a virtual object is projected for each incremental change. The resultant projected virtual object is aligned to a reference real object, and the projected virtual object having the best alignment is identified. The setting values of the calibration matrix that resulted in the best aligned virtual object are deemed the final calibration matrix to be used with the OST HMD.

A system and method employing an allocation process for determining the number of server machines at each tier of a multiple tiered server system. The allocation process evaluates the number of server machines at each tier sufficient to achieve an average response time of a transaction request to be processed by the server system in response to changes in the average number of transaction requests. The allocation process also identifies shadow pricing enabling analysis of the cost associated with incremental changes in the average response time or other critical system resources.

In a method for manufacturing a reflector having a plurality of convex portions 4 that are obtained by means of melt deformation of column-shaped bodys 15 formed of a photosensitive resin material, the photosensitive resin material has aspect ratio vs. average tilt angle characteristics in which an average tilt angle theta reaches a maximum value through an incremental change process and then converges to a certain value through a decremental process when an aspect ratio is gradually increased from a value close to zero, provided that the average tilt angle of the convex portion is an angle of elevation from the outer periphery of the bottom surface of the convex portion 4 to an apex of the convex portion and that the aspect ratio is a ratio of the height of said column-shaped body 15 with respect to the width thereof. A set value for the aspect ratio of the column-shaped body 15 that is obtained after the development step is determined to be a larger aspect ratio than a starting point from which convergence to said certain value begins. This configuration provides a reflector having good contrast characteristics and PAPER WHITE APPEARANCE, and a reflective liquid crystal display panel that uses the above-mentioned reflector.

A pump used to infuse a fluid into a patient is controlled in accordance with an algorithm that enables a microprocessor to monitor and adjust each pump cycle to compensate for a differential pressure between the pump's inlet and outlet. The algorithm defines a fluid delivery protocol that is applied in controlling the operation of the pump to achieve a desired rate, volume, and timing of the fluid infusion. Fluid is delivered by the pump when a plunger compresses an elastomeric membrane overlying a fluid chamber. Due to the small volume of the chamber, an incremental change in the plunger position before the delivery stroke produces a significant change in the delivery pressure. At the beginning of a pump cycle, the microprocessor determines the differential pressure between the inlet and outlet of the pump, and adjusts the plunger position before the delivery stroke to compensate for the differential pressure. A retraction of the plunger from the home position decreases the delivery pressure of the fluid, and an advancement of the plunger increases it. After the position of the plunger is adjusted to compensate for the differential pressure, the pump cycle proceeds. Following the plunger stroke, the outlet pressure is used to determine the actual volume of fluid delivered. The duration of the plunger stroke in the next pump cycle is adjusted to compensate for any volume delivery error produced by the differential pressure compensation.

Techniques to track and publish changes to object instances. For an “outbound process” to publish object instances, a list of object instances is initially received. For each received object instance, a determination is made whether or not the object instance has changed since its last publication. For each changed object instance, a delta snapshot is generated and includes data indicative of changes between the current and last published versions of the object instance. Delta snapshots for all changed object instances are then published. For an “inbound process” to receive object instances, the published delta snapshots are initially received. For each received delta snapshot, the corresponding object instance is retrieved and updated with the changes included in the delta snapshot. A new snapshot is also generated for each updated object instance such that the received changes are not published, and unpublished changes made locally are noted for subsequent publication.

In an example embodiment, a new qualifier is added to members in a Fibre Channel zone to specify whether each member is a target or initiator and in another embodiment a time-range attribute is added to a zone in the zoneset. When the zoneset is applied the number of ACL entries that must be programmed is reduced from k×(k−1) entries to 2(k−1) entries for a zone with k members where k−1 members are of one type (e.g. initiators) and one of the members is of a different type (e.g., a tape device). The time-range attribute is enforced by zone server software and enhances security by, for example, limiting access to sensitive data to specified times. In another embodiment, an incremental zoneset activation protocol is implemented where a hash of a zoneset is created by a switch updating the zoneset and the hash and ID of the switch updating the zoneset are sent to all other switches in the fabric when the zoneset is propagated. The hash and switch ID are stored in persistent storage at all switches in the fabric. When a target zoneset is updated by a source switch only the incremental change is propagated to other switches in the fabric along with the hash and switch ID of the target zoneset. Each switch checks a received hash and switch ID against its stored hash and switch ID to assure that the stored local zoneset is the same as the target zoneset before applying the incremental change.

A mixed text and image layout algorithm capable of supporting Unicode text and arbitrary content definitions for geometric layout with worst case two-pass layout placement procedure. Layout of Unicode text requires a number of distinct processing steps commencing with classification of input characters into contiguous groups of identical directionality, writing system and possibly script (and language) followed by mapping of character groups to glyphs for display purposes followed by a layout taking into account font display characteristics, embedded directionality level and shape of container for layout contents. Layout is best-case achieved in a single layout pass and worst-case in two passes. During layout information is cached to facilitate incremental changes to an existing layout in order to minimize refresh operations for editing display purposes. An optional two-pass operation on the layout result may be used to generate ordered rendering operation to support so-called Z-index display. An optimized Unicode character classification method utilizing reduced memory is also disclosed. Additionally a method to selectively display caret location for mixed font and / or directional text is disclosed.

The present invention discloses methods and apparatuses to design an integrated circuit. According to one aspect, the present invention circuit design discloses an iterative process of synthesis and placement where each iteration provides incremental changes on the design of the integrated circuit. The incrementally iterative approach of the present invention provides a continuous advancement from synthesis to placement and vice versa, with the incremental improvements on synthesis made with knowledge of current instance placement, and the incremental improvements on placement made with knowledge of current circuit logic. According to another aspect, the present invention circuit design discloses incremental force directed placement transforms utilizing resource layers to address the heterogeneous resource distribution problem, where the force on an instance can be a weighted average of the forces from its resource layers based on the local congestion of those resources. In addition, incremental area removal method can be utilized to address resource utilization problem through a quality metric based on force directed placement transforms, such as a resource demand topological mapping.

A trailer backup assist system for a vehicle reversing a trailer, according to one embodiment, includes a sensor that senses a hitch angle between the vehicle and the trailer. The trailer backup assist system also includes a steering input device movable between a plurality of successive positions that each provide an incremental change to a desired curvature of the trailer. In addition, the trailer backup assist system includes a controller that generates a steering command for the vehicle to guide the trailer on the desired curvature based on the sensed hitch angle and a kinematic relationship with the trailer. The incremental change is substantially equal for a population of trailers to normalize control of the desired curvature.

In a network simulation system, a compiler is provided to support incremental updates to the configuration data associated with the modeled network. Each incremental change is identified and logged, to facilitate configuration management and select roll-backs to prior configurations. Because each update is processed and managed individually, and integrated automatically into the overall system configuration, the overhead associated with keeping a configuration database up-to-date is substantially reduced, thereby increasing the likelihood that all configuration changes will be reflected in the modeled network. In a preferred embodiment, the same data is used to incrementally update the configuration model and to execute the change in the actual system, thereby further reducing the overhead and assuring a correspondence between the modeled network and the actual network.

Some embodiments are systems which calculate the amount of electric power that a peak mitigation system provides in real time and translate that information into a real-time estimate of a peak utility usage charge that appears on the utility bill of the customer. These systems may facilitate a determination of the monetary value of demand charges saved by peak mitigation and load leveling and a notification to a customer of the savings realized. Some systems described herein provide a method of billing a customer based on the electricity usage savings accumulated through demand charge reduction procedures. One embodiment monitors the mitigation of peak loads as they occur, detects and measures incremental changes in demand charge-producing peaks and updates a projection when incremental demand charge changes occur. The demand charge projection may be presented to the customer, aggregated with demand charge projections of other sites, and displayed to increase awareness.

A radio frequency (RF) control system including a RF generator having a power amplifier that outputs a RF signal and a controller. A matching network receives the RF signal and generates a plurality of RF output signals. The matching network includes a ratio tuning element to vary a ratio of power between the plurality of RF output signals. The first controller communicates a ratio control signal to the matching network, and the matching network controls the ratio tuning element in accordance with the ratio control signal. The RF controls system operates in a continuous and pulse mode of operation. The controller can also control the rise or fall of a pulse edge or a level or duration of incremental changes in the pulse edge.

An engine control unit, and method of use, uses a power curve or algorithm to pro-actively adjust fuel flow rate to an engine, optionally in combination with a reactive power curve or algorithm, thereby to adjust engine power, in anticipation of changes in loads being imposed on the engine, as well as to respond to engine speed changes. The ECU has a power curve or algorithm stored in memory which responds to certain predetermined operating conditions other than sensed engine speed, by providing a sequence of pro-active change inputs, at predetermined rates of change, in rate of delivery of fuel to the engine combustion chambers, independent of engine speed change, thereby to produce pro-active incremental changes in power output of the engine. Such pro-active incremental power changes are effected in anticipation of changes in load demand on the engine, and correspond generally with expected incrementally progressive changes in load demand on the engine. In preferred embodiments, the power curve or algorithm includes a first upwardly sloping line representing small increment increases in engine power, a second step change increase in engine power, a third downwardly sloping line representing small incremental decreases in engine power, and a fourth relatively greater magnitude step change decrease in engine power. The pro-active change input signals can be combined with reactive change input signals to make respective combination change input signals which take into consideration a variety of operating parameters, including engine speed changes.

A method for synchronizing a time architecture of a mobile network that includes a plurality of network components, each having a time subsystem clock that is updated using a network time protocol (NTP) program. The method includes operating the components in a hierarchical fashion and booting up all the network components such that execution of a NTP sub-program for making small incremental changes to the each component time subsystem clock is delayed. Additionally, the method includes iteratively executing a NTP sub-program for making large changes to each component time system clock until each component time sub-system clock establishes an initial synchronization with a parent component time sub-system clock. Furthermore, the method includes iteratively executing the NTP sub-program for making small incremental changes once initial synchronization is established such that each component time sub-system clock maintains synchronization with the parent component time sub-system clock.

Energy management methods and systems based on financial impact are disclosed herein, wherein an energy management system at a site monitors metered energy consumption, establishes a peak consumption level, determines whether energy consumption will result in an increased peak consumption level, and if it will, calculates the financial value and costs of mitigating an increase in the peak consumption level, including an increase in demand charge prospectively avoided, and mitigates the peak in consumption to the peak consumption level using an energy storage system or other energy providing device if the value of mitigating the peak offsets the inherent costs. Embodiments may further use confidence factors or incremental changes to a peak consumption level to optimize the process and utilize energy devices to their greatest effectiveness.

Techniques for conducting a promotion of a product or service, managing various promotion activities, and rewarding promotion partners are disclosed. An incremental sales (e.g., incremental sales volume, revenue, and profit) analysis due to a promotion is performed and a fee is assessed based on a result of the incremental sales analysis. In some embodiments, performing the incremental analysis includes assigning to a control group a first subset of a plurality of target customers associated with the promotion, assigning to an offer group at least a second non-overlapping subset of the plurality of target customers, providing to at least the offer group but not to the control group an offer associated with the promotion, and determining an incremental change in sales of the product contributed by the customers in the offer group—as compared to sales contributed by the customers in the control group. In some embodiments, performing the incremental sales due to the promotion is determined based on a difference between a maximum allowable discount and an actual discount for individual customers.

Two methods for determining a best initial heading estimate for use in an AINS system, while recording position data values and in-motion data values, assigning incremental changes to indexed heading ψk, calculating a set of time indexed present AINS position values and a corresponding set of time indexed absolute horizontal position measurement residual values, recording the absolute maximum time indexed horizontal position measurement residual and the corresponding value of ψk returning to the step of assigning an incremental increase to a next value to indexed heading ψk up to 360 degrees, identifying the maximum time indexed horizontal position measurement residual and corresponding ψk, followed by identifying the ψk having the smallest absolute maximum horizontal position measurement residual as Ak Second method uses a circular array of AINS ENGINES each with a different ψk running in parallel and finding smallest horizontal position measurement residual for Ak.

A method for using a change-recording feature to perform more effective backups includes generating an initial point-in-time copy of source data residing in a storage device. The method may then perform an initial backup of the initial point-in-time copy. As changes are made to the source data, the method may record changes made to the source data after the initial point-in-time copy is generated. These changes may be stored as incremental change data. At some point, the initial point-in-time copy may be updated using the incremental change data. In order to perform an incremental backup of the updated point-in-time copy, the method may query the incremental change data to determine which changes were used to update the point-in-time copy. The method may then perform an incremental backup of the updated point-in-time copy by backing up the changes designated in the incremental change data.

The invention discloses a dynamic monitoring method for measuring landslide stability by means of rainfall. The method comprises the following steps: enabling the ratio of the incremental change of rainfall and initial rainfall in a precipitation process to be a dynamic loading rate of landslide instability; enabling the ratio of the change of corresponding landslide displacement rate and the initial displacement rate to be a displacement dynamic response rate of the sliding stability; enabling the ratio of the dynamic loading rate of the landslide instability and the displacement dynamic response rate to be defined as a landslide displacement dynamic loading rate; confirming rainfall dynamic loading rate predictive parameters of a landslide with displacement rainfall dynamic loading rate of the landslide as a criterion of the landslide stability; constructing a landslide stability evaluation model according the quantitative relationship between the rainfall dynamic loading rate predictive parameters and the landslide stability; and evaluating and forecasting the landslide stability. According to the dynamic monitoring method for measuring the landslide stability by means of the rainfall, the rainfall and the landslide displacement or the displacement rate are simultaneously monitored. In addition, the dynamic monitoring method for measuring the landslide stability by means of the rainfall has the precise unified criterion for forecasting the landslide, and supplies effective evidence to landslide forecasting and early warning management.

Provided is an architecture that eliminates the need for on-disk full backups of data retaining only changes that have occurred, in a separate table. Thus, the architecture provides for incremental recovery of incremental changes in a relational database (e.g., SQL). The architecture provides improved recovery time and recovery point objectives. By using the incremental capture of changed data (e.g., in an XML format), the capability is provided to capture schema changes, query the incremental change data and efficiently restore user data to an earlier point-in-time state. Changes (e.g., insert, update and delete operations) are tracked (e.g., continuously) by a set of triggers and the incrementally captured changed rows are inserted in a data capture table (a differential change ''delta'' table) in a human-readable format (e.g., XML). Rollback is also provided.

A low leak pressure control actuator for, e.g., controlling pressure in an automatic transmission system, includes a poppet and a check ball slidably disposed within a housing. The poppet and check ball are movable between a de-energized configuration, plural partially energized configurations, and a fully energized configuration. In the de-energized configuration, the poppet and check ball prohibit all flow to and from the supply port and permit flow between the control port and the exhaust port. In the partially energized configurations, the poppet and check ball permit flow to and from all of the ports, and incremental changes in the internal displacement of the poppet produce incremental changes in a control pressure. In the fully energized configuration flow, the poppet and check ball prohibit all flow to the exhaust port and permit fluid flow between the supply port and the control port.