40results about How to "Reduced processing resource" patented technology

Subscription-based notification using event channels that each correspond to a particular scope. Each channel manages notifications through the use of a a schema definition. The event subscriptions identify the position and attributes that any desired event notification would take in the the schema definition. The channel then receives event notifications in the form of XML fragments. The channel then determines the position that the XML fragment would take as defined by the schema definition. The channel determines whether the position and attributes of the event notification matches the position and attributes of the event subscription. If a match is found, then the event notification is copied and forwarded to the recipient designated in the corresponding subscription.

A data distribution technique is configured to provide capacity leveling in a striped file system. When a new node is added to a striped volume set, the striping table is evolved to accommodate the newly added node. Each node of a cluster is illustratively associated with a capacity value that takes into account, e.g., processor speed, number of processors, hardware configuration and / or software available for the node. During the evolution process of the striping table, the technique apportions stripes of the SVS among the nodes in a manner so that they are optimally assigned to the nodes in accordance with each node's capacity value. By utilizing the evolutionary striping table that incorporates capacity values, heterogeneous nodes may be utilized to their maximum capacity within a striped volume set, thereby reducing underutilized processing resources.

A tilting tree, spinning cones process is employed to map n-dimensional array data originally in markup language, to an n-dimension table suitable for use by COBOL application programs. Mapping is performed without scanning the result array for an empty slot. This allows the result array slots to be pre-loaded with state data. During mapping, the hierarchical nature of the markup language n-dimensional data is represented in two-dimensions using an inverted tree structure having cones for each array level. The tree is tilted to bring a member of a given level into contact with one of the axes of the tree graph, followed by spinning appropriate cones to bring a certain member of that level into contact with the same axis. This results in the ability to use a one-dimensional mapping array. The dimension offset on the mapping axis can then be used as an index value into the mapped array output for storage or retrieval of element data.

A method for handling a queued automatic call distributor call includes receiving a call from an endpoint of a caller over a first connection. The call comprises a request for service. The method includes connecting the call to an automatic call distributor through a second connection and determining that the call is queued. The method includes terminating the first connection with the caller and receiving an indicator to reestablish a connection with the caller. The method also includes reestablishing a connection with the caller.

Embodiments for an engine exhaust are provided. In one example, a method comprises adjusting a fuel injection amount based on a fractional oxidation state of a catalyst, the fractional oxidation state based on reaction rates of a plurality of exhaust gas species throughout a catalyst longitudinal axis and a set of axially-averaged mass balance and energy balance equations for a fluid phase and a washcoat of the catalyst, and further based on feedback from a downstream air-fuel ratio sensor. In this way, a simplified catalyst model may be used to control air-fuel ratio.

A method comprising adjusting a fuel injection amount based on a fractional oxidation state of a catalyst, the fractional oxidation state based on reaction rates of grouped oxidant and reductant exhaust gas species throughout a catalyst and a low-dimensional physics-based model derived from a detailed two-dimensional model to obtain a one-dimensional model averaged over time and space that accounts for diffusion limitations in the washcoat and accurately predicts emissions during cold start.

Methods and systems for identifying events of interest in images from imagers in an edge computing network, including: detecting a movement based on image processing in images captured by the imager, cropping an area of the at least one image where the movement is detected, applying a first machine learning (ML) algorithm having a deep neural network architecture to classify an object of interest in the cropped area of the at least one image, sending the at least one image to a server, when the first ML algorithm classifies the object of interest, applying a second ML algorithm having a deep neural network architecture to detect the object of interest in the at least one image where the object of interest is detected based on context analysis.

A method may defrag a memory for an IC card having a plurality of files stored in memory portions, each file including respective links to one or more other files. The method may include detecting a start address of a first free memory portion of the memory, detecting an address of a memory portion following the start address and storing one file to be moved, detecting files including links to the address of the file to be moved, moving the file to be moved to the start address of the first free memory portion, updating the links to point at the start address, and repeating the above steps until at least two free memory portions following the moved files are separated by one or more of files.

A user processes high resolution digital images at a user computer by converting the high resolution images into low and thumbnail resolution formats and by converting the high resolution images into a JPEG format. The user also enters image related data into the user computer and creates a user database. The processed image data and the image related data are stored in the same database, i.e., a user database, and are transmitted to the host site. At the host site, the processed image data and the image related data are stored in the same database, i.e., a host database. Alternatively, users store a plurality of images in high resolution, low resolution and thumbnail formats at the user computer and upload to the host site those images—in thumbnail and low resolution format—that the user selects. Customers view the selected images at the host site and order desired images. The host site sends an image order to the user computer, and the user computer transmits the ordered images to an image laboratory in high resolution format for printing.