33results about How to "Efficient data access" patented technology

A hierarchical ring architecture is constructed with on-chip networks. The on-chip network includes two type-0 ring nodes and two type-1 ring nodes. Multiple data transfer is provided in parallel between multiple processor cores or multiple functional units and register banks with a dynamic configuration. A low control complexity, an optimized local bandwidth, an optimized remote node path, a low routing complexity, and a simplified circuit is thus obtained.

Systems and methods are provided for storing a dataset having a hierarchical data structure in a database. In one implementation, a data processing system includes a data dictionary for storing data that describes predefined hierarchical data structures, wherein each data structure includes a plurality of data fields that have a unique field name and at least one field attribute. The data processing system also includes a volatile storage that stores a dataset having a unique dataset name. The dataset is an instance of one of the predetermined hierarchical data structures. A serializer is provided that converts the dataset into a data string. An access key is generated for the data string. Moreover, the data processing system includes a non-volatile storage that stores a database table and database export means for storing the string in the database table using the access key that is assigned to the dataset name.

Data Brick is a state of the art solution to access the data through high speed data access mechanism that is exceptionally fast and is associated with low CPU consumption cost. The Data Brick stores relatively static reference data in the form of a programming language Load Module. The Load module contains the data can be launched into the application program memory and this data can be accessed very efficiently in a programming language program. Static application data that is accessed by multiple applications in a mainframe Batch environment is a prime candidate for the Data Brick.

The invention provides a method for communication between heterogeneous systems. The method includes the steps of receiving a communication service request from a first heterogeneous system; parsing the communication service request to generate service information metadata corresponding to the communication service request; generating a corresponding service execution instance according to the service information metadata; running the service execution instance to invoke a system service corresponding to the communication service request in a second heterogeneous system, and generating an instance execution result; and returning the instance execution result to the first heterogeneous system to complete the communication between the first heterogeneous system and the second heterogeneous system. Correspondingly, the invention also provides a device for communication between the heterogeneous systems, a computer device and a computer-readable storage medium. Through the technical scheme, the development efficiency of the systems can be effectively improved, and the development cost and maintenance cost of the systems can be reduced.

An adjustable optical actuator with tilting function is provided, including two focusing coils, a tilting coil, and two tracking coils. A lens holder is hanged on a yoke base. The focusing coils are placed on the two sides of the lens holder, and the current in the focusing coils is perpendicular to the optical axis of the lens. The tilting coil is placed on the lens holder, and the current in the tilting coil is perpendicular to the optical axis of the lens. The tracking coils are placed on the lens holder, and the current in the tracking coils is parallel to the optical axis of the lens. Four magnets are placed on the yoke base so that the four magnets are placed at the four corners of the lens holder to generate a closed magnetic-flux. The lens holder, focusing coils, tilting coil, and tracking coils are within the scope of the magnetic-flux generated by the four magnets so that the actuator has the functions of focusing, tracking and tilting for adjustment.

The present disclosure provides a load balancing method and device for a multi-control storage system. The backplane is used to package multiple ports to connect each controller, so that each controller can realize fast information transmission through the lines inside the backplane, and each controller can obtain the status of other controllers in real time. Designate the owning controller for each logical volume and use the internal information transmission channel of the backplane to synchronize the ownership information among the various controllers. When one of the controllers receives a data read and write request for a logical volume from the client, it determines the ownership controller of the logical volume through the ownership information, and hands over the business to the corresponding ownership controller. Data access can thereby be efficiently performed using a plurality of controllers.