7 results about "Computer number format" patented technology

The invention includes a computer implemented method that provides an incremental process for a user to design a structure such as a building. Another preferred embodiment includes a computer product with computer coded instructions executed by a computer that allows the user to visualize features of the design as the user makes various selections for the design in a software program. The software provides multiple user interfaces for a user to visualize interior, exterior, and landscape components of the design. The software further provides two and three-dimensional images of the selected components as they may appear in a final design. Functionality in the software allows for the user to make incremental adjustments to the components and design parameters are automatically adjusted to account for the adjustments so that no selected adjustment results in an unresolvable conflict with design parameters originally selected.

This invention relates to an intelligent design method and system for geotechnical engineering based on a three-dimensional digital model. The three-dimensional digital model includes a three-dimensional geological model and a geotechnical engineering contour design model. The intelligent design includes excavation contour design and support scheme design. The method consists of three key components: first, the requirements for the content contained in the three-dimensional digital model constitute the input data needed for intelligent design; second, a knowledge base constructed using computer coding technology, based on industry regulations and standards or existing engineering cases, for specific engineering types. This knowledge base can intelligently recommend design parameters that meet industry requirements, using the information contained in the three-dimensional digital model as input data; and third, the three-dimensional digital technology for geotechnical engineering required to complete the design work based on the intelligently recommended design parameters. The corresponding design work is automatically completed by the software system, realizing intelligent design of geotechnical engineering based on a three-dimensional digital model.

The application relates to the technical field of computer coding software, and particularly provides a Greenplum database migration method, wherein a Greenplum plug-in is uploaded in a Yunxi migration platform, database connection information is configured, a data transform plug-in is matched, data transmission between the Greenplum database is realized, and data information is encrypted and then decrypted for use. Compared with the prior art, the application has more application scenarios, is more widely used, and is more perfect in adaptation. Further market demands are met. According to the syntax rules and characteristics of different databases, specific syntax trees and mapping schemes are provided, automatic recognition is completely realized by using a program, and automatic matching conversion is carried out according to the syntax. The latest version of the syntax of each database is matched, so that the accuracy and timeliness of the tool are guaranteed.

The invention discloses a method for infinitely compressing and storing data, which comprises the following steps of: 1, forming a string of ultra-long messy codes only consisting of 0 and 1 by using computer probability messy codes, and then carrying out coding statistics on sound, picture and character symbols and letters expressed by data evolved by the computer 0 and 1; the codes are GBK codes or UTF-8 codes; 2, each special symbol obtained through statistics is expressed in a combination mode of 0 and 1; 3, substituting the expression record storage system into codes, and carrying out segmented storage; according to the computer coding principle, a specific symbol form is input through the system, automatic identification is carried out in the system, then positions of super-long messy code strings are searched out, and then P is output. According to the method, the storage space can be reduced to only dozens of bytes by utilizing the characteristics of pi, and the overall value of data is not influenced while a data result is obtained.

The invention includes a computer implemented method that provides an incremental process for a user to design a structure such as a building. Another preferred embodiment includes a computer product with computer coded instructions executed by a computer that allows the user to visualize features of the design as the user makes various selections for the design in a software program. The software provides multiple user interfaces for a user to visualize interior, exterior, and landscape components of the design. The software further provides two and three-dimensional images of the selected components as they may appear in a final design. Functionality in the software allows for the user to make incremental adjustments to the components and design parameters are automatically adjusted to account for the adjustments so that no selected adjustment results in an unresolvable conflict with design parameters originally selected.

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for generating machine code for a quantized neural network. In one aspect, one of the methods include: receiving source code for a neural network, and performing a profile-guided quantization process to generate an optimized quantization configuration for the neural network that defines, for each of the plurality of layers, one or more optimized computer number formats for representing activation values generated by the layer, the respective sets of parameters for the layer, or both.

A system (100; 200); a support method (300, 400, 500-700) and a support method (300, 400) can receive (302) a computer-encoded policy for execution in a control plane associated with a cloud environment to provide data governance in a data plane using one or more data assets of the cloud environment, wherein the one or more data assets are automatically associated (310) to the computer-encoded policy using a set of predetermined rules associated with the computer-encoded policy and using annotations associated with the one or more data assets, and wherein dynamic changes (404) are performed on the annotations based in part on real-time changes to the computer-encoded policy, the one or more data assets may be monitored (406) to allow the content of the one or more data assets to be monitored (406) in accordance with the computer-encoded policy and a repair action associated with the one or more data assets to be performed (412) in response to a violation associated with the computer-encoded policy.