COMPUTER SOFTWARE DESIGNED GATHER

Brand Owner Address Description
HUMAN BRIDGE Baltimore Systems Group, Ltd. 935 South Wolfe Street Baltimore MD 21231 computer software designed to gather and analyze business related data, that may be downloaded from a global computer network, and electronic business training manuals recorded on CD-ROMS and computer disks, and computer software consisting of electronic business training manuals that may be downloaded from a global computer network, all in the fields of business process redesign and reengineering, training materials, training and curriculum planning and design, evaluation designs, job descriptions and design, job/task analysis and design, needs analysis, organizational development, performance management, productivity measurement, process management, design, implementation and operation support, methodology validation and technology analysis and assessment;printed business training manuals in the fields of business process redesign and reengineering, training materials, training and curriculum planning and design, evaluation designs, job descriptions and design, job/task analysis and design, needs analysis, organizational development, performance management, productivity measurement, process management, design, implementation and operation support, methodology validation and technology analysis and assessment;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Interpretation of a shot gather and a stack of seismic data. In one implementation, the shot gather is sorted into a first component shot gather, a second component shot gather and a third component shot gather. The first component shot gather is represented as a first subimage, the second component shot gather is represented as a second subimage, and the third component is represented as a third subimage. The first subimage is then merged with the second subimage and the third subimage to create a false color image. The shot gather of seismic traces may then be interpreted based on the false color image. The first component may by an x component, the second component may be a y component and the third component may be a z component. The first subimage may be a red or cyan subimage, the second subimage may be a green or yellow subimage and the third subimage may be a blue or magenta subimage.