COMPUTER SOFTWARE VISUAL

Brand Owner (click to sort) Address Description
DELIRIUM Delirium, Ltd. 631 Wilshire Boulevard, PH 4D Santa Monica CA 90401 COMPUTER SOFTWARE FOR THE VISUAL EFFECTS INDUSTRY, INCLUDING MEDIA ASSET MANAGEMENT SOFTWARE, DISTRIBUTED PROCESS MANAGEMENT SOFTWARE, IMAGE PLUG-INS AND OTHER SOFTWARE FOR THE CREATION OF SPECIAL EFFECTS FOR USE IN FILM AND MEDIA;
O-SAT Frontier Technology, Inc. Attn: Contracts Manager 75 Aero Camino, Suite A Goleta CA 931173134 Computer software for the visual and computational analysis of position, pointing, and image data in 3 dimensional space and time;Engineering services, namely, engineering for the support of the visual and computational analysis of position, pointing, and image data in 3 dimensional space and time;
RADISH VISUALMETRICS CORP. 380 Knowling Drive Coralville IA 52241 computer software and visual, cross-platform development tool application program for the creation of general software applications;
SHAPESHIFTER VISUALMETRICS CORP. 380 Knowling Drive Coralville IA 52241 computer software and visual, cross-platform development tool application and code-generation program for the creation of general software applications;SHAPE SHIFTER;
TEAMRES The Espy Corporation 13033 Trautwein Rd Austin TX 78737 Computer software for the visual analysis of oil field data sets;TEAM RESPOND;
VISUAL POLICY LANGUAGE Tazz Networks, Inc. B300 3 Davol Square Providence RI 02903 Computer software for the visual design and maintenance of structured network policy statements for computer network communications.;
 

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

   
Technical Examples
  1. A system and method are diminish the use of an automated program in a networked environment. A server can provide access to a service. In addition, a software module provides a client computer with a visual test upon a request transmitted through a network by the client computer for the service. The visual test requires the client computer to perform a predetermined action on a shaped object displayed on a video display in order to gain access to the service. A validation software module receives a request from the software module for the shaped object to be displayed on the video display. Further, the validation software module randomly selects a shaped object to be transmitted to the software module. The validation software module provides the software module with the shaped object. An access software module receives an access instruction from the validation software module if the client computer passes the visual test. The client computer can access the service if the client computer passes the visual test.