Abstract: The present invention, generally speaking, provides a broad-based solution for acquisition, processing and distribution of media objects including pictures (images), movies, videos, graphics, sound clips, etc via the Internet or the like. And specifically, it is a solution to such systems for use in applications wherein there are multiple originators of media objects that will be viewed in multiple web sites having different viewing requirements. A browser-based prepare and post tool prepares and submits media objects from inside a standard browser to a remote server. A Media Acquisition, Processing and Distribution (MAPD) system receives these media objects, processes them to meet specific requirements, and delivers them for integration into remote databases. MAPD system services include media object submission, processing, hosting and mirroring. The hosting service delivers a media object URL to a remote database, allowing the media object to be requested and served by the media object server.

Abstract: A system, method and apparatus for media submission. The submission mechanism is configurable to perform a variable amount of intelligent preprocessing on media objects prior to upload. In the example of digital images, the tool can perform sizing and formatting, for example.

Abstract: A system, method and apparatus for media submission. The submission mechanism is configurable to perform a variable amount of intelligent preprocessing on media objects prior to upload. In the example of digital images, the tool can perform sizing and formatting, for example.

Abstract: The present invention, generally speaking, provides a broad-based solution for acquisition, processing and distribution of media objects including pictures (images), movies, videos, graphics, sound clips, etc via the Internet or the like. And specifically, it is a solution to such systems for use in applications wherein there are multiple originators of media objects that will be viewed in multiple web sites having different viewing requirements. A browser-based Aprepare and post@ tool prepares and submits media objects from inside a standard browser to a remote server. A Media Acquisition, Processing and Distribution (MAPD) system receives these media objects, processes them to meet specific requirements, and delivers them for integration into remote databases. MAPD system services include media object submission, processing, hosting and mirroring. The hosting service delivers a media object URL to a remote database, allowing the media object to be requested and served by the media object server.

Abstract: The present invention, generally speaking, provides an improved web-based media submission tool. As with some existing tools, operation of the tool is drag and drop or the user can “click” to browse a directory to select media objects. Unlike existing tools, the tool provides the user an opportunity to confirm the submission, for example by generating a thumbnail image of an image file that has been dragged and dropped. Batch submission is provided for in which a user drags and drops a plurality of images or other media objects. Submission from a web page to a web page is also provided for. The submission tool is configurable to perform a variable amount of intellegent preprocessing on media objects prior to upload. In the case of digital images, the tool can perform sizing and formatting, for example. Information capture is performed with information being uploaded together with the media objects. In an exemplary embodiment, information capture is both user-transparent (e.g.

Abstract: The present invention provides a method and apparatus for training a person to learn a cognitive/functional task that requires a sequence of decisions and a corresponding sequence of actions. According to a preferred embodiment of the invention, a cognitive/functional task is decomposed into critical elements and non-critical elements. The critical elements have distinguishing features and are essential to the cognitive/functional task. The critical and non-critical elements are presented to a trainee in a predetermined sequence in a simulated environment through, for example, a virtual reality device. The trainee is trained to act in accordance with the critical and non-critical elements presented. Furthermore, a data processing system is used to monitor the actions taken by the trainee in the simulated environment in response to the presented critical and non-critical elements. Moreover, the learning receptivity and learning achievement by the trainee is measured via a brain wave detection device.