Abstract: A system includes a process-related-data handling component operative to handle process-related data corresponding to an operation associated with an artifact, such as the creation or revision of the artifact. An application component is operatively coupled to the process-related-data handling module and is operative to interact with the artifact. A storage element is also operatively coupled to the process-related-data handling module and is operative to store the process-related data. The process-related data may be displayed, created, or otherwise manipulated through a data management tool, which may include, a calendar interface, a task interface, and/or a media capture module. A method is also directed towards establishing process-related context concerning at least one artifact.

Abstract: An image processing system provides faster than real-time skin detection and localization. The system uses the highly optimized architecture of a graphics processing unit to quickly and efficiently detect and locate skin in an image. By performing skin detection and localization on the graphics processing unit, the image processing system frees the main system processor to perform other important tasks, including running general purpose applications. The speed with which the image processing system detects and localizes skin also facilitates subsequent processing steps such as face detection and motion tracking.

Abstract: An image processing system provides faster than real-time skin detection and localization. The system uses the highly optimized architecture of a graphics processing unit to quickly and efficiently detect and locate skin in an image. By performing skin detection and localization on the graphics processing unit, the image processing system frees the main system processor to perform other important tasks, including running general purpose applications. The speed with which the image processing system detects and localizes skin also facilitates subsequent processing steps such as face detection and motion tracking.

Abstract: An image processing system provides faster than real-time skin detection and localization. The system uses the highly optimized architecture of a graphics processing unit to quickly and efficiently detect and locate skin in an image. By performing skin detection and localization on the graphics processing unit, the image processing system frees the main system processor to perform other important tasks, including running general purpose applications. The speed with which the image processing system detects and localizes skin also facilitates subsequent processing steps such as face detection and motion tracking.

Abstract: A system, method, and processor executable instructions are disclosed for offloading encryption and/or decryption processing to a system having a parallel processing structure that may include a graphics processing unit. Lookup tables support executing encryption/decryption transformations solely on the graphics processing unit. In one version, the look-up tables support Rijndael encryption/decryption transformations. Also, a system, method, and processor executable instructions are disclosed for visualizing decrypted ciphertext.

Abstract: A system, method, and processor executable instructions are disclosed for offloading encryption and/or decryption processing to a system having a parallel processing structure that may include a graphics processing unit. Lookup tables support executing encryption/decryption transformations solely on the graphics processing unit. In one version, the look-up tables support Rijndael encryption/decryption transformations. Also, a system, method, and processor executable instructions are disclosed for visualizing decrypted ciphertext.

Abstract: A system includes a process-related-data handling component operative to handle process-related data corresponding to an operation associated with an artifact, such as the creation or revision of the artifact. An application component is operatively coupled to the process-related-data handling module and is operative to interact with the artifact. A storage element is also operatively coupled to the process-related-data handling module and is operative to store the process-related data. The process-related data may be displayed, created, or otherwise manipulated through a data management tool, which may include, a calendar interface, a task interface, and/or a media capture module. A method is also directed towards establishing process-related context concerning at least one artifact.

Abstract: A system, method, and processor executable instructions are disclosed for offloading encryption and/or decryption processing to a system having a parallel processing structure that may include a graphics processing unit. Lookup tables support executing encryption/decryption transformations solely on the graphics processing unit. In one version, the look-up tables support Rijndael encryption/decryption transformations. Also, a system, method, and processor executable instructions are disclosed for visualizing decrypted ciphertext.

Abstract: A system, method, and processor executable instructions are disclosed for offloading encryption and/or decryption processing to a system having a parallel processing structure that may include a graphics processing unit. Lookup tables support executing encryption/decryption transformations solely on the graphics processing unit. In one version, the look-up tables support Rijndael encryption/decryption transformations. Also, a system, method, and processor executable instructions are disclosed for visualizing decrypted ciphertext.

Abstract: An image processing system provides faster than real-time skin detection and localization. The system uses the highly optimized architecture of a graphics processing unit to quickly and efficiently detect and locate skin in an image. By performing skin detection and localization on the graphics processing unit, the image processing system frees the main system processor to perform other important tasks, including running general purpose applications. The speed with which the image processing system detects and localizes skin also facilitates subsequent processing steps such as face detection and motion tracking.