Abstract: Gamified computerized project/workflow/activity management system and method which harnesses the innate human desire for playful competition and continual skill advancement to improve organizational productivity. The system allows team member (or team group) bidding on project tasks, where the members or groups accumulate points according to various criteria including how well their work product meets previously established criteria, as well as an opportunity to acquire additional points from mastering various task related learning material. Other factors, such as providing assistance to other team members, evaluating work product, and the like are also awarded points. Competition is fostered by allowing team members or groups to see where their point score ranks versus other players or groups, while teamwork and member skill growth is also encouraged.

Abstract: Gamified computerized project/workflow/activity management system and method which harnesses the innate human desire for playful competition and continual skill advancement to improve organizational productivity. The system allows team member (or team group) bidding on project tasks, where the members or groups accumulate points according to various criteria including how well their work product meets previously established criteria, as well as an opportunity to acquire additional points from mastering various task related learning material. Other factors, such as providing assistance to other team members, evaluating work product, and the like are also awarded points. Competition is fostered by allowing team members or groups to see where their point score ranks versus other players or groups, while teamwork and member skill growth is also encouraged.

Abstract: Gamified computerized project management system and method which harnesses the innate human desire for playful competition and continual skill advancement to improve organizational productivity. The system allows team member bidding on project tasks, where they accumulate points according to various criteria including how well their work product meets previously established criteria, as well as an opportunity to acquire additional points from mastering various task related learning material. Other factors, such as providing assistance to other team members, evaluating work product, and the like are also awarded points. Competition is fostered by allowing team members to see where their point score ranks versus other players, while teamwork and member skill growth is also encouraged. Gamified project management files containing comprehensive project records may be saved, converted to standard project management files, or constructed by translation process that gamifies standard project management files.

Abstract: Gamified computerized project management system and method which harnesses the innate human desire for playful competition and continual skill advancement to improve organizational productivity. The system allows team member bidding on project tasks, where they accumulate points according to various criteria including how well their work product meets previously established criteria, as well as an opportunity to acquire additional points from mastering various task related learning material. Other factors, such as providing assistance to other team members, evaluating work product, and the like are also awarded points. Competition is fostered by allowing team members to see where their point score ranks versus other players, while teamwork and member skill growth is also encouraged. Gamified project management files containing comprehensive project records may be saved, converted to standard project management files, or constructed by translation process that gamifies standard project management files.

Abstract: A system combines project management, learning management, and content management in an augmented reality game. Significant business objectives correspond to “Quests” where a Quest includes Missions and Tasks. In the augmented reality game, individual employees are scored for individual Tasks in a game in which individuals can compare their point standing with other players.

Abstract: An optical disk physical has a recording region divided into zones, each zone including physical tracks adjacent to each other. An integer number of sectors are provided in each physical track. The angular recording density is higher in the more outward zones such that the linear recording density is substantially constant throughout the recording region, and logical tracks are formed of a predetermined number of sectors, independent of the physical tracks. The conversion between the logical track and sector addresses read from the disk and the linear logical addresses supplied from a host device is easy. The addresses written in headers of the sectors in the logical track in which data are actually recorded, including substitute sectors used in place of defect sectors, are preferably consecutive to further facilitate the conversion between the logical track and sector addresses read from the disk and the linear logical addresses supplied from the host device.

Abstract: An optical disk physical has a recording region divided into zones, each zone including physical tracks adjacent to each other. An integer number of sectors are provided in each physical track. The angular recording density is higher in the more outward zones such that the linear recording density is substantially constant throughout the recording region, and logical tracks are formed of a predetermined number of sectors. independent of the physical tracks. The conversion between the logical track and sector addresses read from the disk and the linear logical addresses supplied from a host device is easy. The addresses written in headers of the sectors in the logical track in which data are actually recorded, including substitute sectors used in place of defect sectors, are preferably consecutive to further facilitate the conversion between the logical track and sector addresses read from the disk and the linear logical addresses supplied from the host device.

Abstract: An intelligent controller of a peripheral device such as a disk drive which stores utility algorithms. In a first embodiment, the utility algorithms are transferred from the peripheral device to a host computer in order to eliminate the need to have utility software pre-loaded into the computer. In a second embodiment, the algorithm stored within the peripheral device is executed by processing circuitry within the peripheral device in order to free the host computer to perform other tasks as the utility is being executed by the peripheral device. Exemplary utilities which may be executed by the peripheral device include data compression, data format conversion, automatic disk error correction, back-up of the disk's file allocation table or other vital disk or file information into a secondary file allocation table within the peripheral device, automatic file back-up or any other desired utility.

Abstract: An intelligent controller of a peripheral device such as a disk drive which stores utility algorithms. In a first embodiment, the utility algorithms are transferred from the peripheral device to a host computer in order to eliminate the need to have utility software pre-loaded into the computer. In a second embodiment, the algorithm stored within the peripheral device is executed by processing circuitry within the peripheral device in order to free the host computer to perform other tasks as the utility is being executed by the peripheral device. Exemplary utilities which may be executed by the peripheral device include data compression, data format conversion, automatic disk error correction, back-up of the disk's file allocation table or other vital disk or file information into a secondary file allocation table within the peripheral device, automatic file back-up or any other desired utility.