Abstract: Subject matter disclosed herein may relate to monitoring state information for one or more events across one or more platforms associated with a user account, and providing event information appropriate for an electronic device to a the electronic device for display to a user associated with the user account. The user may provide inputs related to one or more of the events via the electronic device, and the inputs may be transmitted to one or more platforms.

Abstract: Subject matter disclosed herein may relate to providing user inputs, such as, for example, text from a keyboard, to an application executed on a digital video object playback device.

Abstract: Methods and apparatuses are provided, which may be implemented using an optical disc and a data access device such as, e.g., an optical disc player device. The optical disc may include content information, such as, video data, audio data, and advertisement data. The advertisement data may be associated with at least one product and/or service that is not adapted for use by the optical disc player device. The optical disc may include instructional information to adapt the optical disc player device to access user input data identifying user contact information and at least one advertisement selection, and to initiate transmission of an information request associated with at least one product and/or service associated with advertisement selection and/or advertisement data. The information request may include user contact information and may be adapted for use by at least one information delivery system which may initiate subsequent user contact without using the optical disc player device.

Abstract: A method and apparatus for modeling grid projects, such that their network and node resources may be readily determinable for simulation, scheduling, and control purposes. A model of a grid project is generated using a standardized grid project modeling language that sets forth a sequence of grid project phases. Within each phase, there may be any number of descriptions of parallel activities that need to be performed, such as, CPU processing, network activity, both, or even nested “sub” phases. Each of the descriptions specifies the properties of the described activities, such as the quantity of CPU required, network traffic expected, prerequisites, dependencies, activity splitting limits and characteristics, reliability actions, etc. The grid project model is parseable by the present invention to determine the various phases of a grid project and the various characteristics of each phase.

Abstract: A method and apparatus for scheduling execution of a grid project in accordance with multiple dimensions of dynamic load factors. The present invention provides a mechanism for determining grid node availability based on both processor load and network traffic loads on the nodes in a grid of computing devices. This availability information is used to determine scheduling of the running of grid projects.

Abstract: A method and apparatus for depicting grid availability at various times and for illustrating a simulation of the way in which a grid project will be executed based on grid availability. In addition, the affects of introducing new nodes into the grid may be determined and the affects on the simulated behavior of the grid with regard to the running of a grid project may be depicted using the graphical user interface. From this information, a user may determine the optimal time to initiate processing of a grid project by the computing grid.