Abstract: Controlling the flow of content and receipt of time sensitive scheduling data via a time sensitive scheduling data delivery network is described. This may involve accommodating the management of the display of potentially voluminous time sensitive scheduling data. This may also involve making all of the relevant time sensitive scheduling data information available from high capacity remote data stores accessible to all of a user's time sensitive scheduling data receiving devices via a time sensitive scheduling data network, and on demand by time sensitive scheduling data display zone category to the user's time sensitive scheduling data receiving devices. The user may dynamically manage which display zone classes and subclasses of time sensitive scheduling data appear, what time frame appears and how much time sensitive scheduling data appears on the user's time sensitive scheduling data receiving device display screens.

Abstract: Communications network based passive delivery of time sensitive scheduling data to an entity is described. Specific time sensitive scheduling data streams are created from aggregating time sensitive scheduling data from multiple originating organizations, affiliated groups of individuals, and individuals. Specific time sensitive scheduling data from originating organizations, affiliated groups of individuals, and individuals are sent via the passive delivery communications network. Specific time sensitive scheduling data streams aggregated from the multiple originating organizations, affiliated groups of individuals, and individuals are transmitted via the passive delivery communications network to the entity based on desirability and relevancy of time sensitive scheduling data. Specific time sensitive scheduling data from originating organizations, affiliated groups of individuals, and individuals are received via the passive delivery communications network.

Abstract: Controlling the flow of content and receipt of time sensitive scheduling data via a time sensitive scheduling data delivery network is described. This may involve accommodating the management of the display of potentially voluminous time sensitive scheduling data. This may also involve making all of the relevant time sensitive scheduling data information available from high capacity remote data stores accessible to all of a user's time sensitive scheduling data receiving devices via a time sensitive scheduling data network, and on demand by time sensitive scheduling data display zone category to the user's time sensitive scheduling data receiving devices. The user may dynamically manage which display zone classes and subclasses of time sensitive scheduling data appear, what time frame appears and how much time sensitive scheduling data appears on the user's time sensitive scheduling data receiving device display screens.

Abstract: Presenting time frame elements of time sensitive scheduling data to an entity based on a reception time zone related to a passive delivery via a time sensitive scheduling data delivery network is described. A communications network passive delivery of time zone adjusted time sensitive scheduling data is accommodated to an entity. Specific time zone adjusted time sensitive scheduling data from originating organizations, affiliated groups of individuals, and individuals are aggregated into time sensitive scheduling data streams. Then the specific time zone adjusted time sensitive scheduling data streams aggregated from multiple originating organizations, affiliated groups of individuals, and individuals are transmitted via the communications network to the entity. Finally, the time sensitive scheduling data is presented in a manner affording the time zone adjustment based on a reception time zone in which the time sensitive scheduling data is being presented.

Abstract: Communications network based passive delivery of relevant and desired promotional content and time sensitive scheduling data to an entity is described. Promotional content is targeted based on targeting criteria. Promotional content based on the targeting criteria is distributed via the passive delivery communications network. Promotional content aggregated as part of time sensitive scheduling data streams is delivered via the passive delivery communications network. The passive delivery of promotional content in proximity to the relevant time sensitive scheduling data is presented to the entity via a time sensitive scheduling data receiving device.

Abstract: Providing privacy protection to an entity related to the passive delivery of time sensitive scheduling data via a Time Sensitive Scheduling Data Delivery Network is described. A communications network based passive delivery of privacy protected time sensitive scheduling data is accommodated to an entity. Specific privacy protected time sensitive scheduling data from sources including originating organizations, affiliated groups of individuals, and individuals are aggregated into time sensitive scheduling data streams. Then the specific privacy protected time sensitive scheduling data streams aggregated from sources including multiple originating organizations, affiliated groups of individuals, and individuals are transmitted via the communications network to the entity. Finally the time sensitive scheduling data is presented in a manner affording privacy based on content privacy states which determine the representation of a time sensitive scheduling data item being presented.