Abstract:
A system is described for providing advertisements across multiple channels. The system may include a processor, a memory and an interface. The memory may store advertisements and a request. The interface may be operatively connected to the memory and the processor and may communicate with a user. The processor may be operatively connected to the interface and the memory and may associate the advertisements with channels. An advertisement associated with a channel may be formatted for display on the channel. The processor may receive a request from the user via the interface. The processor may determine the channel associated with the request and retrieve an advertisement associated with the channel. The processor may provide the advertisement to the user via the interface.
Abstract:
A method is disclosed for providing mobile publishers with multiple versions of an advertisement, including enabling an advertiser to create at least two different versions of an advertisement, wherein each version is formatted for display on a mobile device with a predetermined device attribute including a screen attribute, and providing a mobile publisher with the at least two versions of the advertisement for service to a plurality of mobile devices having different screen attributes, at least one of the plurality of mobile devices having a screen attribute corresponding to that of at least one of a plurality of advertisement versions.
Abstract:
A system-on-chip integrated circuit includes a peripheral initialization register has a bit corresponding to each module. Each bit indicates a normal mode or a reset mode for the corresponding module. A direct memory access unit can receive, prioritize and queue date movement transactions between modules and can read from or write to the peripheral initialization register. A peripheral interface unit prevents a write to the peripheral initialization register changing a module from reset mode to normal mode while there is an uncompleted data movement transaction involving that module. A false acknowledge circuit for each module supplies an acknowledge signal in response to a received command if the module is in reset mode.