Abstract: A network projector interface system is provided. In one embodiment, the system includes client software stored on a recordable medium and at least partially executable on a client computer on a network, where the client software provides a client interface configured to aid a user in directing a presentation file to a selected network projector. The system also includes presentation manager software stored on a recordable medium executable on the network, where the presentation manager software produces a presentation manager configured to manage storage and access to the presentation file, and a network projector coupled to a projector computer, where the projector computer is coupled to the network and communicates with the presentation manager to display the presentation file on the selected network projector.

Abstract: A system and methods for managing a plurality of projector devices over a computer network are provided. The system includes a projector manager linked to a computer network, wherein the projector manager is configured to monitor over the network a status of a selected feature of a selected projector device, and to change the status of the selected feature when requested. The system also includes a projector manager controller linked to the computer network, wherein the projector manager controller is configured to request the projector manager to perform at least one of the functions of reporting the status of the selected feature and requesting the selected projector device to change the status of the selected feature.

Abstract: A remote projector and administration control method and apparatus enables the integration of presentation projector resources in an networked enterprise environment. A projector server computer connected to the network hosts one or more presentation data/video projectors. Alternatively, a network enabled projector functions as both the projector server host and projector. Residing on the projector server host are a repository for storing presentation data and user profiles, a projector server and three interfaces: a projector interface to communicate with the hosted projector, a host discovery interface to discover other projector server hosts or network enabled projectors on the network, and a host interface to interact with the identified hosts using the facilities of the remote projector and administration method and apparatus. The host discovery interface discovers the identity of other active projector servers or network enabled projectors on the network.

Abstract: A system and methods for managing a plurality of projector devices over a computer network are provided. The system includes a projector manager linked to a computer network, wherein the projector manager is configured to monitor over the network a status of a selected feature of a selected projector device, and to change the status of the selected feature when requested. The system also includes a projector manager controller linked to the computer network, wherein the projector manager controller is configured to request the projector manager to perform at least one of the functions of reporting the status of the selected feature and requesting the selected projector device to change the status of the selected feature.

Abstract: A network projector interface system is provided. In one embodiment, the system includes client software stored on a recordable medium and at least partially executable on a client computer on a network, where the client software provides a client interface configured to aid a user in directing a presentation file to a selected network projector. The system also includes presentation manager software stored on a recordable medium executable on the network, where the presentation manager software produces a presentation manager configured to manage storage and access to the presentation file, and a network projector coupled to a projector computer, where the projector computer is coupled to the network and communicates with the presentation manager to display the presentation file on the selected network projector.

Abstract: A stride enhancer provides high memory bandwidth on strides greater than one and minimizes requests to memory. The basic memory module (BSM) design uses line fetches as the basic cache complex fetch mechanism and allows operation of the BSM to be stride independent. In the preferred implementation, the BSM has two fetch modes; a normal mode and a line fetch mode. In the normal mode, a quadword (QW) is fetched as in the conventional design. In the line fetch mode, all double words (DWs) within the referenced line are returned to the storage control element (SCE) at two DWs per cycle for strides one through eight (twice the conventional bandwidth) or at least one DW per cycle for all other strides (equal to the conventional bandwidth). This is accomplished with two DW busses rather than a single QW bus and by interleaving DW storage locations within the BSM. In line fetch mode for strides one through eight, DWs are read out according to the stride on the two DW busses.

Abstract: A memory system and a unique memory chip is disclosed wherein multiple islands on a chip can be separately accessed by separate island controllers whereby concurrent use of the several islands or arrays on a chip can be achieved.