Abstract: A method and apparatus for remotely controlling access to the components of an optically interconnected information processing infrastructure is presented. Access to the infrastructure is controlled independently of the infrastructure operating system.

Abstract: A method and apparatus for remotely controlling access to the components of an optically interconnected information processing infrastructure is presented. Access to the infrastructure is controlled independently of the infrastructure operating system.

Abstract: Disclosed is a home chef spice rack system comprising a front shelf and a back shelf. The front shelf comprises three hole(s) to store bowl-stored spices while the back shelf comprises a non-hole compartment designed to hold a plurality of spice bottle(s). Further, the front shelf is located in front of the back shelf while the front shelf is located below the back shelf in a tiered fashion such that both of the bowl-stored spices and the spice bottles are readily accessible to at least one cook during at least one spicing/cooking activity. The bowl-stored spices are bulk-contained within a glass or plastic covered spice jar(s) having a lid. The back shelf is recessed from an upper planar surface of the front shelf. The non-hole compartment houses seven of the spice bottles, the spice bottles located linearly adjacent to each other in line.

Abstract: A method and apparatus for remotely controlling access to the components of an optically interconnected information processing infrastructure is presented. Access to the infrastructure is controlled independently of the infrastructure operating system.