Abstract:
A pressure sensitive touch pad and an overlay depicting a pattern, e.g., a typewriter keyboard, for providing specific data characteristics of the pattern to a host computer and to a specific application program of any one of a number of application programs resident in the host computer, which specific application program includes software programmed to accept configured touch pad output signals from the touch pad corresponding to the pattern, which output signals are a function of originally generated touch signals achieved by actuation, normally by touch, of the pressure sensitive overlay surface at any particular point on the pattern, which pattern on the overlay on the touch pad corresponds to and is coordinated with a specific application program in the host computer including a multitude of application programs.
Abstract:
A computer system comprising a central processing unit (CPU), a memory circuit, an I/O coprocessor, and an input device comprising a touchpad and two joysticks positioned one to each side of the touchpad. The input device interfaces to the CPU via a serial data link to the I/O coprocessor. The touchpad has a default template graphic image inscribed on or in the touchpad surface and has a retainer for removably securing template overlays to be used with the touchpad instead of the default template.
Abstract:
Embodiments may be disclosed herein that provide systems, devices, and methods of creating and using virtual service groups on HFC networks. One such embodiment is a system comprising: a headend in communication with a plurality of consumer premises devices; contiguous or non-contiguous bands of QAM carriers; the plurality of consumer premises devices organized into virtual service groups and tuned to designated bands of data corresponding to the virtual service group to which each consumer premises device is assigned.