Abstract: Embodiments disclosed include systems and methods to create independently multi-layered virtual workspace applications, designed for use with independent multiple input systems. Embodiments disclosed include computer implemented methods and systems comprising sending messages into a computer system via at least one of raw input, operating system coding and application specific messaging. Systems and methods disclosed enable receiving and parsing low level messages by unique listening applications, wherein the unique listening applications are further caused to parse the incoming messages into independently handled and rendered independent multiple input data streams.

Abstract: Embodiments disclosed include systems and methods to create independently multi-layered virtual workspace applications, designed for use with independent multiple input systems. Embodiments disclosed include computer implemented methods and systems comprising sending messages into a computer system via at least one of raw input, operating system coding and application specific messaging. Systems and methods disclosed enable receiving and parsing low level messages by unique listening applications, wherein the unique listening applications are further caused to parse the incoming messages into independently handled and rendered independent multiple input data streams.

Abstract: Systems and methods are disclosed herein which enable simultaneous manipulation of user-interface objects by a plurality of users across a network of a plurality of nodes using multiple independent data paths, wherein on each node, an input device activates a plurality of user-interface elements, and such activations are replicated across each node. Only user-interface change data is transmitted, thereby enabling real-time, simultaneous collaboration without transmitting an image of the user interface.

Abstract: Method and system for generating and processing multiple independent input data streams based on a high priority OS message framework such as an OS provided framework for processing mouse-messages. Multiple input devices generate motion that is sensed by motion sensors located on one or more motion sources, quantify the sensed motion, and provide resulting input data to a computer via one or more communication ports. One or more software subroutines process the provided data, separating them into multiple independent input streams according to their sources, and sending the streams to listening applications. The subroutines are preferably integrated at a low level of the OS architecture, thereby enabling low-latency, fully-functional high priority processing of the input data.

Abstract: Method and system for generating and processing multiple independent input data streams based on a high priority OS message framework such as an OS provided framework for processing mouse-messages. Multiple input devices generate motion that is sensed by motion sensors located on one or more motion sources, quantify the sensed motion, and provide resulting input data to a computer via one or more communication ports. One or more software subroutines process the provided data, separating them into multiple independent input streams according to their sources, and sending the streams to listening applications. The subroutines are preferably integrated at a low level of the OS architecture, thereby enabling low-latency, fully-functional high priority processing of the input data.

Abstract: The implementation of a unique system for creating multiple independent computer inputs is described. The system utilizes interactive mouse hooks, raw input information, and subroutines for generating tagged windows mouse messages. Such tagged windows mouse messages are coupled with a cursor rendering application to generate second, third, or more independent cursors or control points. In addition, the system generates mouse input stream and discerns it from the hardware-generated input stream. The system-generated mouse input stream is further utilized in graphical user interface.

Abstract: Improved computer interface system using multiple independent graphical data input devices is disclosed. Multiple independent graphical data input devices allow users to input data independently from multiple independent graphical data input devices to operating system. Graphical input device driver decodes input from multiple independent graphical input devices. Operating system interface software interprets data from graphical input device driver. Operating system software further generates and controls multiple cursors or control points. Graphical input device aware program obtains and interprets graphical input devices event message, and controls graphical input device aware objects.

Abstract: Improved HETP is obtained in the operation of a distillation column containing trays with a packing of a porous container containing a particulate material intimately associated with a resilient component having at least 50 volume % open space, preferably at least 70 volume % positioned on the trays compared to the trays without the packing. The packing may contain a catalytic particulate material and the distillation may involve reaction and distillation of the reaction products. The particulate material may also be inert and the distillation of the conventional type to separate components in the distillation mixture without reaction.

Abstract: Improved HETP is obtained in the operation of a distillation column containing trays with a packing of a porous container containing a particulate material intimately associated with a resilient component having at least 50 volume % open space, preferably at least 70 volume % positioned on the trays compared to the trays without the packing. The packing may contain a catalytic particulate material and the distillation may involve reaction and distillation of the reaction products. The particulate material may also be inert and the distillation of the conventional type to separate components in the distillation mixture without reaction.