Abstract: A computer implemented platform with the responsibility of handling complex tasks provided by users via a natural input interface (voice, text, image, among others). This platform design is based on the principle of full scalability, ambient and context awareness and with multi-domain extensible capability. The proposed computer-implemented system ensures the handling of input data provided by users via natural input interfaces, comprising a set of layers arranged in a modular and loosely coupled architecture, wherein the set of layers are adapted to interpret and manage several types of contextual information from the user input data, while permanently improving decisioning and response times, enabling increasingly complex interactions with the user.

Abstract: Method of making foamed gypsum slurry having 15 to 90 volume percent gas bubbles including: passing first slurry including water and on dry basis 50 to 98 wt. % calcium sulfate hemihydrate, 1 to 50 wt. % calcium carbonate, and 0.1 to 10 wt. % cellulose thickener via a first hose to a Wye connector conduit first inlet opening at Rate C and passing alum solution via a second hose to a second inlet opening of the conduit at Rate D to create combined mixed stream passing from the conduit to a static mixer for mixing for Time 3 to activate at least a portion of the calcium carbonate and alum to generate CO2 and create the foamed gypsum slurry; transferring the slurry from the mixer to a cavity between two wall boards via a third hose. Allowing the slurry in the cavity to expand, harden and dry.

Abstract: A gas exhaust system particularly designed to collect and exhaust gases, particularly carbon dioxide, from beverage fountain systems where the gasses ordinarily are exhausted to the immediate environment in which the equipment sits, which when an enclosed environment (i.e. a building) may result in a hazardous condition to persons therein.

Abstract: Method of making foamed gypsum slurry having 15 to 90 volume percent gas bubbles including: passing first slurry including water and on dry basis 50 to 98 wt. % calcium sulfate hemihydrate, 1 to 50 wt. % calcium carbonate, and 0.1 to 10 wt. % cellulose thickener via a first hose to a Wye connector conduit first inlet opening at Rate C and passing alum solution via a second hose to a second inlet opening of the conduit at Rate D to create combined mixed stream passing from the conduit to a static mixer for mixing for Time 3 to activate at least a portion of the calcium carbonate and alum to generate CO2 and create the foamed gypsum slurry; transferring the slurry from the mixer to a cavity between two wall boards via a third hose. Allowing the slurry in the cavity to expand, harden and dry.

Abstract: A method and apparatus is described for generating a test case for an application or system modelled using a Stochastic Automata Network model. The method contemplates the inclusion of a plurality of automata and including the steps of: (a) setting an initial global state as the current global state, wherein a global state comprises a set of local states each corresponding to one of the automata; (b) creating a record of the initial global state; (c) selecting an event from a set of events that can be applied to the current global state; creating record of the selected event; (e) identifying those of the automata affected by the selected event and updating the current global state by updating the states of the affected automata; (f) creating a record of the current global state; and repeating steps (c) to (f) until a termination condition is satisfied. The invention may also be used for the generation of test scripts.

Abstract: A method and apparatus is described for generating a test case for an application or system modelled using a Stochastic Automata Network model. The method contemplates the inclusion of a plurality of automata and including the steps of: (a) setting an initial global state as the current global state, wherein a global state comprises a set of local states each corresponding to one of the automata; (b) creating a record of the initial global state; (c) selecting an event from a set of events that can be applied to the current global state; creating record of the selected event; (e) identifying those of the automata affected by the selected event and updating the current global state by updating the states of the affected automata; (f) creating a record of the current global state; and repeating steps (c) to (f) until a termination condition is satisfied. The invention may also be used for the generation of test scripts.