Abstract: The invention relates a system and method for producing component and product based on description thereof. The method retrieves, via a communications interface adapted to interact with a user through a communications link, an input from said user; parses the input to produce one or more keywords corresponds to the description; identifies a combination of one or more components from a pre-stored list components, a code for producing the one or more components, and cover; optimizes the identified combination of one or more components; generates at least one production file having at least one of a software code, a library file, an stereolithography (STL) file, or a gerber file from said optimized combination, the at least one production file is associated with the manufacturing process for producing the at least one hardware component. This method is automated to facilitate end-to-end manufacturing with user described specifications on a platform.

Abstract: The invention relates a system and method for producing component and product based on description thereof. The method retrieves, via a communications interface adapted to interact with a user through a communications link, an input from said user; parses the input to produce one or more keywords corresponds to the description; identifies a combination of one or more components from a pre-stored list components, a code for producing the one or more components, and cover; optimizes the identified combination of one or more components; generates at least one production file having at least one of a software code, a library file, an stereolithography (STL) file, or a gerber file from said optimized combination, the at least one production file is associated with the manufacturing process for producing the at least one hardware component. This method is automated to facilitate end-to-end manufacturing with user described specifications on a platform.

Abstract: A method of optical sensing is disclosed. The method comprises coupling an excitation optical signal into a first optical fiber to induce Rayleigh backscattering, thereby providing a backscattered signal; coupling the backscattered signal into a second optical fiber, spatially separated from the first optical fiber; and optically amplifying the backscattered signal in the second optical fiber, thereby generating a sensing signal.

Abstract: A method of optical sensing is disclosed. The method comprises coupling an excitation optical signal into a first optical fiber to induce Rayleigh backscattering, thereby providing a backscattered signal; coupling the backscattered signal into a second optical fiber, spatially separated from the first optical fiber; and optically amplifying the backscattered signal in the second optical fiber, thereby generating a sensing signal.

Abstract: A method of optical sensing is disclosed. The method comprises coupling an excitation optical signal into a first optical fiber to induce Rayleigh backscattering, thereby providing a backscattered signal; coupling the backscattered signal into a second optical fiber, spatially separated from the first optical fiber; and optically amplifying the backscattered signal in the second optical fiber, thereby generating a sensing signal.

Abstract: A method of optical sensing is disclosed. The method comprises coupling an excitation optical signal into a first optical fiber to induce Rayleigh backscattering, thereby providing a backscattered signal; coupling the backscattered signal into a second optical fiber, spatially separated from the first optical fiber; and optically amplifying the backscattered signal in the second optical fiber, thereby generating a sensing signal.