Abstract: A system is configured to: (a) receive multi-modal data from one or more sources; (b) analyze the data to determine features; (c) store the features in a database; (d) receive a search query for searching the stored features; (e) analyze the search query using a large language model to extract search features; (f) generate search results from the search features; and (g) display search results on a standardized graphical user interface including a legend having at least one or more of the search features displayed.

Abstract: There is provided a cementitious product comprising cementitious material, the cementitious product further comprising stone wool objects, said stone wool objects comprising stone wool fibres, wherein a portion of the stone wool fibres have a longest dimension greater than 250 ?m. In this way, there is provided a cementitious product with improved fire performance.

Abstract: A system is configured to: (a) receive multi-modal data from one or more sources, the multi-modal data including text data; (b) analyze the data to determine features; (c) store the features in a database; (d) receive a search query for searching the stored features; (e) analyze the search query using a large language model to extract search features; (f) generate search results from the search features; and (g) display search results on a standardized graphical user interface including (i) a map and (ii) a legend having at least one or more of the search features displayed.

Abstract: A system is configured to: (a) receive multi-modal data from one or more sources; (b) analyze the data to determine features; (c) store the features in a database; (d) receive a search query for searching the stored features; (e) analyze the search query using a large language model to extract search features; (f) generate search results from the search features; and (g) display search results on a standardized graphical user interface including a legend having at least one or more of the search features displayed.

Abstract: A system is configured to: (a) receive multi-modal data from one or more sources; (b) analyze the data to determine features; (c) store the features in a database; (d) receive a search query for searching the stored features; (e) analyze the search query using a large language model to extract search features; (f) generate search results from the search features; and (g) display search results on a standardized graphical user interface including a legend having at least one or more of the search features displayed.

Abstract: Optical fibre based measurement system having a system for generating radiation (Z) with monotonically tuneable wavelength during sweep periods, an optical path (T) and a detector (D) connected to the system for generating radiation (Z) via the optical path (T). The optical path (T) comprises the interferometer (I) comprising the multi-port element (EW) and the attached measuring optical fibre (F) sensitive to at least two environmental parameters, the mode excitation system (P) adapted for excitation in the measuring optical fibre (F) of at least the measuring mode (Mn1) with the first effective refractive index and the measuring mode (Mn2) with the second effective refractive index, having different sensitivity to these two parameters. The measurement system comprises the processing unit (UP) to which the detector (D) is connected via the analogue-to-digital converter (ADC), and the processing unit (UP) is adapted to generate the control signal for the system for generating radiation (Z).

Abstract: A fibre-optic measurement system equipped with a controlled light generation system (1) and a receiving system (2) connected via an optical path which comprises a directional device (4) and which, in addition, has a processing unit (9) for controlling the light generation system (1) and for receiving and processing the signal from the receiving system (2), according to the invention, it is characterized by the fact that it has a selective mode device (5) and is adapted to be connected to a fibre-optic telecommunications network by a selective mode device (5) and the processing unit (9) is adapted to implement the OFDR and/or COTDR measurement technique for measuring changes in the optical distance and processing them into one or more parameters. Moreover, the object of the invention is also the method of adaptation of a telecommunications network into a sensor network and a fibre-optic measurement and communication system.

Abstract: Provided herein is a compound of formula I, which has a marked fungicidal effect against phytopathogenic fungi, which infest commercial crops; likewise, the present invention provides fungicidal compositions comprising the compound of formula I and a method for its synthesis.

Abstract: Optical fibre based measurement system having a system for generating radiation (Z) with monotonically tuneable wavelength during sweep periods, an optical path (T) and a detector (D) connected to the system for generating radiation (Z) via the optical path (T). The optical path (T) comprises the interferometer (I) comprising the multi-port element (EW) and the attached measuring optical fibre (F) sensitive to at least two environmental parameters, the mode excitation system (P) adapted for excitation in the measuring optical fibre (F) of at least the measuring mode (Mnl) with the first effective refractive index and the measuring mode (Mn2) with the second effective refractive index, having different sensitivity to these two parameters. The measurement system comprises the processing unit (UP) to which the detector (D) is connected via the analogue-to-digital converter (ADC), and the processing unit (UP) is adapted to generate the control signal for the system for generating radiation (Z).

Abstract: A fibre-optic measurement system equipped with a controlled light generation system (1) and a receiving system (2) connected via an optical path which comprises a directional device (4) and which, in addition, has a processing unit (9) for controlling the light generation system (1) and for receiving and processing the signal from the receiving system (2), according to the invention, it is characterized by the fact that it has a selective mode device (5) and is adapted to be connected to a fibre-optic telecommunications network by a selective mode device (5) and the processing unit (9) is adapted to implement the OFDR and/or COTDR measurement technique for measuring changes in the optical distance and processing them into one or more parameters. Moreover, the object of the invention is also the method of adaptation of a telecommunications network into a sensor network and a fibre-optic measurement and communication system.

Abstract: A temperature monitoring device containing a control system adapted to generate substantially periodic control waveforms applied to the control input of the light source with tunable wavelength connected to an optical fiber interferometer, in which a measuring optical fiber is connected in one its arms, and the interferometer output is connected to a detector whose output is connected to a signal processing module adapted to identify temperature changes in the optical fiber length function, in accordance with the invention, characterized in that the light source coherence length is longer than 0.5 m, and the period of the periodic waveform is shorter than or equal to 20 s, the difference between the minimum and maximum wavelength is higher than 3 ?m, and the optical fiber is adapted to its placement near exoenergetic devices in a vehicle, during its operation.

Abstract: Various methods, apparatuses/systems, and media for implementing an automated testing module are disclosed. A processor creates a draft test suite that incorporates a plurality of features, each feature including a test scenario that comprises steps that describe the test scenario in a human readable form. The processor also compiles the steps of the test scenario into a single step in a reusable format; receives a request to perform a testing for an application; de-compiles the single step, in response to received request, to create a complete list of steps used in the scenario; generates a final test suite based on the de-complied single step in response to the received request; and automatically executes the final test suite to test the application without rewriting code.

Abstract: Various methods, apparatuses/systems, and media for implementing an automated testing module are disclosed. A processor creates a draft test suite that incorporates a plurality of features, each feature including a test scenario that comprises steps that describe the test scenario in a human readable form. The processor also compiles the steps of the test scenario into a single step in a reusable format; receives a request to perform a testing for an application; de-compiles the single step, in response to received request, to create a complete list of steps used in the scenario; generates a final test suite based on the de-complied single step in response to the received request; and automatically executes the final test suite to test the application without rewriting code.

Abstract: System and method of distributed sensing based on Brillouin stimulated scattering on optical fiber (3), consisting of separating the two signals of which the probe signal is composed and obtaining the difference between the stimulated amplification band (8) and the attenuation band (9), or vice-versa. In this way a signal is obtained with greater amplitude than in the case of detection being performed with a single band. Thus the signal-to-noise ratio is improved in the sensor signal, dynamic range and the range is increased and the uncertainty of the measurement is decreased. It also eliminates the common noise present in the two bands of the probe signal and, in the case of using a balanced detector in detection, it improves the saturation characteristics of the detector, being able to achieve much larger signal amplitudes than in the conventional case.

Abstract: System and method of distributed sensing based on Brillouin stimulated scattering on optical fiber (3), consisting of separating the two signals of which the probe signal is composed and obtaining the difference between the stimulated amplification band (8) and the attenuation band (9), or vice-versa. In this way a signal is obtained with greater amplitude than in the case of detection being performed with a single band. Thus the signal-to-noise ratio is improved in the sensor signal, dynamic range and the range is increased and the uncertainty of the measurement is decreased. It also eliminates the common noise present in the two bands of the probe signal and, in the case of using a balanced detector in detection, it improves the saturation characteristics of the detector, being able to achieve much larger signal amplitudes than in the conventional case.

Abstract: A system includes a first photovoltaic sub-module connected with a second photovoltaic sub-module. A first differential power processing converter connects with the first photovoltaic submodule and the second photovoltaic sub-module, and a third photovoltaic sub-module connects with the second photovoltaic sub-module and the first differential power processing converter. A second differential power processing converter connects with the first differential power processing converter, the first photovoltaic sub-module, the second photovoltaic sub-module and the third photovoltaic sub-module, where the second differential power processing converter communicates with the first differential power processing converter to exchange an information about determined perturbation of the first differential power processing converter and the second differential power processing converter.

Abstract: Methods are provided for identifying media files that are related to a user-selected media file. Initially, a first set of media files that have previously been determined to be related to the selected media file is identified. It is determined that the number of media files in the first set of media files does not exceed a minimum number. A query is constructed based on the title or description of the selected media file to locate more related media files. A media database is searched and the results are combined with the first set of media files to be displayed.

Abstract: Methods are provided for identifying media files that are related to a user-selected media file. Initially, a first set of media files that have previously been determined to be related to the selected media file is identified. It is determined that the number of media files in the first set of media files does not exceed a minimum number. A query is constructed based on the title or description of the selected media file to locate more related media files. A media database is searched and the results are combined with the first set of media files to be displayed.

Abstract: Methods are provided for identifying media files that are related to a user-selected media file. Initially, a first set of media files that have previously been determined to be related to the selected media file is identified. It is determined that the number of media files in the first set of media files does not exceed a minimum number. A query is constructed based on the title or description of the selected media file to locate more related media files. A media database is searched and the results are combined with the first set of media files to be displayed.

Abstract: Methods are provided for identifying media files that are related to a user-selected media file. Initially, a first set of media files that have previously been determined to be related to the selected media file is identified. It is determined that the number of media files in the first set of media files does not exceed a minimum number. A query is constructed based on the title or description of the selected media file to locate more related media files. A media database is searched and the results are combined with the first set of media files to be displayed.