Abstract: The described techniques relate to an improved method for geothermal imaging. The method may include obtaining raw seismic data from seismic receivers distributed with reference to a geological zone and detecting a tremor event from the raw seismic data. The detecting may include generating processed seismic data from the raw seismic data; generating spectral representations; generating, for pairs of seismic receivers, a covariance matrix including a cross-spectra between pairs of the spectral representations; generating a time-frequency representation of the processed seismic data; fitting synthetic resonance spectra to the time-frequency representation of the processed seismic data on a per-time-instance basis; and identifying a subset of the processed seismic data based on the fitting, where the subset of the processed seismic data is representative of the tremor event. After detecting the tremor event, method may include outputting candidate locations representative of a source of the tremor event.

Abstract: In some embodiments, a system is provided, and computer-executable instructions cause the system to: obtain a file with instructions for provisioning resources of a service by referencing types of compute resources and including instructions for generating a customized resource of a first type; determine that the file references a first type of compute resources; retrieve threat modeling information associated with the first type of resource, including information identifying a first potential threat; generate a graph with nodes representing the first type of resource, the customized resource, and the first potential threat, and an edge connecting the first node and the second node with a predicate indicative of the relationship them; generate an ontology statement that relate the customized resource and first type of resource; and provide a plurality of ontology statements representing the graph to a reasoner to perform at least a portion of a security review without user intervention.

Abstract: A microfluidic array supporting a lipid bilayer assembly on which membrane proteins can be assembled is described. The array is formed from a hydrophilic polymeric substrate or metal substrate comprising a planar surface with a plurality of individual spherical depressions formed therein. Each of the depressions are configured to have a diameter greater than 1 ?m and containing an aqueous solution. Across each of the depressions is provided a lipid layer. Each of the plurality of individual depressions comprise arcuate side walls extending downwardly into the substrate from the planar surface.

Abstract: A microfluidic array supporting a lipid bilayer assembly on which membrane proteins can be assembled is described.

Abstract: A method is provided. The method includes receiving an address of a property to be insured; accessing an external attribute server and using only the address, retrieving attributes of the property to be insured from the external attribute server; calculating a premium estimate of insurance for the property to be insured based on the attributes of the property; generating a final insurance premium estimate by multiplying the calculated estimate by a multiplier; and transmitting the final insurance premium estimate to a device from which the address of the property to be insured was received.

Abstract: The present invention relates to systems and methods for estimating economic losses from hail storms. Accordingly, provided herein are methods for insurance underwriting of hail risk. Also provided are systems and computer-readable storage media configured for performing the disclosed methods.

Abstract: The present invention relates to systems and methods for estimating economic losses from wind storms. Accordingly, provided herein are methods estimating roughness length of an area surrounding a structure, methods calculating local wind speed at a structure, methods of estimating wind pressure on a structure, and methods of calculating the insurability of a structure. Also provided are systems and computer-readable storage media configured for performing the disclosed methods.

Abstract: The present invention relates to systems and methods for estimating economic losses from wind storms. Accordingly, provided herein are methods estimating roughness length of an area surrounding a structure, methods calculating local wind speed at a structure, methods of estimating wind pressure on a structure, and methods of calculating the insurability of a structure. Also provided are systems and computer-readable storage media configured for performing the disclosed methods.

Abstract: An improved security system is disclosed for material printed on a substrate comprising a primary marking printed on the substrate for conveying information. A secondary marking provides security to the primary marking. The secondary marking may include a variation in optical properties, a variation in magnetic properties or a variation in both in optical properties and magnetic properties of the primary marking. A method is disclosed comprising printing a primary and a secondary marking on a substrate with the primary marking conveying information and with the secondary marking providing security to the primary marking.

Abstract: Disclosed in one embodiment is a multimodal neuromonitoring system for providing clinicians with measures of important higher order, clinically relevant neurophysiological functions by combining the output of multiple medical devices each of which provides a measure of a more basic neurophysiological function. Also disclosed are electronic displays that present clinically meaningful relationships between various physical and chemical measurements of brain function, and a process for calculating when a patient's current neurophysiological state is different from a nominal “healthy” neurophysiological state.