Abstract: A method and system for providing an emulation of a computer product is described. The method and system involve receiving an emulation request for initiating the emulation; in response to receiving the emulation request, creating an emulation session based at least on the emulation data and creating an emulation session identifier; determining one or more resources required for providing the emulation based on the emulation data and linking resource identifiers for the one or more resources with the emulation session identifier; identifying one or more emulator servers capable of providing the emulation based at least on the one or more resources and linking emulator server identifiers for the one or more emulator servers with the emulation session identifier; defining session data for the emulation session based on the emulation session identifier; and initiating the emulation session based on the session data.

Abstract: Systems and methods set forth herein may aid in identifying and disrupting undesirable outcomes. The system may include computer readable media; an electronic input device; an output device; a processor in data communication with the input device and the output device; and electronic instructions. The electronic instructions, when executed by the at least one processor, perform steps for: automatically storing event data from the electronic input device in the computer readable media; actuating the output device to graphically display the event data; determining if the event data qualifies as a critical event; storing the critical event data as outcome data in the computer readable media; accessing the event data and outcome data; determining at least one correlation between the event data and the outcome data; actuating the output device to display an intervention to aid in disrupting future critical events; and storing the intervention in the computer readable media.

Abstract: Disclosed is a method and apparatus for determining a concentration of a glycopeptide antibiotic containing a phenol moiety such as Vancomycin in a complex sample matrix by extracting the glycopeptide antibiotic from a metered portion of the complex sample matrix by exposing said metered portion to an extraction material having an affinity with the glycopeptide antibiotic; and exposing the extraction material to a metered portion of an eluent for releasing the glycopeptide antibiotic from the extraction material; and by determining a concentration of the glycopeptide antibiotic by adding a Gibbs reagent (2,6 dichloroquinone-4chloroimide) to the metered portion of the complex sample matrix or the eluent; activating the Gibbs reagent and, after the reaction between the activated Gibbs reagent and the antibiotic has stabilized; detecting the reaction product of the activated Gibbs reagent and the antibiotic in said eluent; and determining the concentration of the antibiotic in the complex sample matrix from the

Abstract: A method and system are provided for managing access to resources available remotely from at least one computing device. The resources include at least one software application and at least one hardware component. The method and system involve storing access level indicators for indicating different types of access; storing identifiers for identifying different users with access to the at least one computing device and possible access to the resources; for each resource and each identifier, storing an access level indicator for that resource and that user; and before granting access to a resource for a user seeking access to the resource, operating a processor to: determine an identifier identifying the user; determine the access level indicator stored in the storage module for the identifier and the resource; and if access is consistent with the determined access level indicator, grant access to the resource, otherwise, deny access to the resource.

Abstract: The optical system comprises: means for introducing a controlled negative or positive chirp to an incoming ultrashort laser pulse to be characterized; a nonlinear optical medium through which said chirped ultrashort laser pulse is propagated, wherein as a result of said propagation: different chirp values are introduced in the ultrashort laser pulse at different propagation distances along the nonlinear optical medium, and a transverse nonlinear signal is generated in a direction perpendicular to the propagation axis; analyzing means configured for recording a single-shot spectral image of said generated transverse nonlinear signal; and a processing module comprising one or more processors configured to execute a numerical iterative algorithm to said single-shot spectral image to retrieve the electric field, amplitude and phase, of the ultrashort laser pulse.

Abstract: A system for digesting biodigestible feed that preferably includes the steps of comminuting the feed, introducing feed, an oxygen-containing gas, an accelerant, and bacteria into a digestion zone, the bacteria being suitable for digesting the feed under aerobic, anaerobic, and anoxic conditions. The contents of the digestion zone can be changed from aerobic operation to either anoxic or anaerobic operation, or vice versa, without changing the bacteria in the digestion zone.

Abstract: Embodiments here include systems and methods for running an application via a microvisor processor in communication with a memory and a storage is disclosed. For example, one method includes installing an application. The method also includes identifying an operating system that the application is configured to execute within. The method also includes identifying a resource required by the application to execute, wherein the resource is part of the operating system. The method also includes identifying a location of the resource in the storage. The method also includes retrieving the resource from the storage. The method also includes bundling the application and the resource in the memory. The method also includes executing the application using the resource.

Abstract: We describe a method comprising: providing a droplet comprising a plurality of constituents, splitting said droplet into a first droplet and a second droplet, wherein said first droplet comprises a first fraction of said plurality of constituents and said second droplet comprises a second fraction of said plurality of constituents, analysing said constituents of said first fraction of said plurality of constituents in said first droplet, and sorting said second droplet dependent on an outcome of said analysis.

Abstract: Systems, modules, and methods set forth herein may allow patient satisfaction to be improved. One system for improving patient satisfaction includes computer readable media, an output device, a processor in data communication with the computer readable media and the output device, and electronic instructions that, when executed by the processor, perform steps for: (a) automatically storing event data from a plurality of electronic devices in the computer readable media; (b) storing perception data obtained from a plurality of patients in the computer readable media; (c) accessing the event data; (d) accessing the perception data; (e) determining at least one correlation between the event data and the perception data; (f) determining at least one proposal to improve patient satisfaction based on the at least one correlation; and (g) actuating the output device to convey the at least one proposal to improve patient satisfaction.

Abstract: Biodegradable mulch of the type used in various agricultural applications is made by multi-layer extrusion from a mixture of two compostable biodegradable polymers that comply with the EN13432 standard and that include potato starch, a black masterbatch and biodegradable recycled polymers. The mulch self-degrades in a short period of time, becoming a compostable material that enriches the soil, avoiding the collecting and cleaning tasks that are necessary in conventional mulches.

Abstract: A method and system are provided for managing access to resources available remotely from at least one computing device. The resources include at least one software application and at least one hardware component. The method and system involve storing access level indicators for indicating different types of access; storing identifiers for identifying different users with access to the at least one computing device and possible access to the resources; for each resource and each identifier, storing an access level indicator for that resource and that user; and before granting access to a resource for a user seeking access to the resource, operating a processor to: determine an identifier identifying the user; determine the access level indicator stored in the storage module for the identifier and the resource; and if access is consistent with the determined access level indicator, grant access to the resource, otherwise, deny access to the resource.

Abstract: Methods and systems for providing one or more software applications. The methods and systems involve receiving an application request from a user device identifying, at least, a software application to be provided by a host computer server; providing a resource library for the host computer server that defines the resources required for providing each software application; identifying, from the resource library, a set of resources required for providing the requested software application, the set of resources includes at least one resource required for an application operating system to support the requested software application; and providing the requested software application with the set of resources. The application operating system can be different from a host operating system at the host computer server. The set of resources can be launched as a containerized resource instance, which is operationally isolated from other containerized resource instances provided by the host computer server.

Abstract: Aspects capture, view, present and display photo-realistic, fully-immersive panoramic virtual environments, displaying to a user via a display screen, in a first layer at a first level of opacity, an image of current surroundings of the user from image data captured from the current surroundings of the user by an image capture device; and in a second layer at a second level of opacity, an image of another environment that differs from the current surroundings of the user as a function of time or of place, wherein the second layer is located coextensive with the first layer. The first level of opacity is selected to present image data of the panoramic image within the first layer as transparent relative to image data of the panoramic image within the second layer; or as opaque relative to image data of the panoramic image within the second layer.

Abstract: A proposed method for binding the functionality of a software application to the specific storage media that the software application is stored on and executed from. Furthermore, this method will prevent copies of the software application from being fully-executable and/or allowing for the execution of alternate processes, or the suppression of alternate processes when the software application is not stored on and executed from the storage media that the software application is bound to by this method.

Abstract: Various embodiments are described herein for methods and systems for managing online resource allocation between a plurality of virtual computers. A plurality of resources can be provided via a host server. The host server can define a plurality of resource pools, where each resource pool defines an associated group of resources. Each virtual computer can be assigned to an associated resource pool. The host server can then automatically provide access for each virtual computer to the group of resources corresponds to the resource pool to which they were assigned. The host server can then determine a pool usage profile by monitoring the usage of the resources in the resource pools and store the pool usage profile. The pool usage profile may be used to re-define the resource pools or re-assign virtual computers.

Abstract: The present invention provides an emulsion for sorting droplets in a microfluidic device, the emulsion comprising: a discontinuous aqueous phase; and a continuous oil phase; wherein said aqueous phase comprises at least one analyte, said oil phase comprises a fluorous oil and a refractive index modifying compound comprising at least one aromatic ring, and the refractive index of said aqueous phase and the refractive index of said oil phase are substantially matched.

Abstract: Methods and systems for providing an emulation session to emulate a computer product for a host device. A method and system involve providing a communication link between the host device and an emulation bridge module provided on an emulation server separate from the host device; providing a host resource library file including a list of the plurality of resources available on the host device to the emulation bridge module; operating the emulation bridge module to determine emulation session resources required to provide the emulation session; selecting at least one of the host device and the emulation server for providing each required emulation session resource in the emulation session resources required to provide the emulation session; and providing the emulation session using the required emulation session resources provided by at least one of the host device and the emulation server.

Abstract: This invention relates to methods and systems for providing chemical and/or biological materials. Thus we describe a method of providing a chemical or biological material in a quantized form, the method comprising: preparing an emulsion comprising a plurality of microdroplets each holding a controlled amount of said material; storing said chemical or biological material in said microdroplets in said emulsion; transferring a portion of said emulsion microdroplets to a container for transportation; transporting said container to a user of said material, wherein said user receives said material in a quantized form in said microdroplets of said emulsion; and de-emulsifying said received microdroplets containing said material in quantized form to extract said material for subsequent use.