Abstract: Computing systems, devices, and associated methods of allocating computing resources in a distributed computing system to user requests are disclosed herein. In one example, a method includes when none of unallocated computing resources satisfy a constraint on a physical attribute in a received request for the computing resource, identifying one of the allocated resources in the distributed computing system that satisfies the constraint on the physical attribute and recursively determining whether one of the other allocated or unallocated resources in the distributed computing system that satisfies a constraint of a prior request. In response to determining that none of the allocated or unallocated resources satisfies the constraint of the prior request, assignment of the identified one of the allocated resources to the prior request is maintained.

Abstract: Computing systems, devices, and associated methods of allocating computing resources in a distributed computing system to user requests are disclosed herein. In one example, a method includes when none of unallocated computing resources satisfy a constraint on a physical attribute in a received request for the computing resource, identifying one of the allocated resources in the distributed computing system that satisfies the constraint on the physical attribute and recursively determining whether one of the other allocated or unallocated resources in the distributed computing system that satisfies a constraint of a prior request. In response to determining that none of the allocated or unallocated resources satisfies the constraint of the prior request, assignment of the identified one of the allocated resources to the prior request is maintained.

Abstract: Provided herein are methods and systems employing agents that up-regulate E-cadherin, or E-cadherin agonists, for the treatment of inflammatory diseases, such as inflammatory bowel diseases (e.g., Crohn's disease). In certain embodiments, the agent employed is ML327, E-cadherin Up-regulator (ECU), or a compound of Formula I or II.

Abstract: Access to backup information, such as at network attached storage compliant with NDMP, is managed by interfacing a backup authentication mechanism with a primary authentication system and responding to requests for backup information according to permissions defined by the primary authentication system. A data management application requests access to backup information with an NDMP MD5 hash and includes a domain name and password for an LDAP or AD authentication through a pluggable authentication module. Access to backup information is provided based upon the permissions associated with the domain of the primary authentication mechanism.

Abstract: Access to backup information, such as at network attached storage compliant with NDMP, is managed by interfacing a backup authentication mechanism with a primary authentication system and responding to requests for backup information according to permissions defined by the primary authentication system. A data management application requests access to backup information with an NDMP MD5 hash and includes a domain name and password for an LDAP or AD authentication through a pluggable authentication module. Access to backup information is provided based upon the permissions associated with the domain of the primary authentication mechanism.

Abstract: Access to backup information, such as at network attached storage compliant with NDMP, is managed by interfacing a backup authentication mechanism with a primary authentication system and responding to requests for backup information according to permissions defined by the primary authentication system. A data management application requests access to backup information with an NDMP MD5 hash and includes a domain name and password for an LDAP or AD authentication through a pluggable authentication module. Access to backup information is provided based upon the permissions associated with the domain of the primary authentication mechanism.

Abstract: Access to backup information, such as at network attached storage compliant with NDMP, is managed by interfacing a backup authentication mechanism with a primary authentication system and responding to requests for backup information according to permissions defined by the primary authentication system. A data management application requests access to backup information with an NDMP MD5 hash and includes a domain name and password for an LDAP or AD authentication through a pluggable authentication module. Access to backup information is provided based upon the permissions associated with the domain of the primary authentication mechanism.

Abstract: An embodiment provides a method to change a graphical user interface in a way that supports runtime modification of an application's GUI without access to the application source code and/or needs no recompilation/restart of the application executable. This method allows the end-user to make runtime modifications of a widget's attributes and/or runtime conversion of widgets into different types of widgets.

Abstract: The invention relates to medicine and concerns a photosensitizer for detecting and curing tumors. The inventive photosensitizer is embodied in the form of a composition containing chlorin in the form of salt and alkali metals. The chlorin is composed of 80-90% of chlorin e6, 5-20 of purpurin 5 and the rest being purpurin 18-chlorin p6. Said photosensitizer is produced by extracting Spirulina biomass with the aid of acetone. Afterwards said biomass is exposed to acid treatment, neutralization, hydrolysis, extraction of pheophorbide a, dissolution in acetone, addition of a strong base, neutralization and reprecipitation of chlorin e6.

Abstract: Method to change Graphical User Interface that support runtime modification of the application's GUI without access to the application source code and/or needs no recompilation/restart of the application executable.

Abstract: A device for treatment of textile materials comprises a cover fixedly mounted on a base and a hollow housing movable on said base along its longitudinal axis. The hollow housing accomodates, on both sides of the axial plane thereof, technological equipment for the treatment of textile materials and doffers for rolls of textile materials. The doffers are mounted in supports, one support being secured on the cover, the other movably mounted inside the hollow housing. The doffers are installed in each support for concurrent parallel displacement depending on the variations in the diameters of the rolls wound thereon and connect to each other by a movable member made as a slider accomodated in a guide.

Abstract: According to the proposed method a moving substrate is transported through plurality of zones of treatment by plasma flows, arranged parallel to the moving substrate. Plasma flows are produced in each treatment zone in individual regions, a plasma-forming gas being supplied into the gaps between the adjacent regions and directed to the surface of the moving substrate. These gaps between adjacent regions are produced by electric potentials, equal in magnitude and similar in polarity, of electrodes used to generate plasma flows of adjacent regions. In a device realizing the method, pairs of electrodes used to form individual treatment regions are arranged so that any two adjacent pairs have their like electrodes facing each other, plasma-forming gas feed nozzles being fit in the gaps between said electrodes.