Abstract: An iron-type golf club having selectively machined portions and attributes, including a machined sole portion and/or a machined leading edge portion. The machined portion(s) include continuous machining scallop lines having a scallop height and a step-over distance.

Abstract: A method, system and computer-readable storage medium for controlling access to application data associated with an application configured on a computing device.

Abstract: Provided herein is are methods of treating Chronic Obstructive Pulmonary Disease (COPD) in a patient, comprising administering to the patient an effective amount of benralizumab or an antigen-binding fragment thereof.

Abstract: A golf club head having a planar strike face formed of oxidizable metal substrate including an unplated portion of the oxidizable metal substrate that is not plated and defines an oxidizable strike face surface area. A first oxidation-prevention coating permanently covers at least a portion of the body including at least a portion of the rear portion and the heel portion, and a temporary user-removable cover is located over at least a portion of the oxidizable strike face surface area and may temporarily regulate oxidation. The club head has performance and confidence inspiring ratios of the oxidizable strike face surface area divided by the total volume, as well as the oxidizable strike face surface area divided by the total planar strike face surface area, and the oxidizable strike face surface area divided by the total surface area.

Abstract: A process, system and medium for conditional invocation of step-up authentication based on anomalous requests during an authentication journey, without burdening legitimate users, are described. The process includes sending features of an authentication request, ostensibly from a user, and a userID of the user, to an access prediction service. The process includes receiving feedback from the access prediction service, the feedback comprising a risk score and an explanation of the risk score. The process includes finding, based on the risk score, that the authentication request is anomalous for the userID. The process includes, based on the finding that the authentication request is anomalous and the explanation, determining whether to invoke step-up authentication. In some implementations, the determining does not invoke step-up authentication, whereby the ostensible user is not challenged despite the finding of anomaly. The system and medium are configured to execute the process.

Abstract: A process, system and medium for building a training set and performing supervised training of a Machine Learning (ML) model that determines a risk score used to decide whether to impose stepped up authentication during an authentication journey are described. The process includes selecting examples of completed authentication journeys, including failed and successful authentication outcomes after step-up requirements during the example journeys. The process includes pairing ground truth outcomes from the example journeys with authentication request features initially available prior to imposition of the step-up requirements to produce request feature-outcome pairs. The process includes using at least the request feature-outcome pairs to perform the supervised training of the ML model to determine a risk score that can be used to decide whether to impose the stepped up authentication during an authentication journey. The system and medium are configured to execute the process.

Abstract: A process, system and medium for detecting anomalous authentication requests to a protected resource during an authentication journey, in order to regulate step-up authentication are described. The process includes obtaining request features from the authentication request that triggered the authentication journey. The process includes processing, by an ensemble of Machine Learning (ML) models and a set of rule-based heuristics, a set of features based on the request features, the set of features associated with a userID. The process includes deriving risk sub-scores for each ML model and each heuristic. The process includes deriving a risk score based on the risk sub-scores. The process includes determining that the risk score exceeds an explanation-triggering threshold. The process includes providing, to a node in the authentication journey, the risk score with an explanation of the risk score. The system and medium are configured to execute the process, and configured to provide the explanation.

Abstract: An iron-type golf club having selectively machined portions and attributes, including a machined sole portion and/or a machined leading edge portion. The machined portion(s) include continuous machining scallop lines having a scallop height and a step-over distance.

Abstract: The apparatus (1) includes a frictional heater (2), within which a rotor (3) is utilised, which includes a substantially cylindrical member (4) disposed about a central axis (5). The rotor (3) is rotatably mounted within the frictional heater (2) such that the axis of rotation is co-extensive with the central axis (5). The substantially cylindrical member (4) defines an outer periphery (6) configured, in use, to bear against plastic whilst rotating. To help address various issues that may otherwise arise during operation of the apparatus (1), the outer periphery has a diameter of between approximately 0.2 m and approximately 2.0 m inclusive.

Abstract: An iron-type golf club having selectively machined portions and attributes, including a machined sole portion and/or a machined leading edge portion. The machined portion(s) include continuous machining scallop lines having a scallop height and a step-over distance. The scallop height is 10-75% of a finished leading edge radius at a vertical midpoint demarcation plane, and the step-over distance is less than 150% of the finished leading edge radius at the vertical midpoint demarcation plane.

Abstract: A method, system and computer-readable storage medium for controlling access to application data associated with an application configured on a computing device.

Abstract: The disclosed technology teaches a computer-implemented method of enabling identity governance administration to examine the state of identity management objects at an arbitrary prior time. The method includes maintaining a data store of identity management objects used for identity governance administration, including specification of user roles from which permissions or authorizations derive and recording in the data store copies of identity management objects with an as-of time stamp at each creation, change and deletion of each identity management object. Also included is retaining time-stamped versions of the objects for a queryable time window. The method also includes receiving a query with an as-of time criteria for at least some of the identity management objects and returning responsive objects from which the permissions or authorizations were derived at the as-of-time. Responding to the query with the responsive objects that correspond to the as-of time criteria in the query is also disclosed.

Abstract: The disclosed technology teaches a method of coalescing candidate roles discovered by role mining with active roles that preexisted the role mining, including calculating pairwise proximities between the candidate roles and the active roles by counting differences between pairs over attribute lists for entitlement, driving factors and access patterns, with a penalty for lack of overlap between attribute lists to produce a total difference score. Also included is selecting pairs of candidate and active roles that have a low total difference scores that also are below a threshold. For the selected pairs, the disclosed method includes proposing to assign entitlements from the active role to the paired candidate role, and receiving user feedback on whether to proceed with merging of candidate roles in the pair into corresponding active roles, while retaining entitlements of the active roles.

Abstract: A method, system and computer-readable storage medium for controlling access to application data associated with an application configured on a computing device.

Abstract: A parent artery occlusion (PAO) device which provides for immediate occlusion of a cerebral artery to isolate a defect. The PAO device includes a self-expanding wire-frame prolate structure which is partially covered with an ePTFE membrane.

Abstract: Described herein is a golf club head. The golf club head comprises a heel portion, a sole portion, a toe portion, opposite the heel portion, a top portion, opposite the sole portion, a rear portion, and a front portion, opposite the rear portion and comprising a strike face. An outer surface of at least the rear portion and at most a limited part of the strike face is made of a non-oxidizable metal material. At least a part of the strike face is made of an oxidizable metal material.

Abstract: A golf club head having a milled planar strike face formed of oxidizable metal material and a plurality of primary grooves, and a first oxidation-prevention coating permanently covering at least a portion of the body. The primary grooves have toeward ends that may be unaligned vertically. A temporary user-removable cover may cover at least a portion of the oxidizable strike face surface area and obscure the view of at least a portion of the plurality of primary grooves, and may incorporate an opening to display a portion of the face and a portion of the plurality of primary grooves, a non-stick tab coupled to a periphery of the temporary user-removable cover, and/or an external layer of plastic-based shrink wrap. The temporary user-removable cover may be adhesively attached to the face to seal an underlying area from environmental exposure and inhibit oxidation.

Abstract: A golf club head having a planar strike face formed of oxidizable metal substrate including an unplated portion of the oxidizable metal substrate that is not plated and defines an oxidizable strike face surface area. A first oxidation-prevention coating permanently covers at least a portion of the body including at least a portion of the rear portion and the heel portion, and a temporary user-removable cover is located over at least a portion of the oxidizable strike face surface area and may temporarily regulate oxidation. The club head has performance and confidence inspiring ratios of the oxidizable strike face surface area divided by the total volume, as well as the oxidizable strike face surface area divided by the total planar strike face surface area, and the oxidizable strike face surface area divided by the total surface area.

Abstract: An iron-type golf club having selectively machined portions and attributes.

Abstract: A golf club head having a milled planar strike face formed of oxidizable metal material and a plurality of primary grooves, and a first oxidation-prevention coating permanently covering at least a portion of the body. The primary grooves have toeward ends that may be unaligned vertically. A temporary user-removable cover may cover at least a portion of the oxidizable strike face surface area and obscure the view of at least a portion of the plurality of primary grooves, and may incorporate an opening to display a portion of the face and a portion of the plurality of primary grooves, a non-stick tab coupled to a periphery of the temporary user-removable cover, and/or an external layer of plastic-based shrink wrap. The temporary user-removable cover may be adhesively attached to the face to seal an underlying area from environmental exposure and inhibit oxidation.