Abstract: System and methods for gathering information about a process being performed by a user of a computing device, the computing device having computer software programs and separate monitoring software installed thereon. Action information associated with zero, one or more actions performed by the user via a particular UI screen and contextual information associated with one or more UI elements visible in the particular UI screen is collected by the monitoring software. The contextual information is analyzed to identify attributes for the particular UI screen, each attribute corresponding to at least one UI element visible in the particular UI screen. Analyzing the contextual information comprises identifying, for each attribute, a respective attribute name, a respective attribute value, and/or a respective location in the particular UI screen. The attributes and information indicating their names, values, and/or locations is stored.

Abstract: A method for targeting epidermal delivery of an agent of interest is provided, where the method includes inserting at least one microneedle into the skin of a patient at a non-perpendicular angle, the at least one microneedle having the agent of interest. The at least one microneedle may be inserted into the skin of a patient using a system including the at least one microneedle and an angled insertion apparatus.

Abstract: Disclosed herein are scheduling techniques for transmitting time-critical data in a cost-aware manner over a network comprising a plurality of heterogeneous transmission interfaces. The scheduling problem is formulated as a linear programming problem with the deliver-by deadlines of the various data blocks as hard constraints and minimizing cost set as an objective (soft) constraint. The problem is simplified by assuming data blocks with the earliest deadlines should be scheduled first and the most aggressive interfaces should be used first. To formulate the linear programming problem, the time domain is divided into bins and various bin-level schedules are enumerated for switching the transmission of the data over various transmission interfaces. The linear programming techniques are applied to the various bin configurations and the least costly of the resulting transmission schedule is selected for submission to a switching layer.