What’s missing? Mentee training seminars for students of interpreter training programs

The purpose of this professional project was to identify what current practicum students of Interpreter Training Programs know and understand about the Mentorship process. This study aimed to collect information regarding their current knowledge of the terms Mentorship, Mentor, and Mentee, and what their experiences with mentorship were like. The larger and overarching question that led to this research study was, Would a training session on Mentorship be beneficial for our students prior to beginning a mentored relationship? An online survey was sent to two ITPs and had a total of 21 participants. The findings show that students receive little to no training about the mentorship process, and the majority of participants do believe that prior training would have been helpful. The findings also show that mentorship is viewed as a relationship between the mentor (experienced interpreter) and the mentee (less experienced interpreter, student). Embedded in the data are a variety of factors that promote and hinder the success of the mentorship. This research was then used to develop a training seminar designed specifically for interpreting students about to enter their practicum or internship courses. Mentorship is a way to bridge the gap between student and professional status, and ease the transition into the interpreting field (RID, 2007). The goal of this training is that with a full understanding of what and how the relationship between mentor and mentee is developed and fostered, both the student and the professional interpreter are able to engage in the mentorship process effectively

Algorithms for FFT Beamforming Radio Interferometers

Radio interferometers consisting of identical antennas arranged on a regular lattice permit fast Fourier transform beamforming, which reduces the correlation cost from $\mathcal{O}(n^2)$ in the number of antennas to $\mathcal{O}(n\log n)$. We develop a formalism for describing this process and apply this formalism to derive a number of algorithms with a range of observational applications. These include algorithms for forming arbitrarily pointed tied-array beams from the regularly spaced Fourier-transform formed beams, sculpting the beams to suppress sidelobes while only losing percent-level sensitivity, and optimally estimating the position of a detected source from its observed brightness in the set of beams. We also discuss the effect that correlations in the visibility-space noise, due to cross-talk and sky contributions, have on the optimality of Fourier transform beamforming, showing that it does not strictly preserve the sky information of the $n^2$ correlation, even for an idealized array. Our results have applications to a number of upcoming interferometers, in particular the Canadian Hydrogen Intensity Mapping Experiment--Fast Radio Burst (CHIME/FRB) project.Comment: 17 pages, 4 figures, accepted to Ap

Quality of Care in Community Health Centers and Factors Associated With Performance

Federally funded community health centers are a key source of comprehensive primary care for medically underserved communities, serving more than 20 million patients in 2011. The Affordable Care Act (ACA) expanded the health center program significantly to help meet the increased demand for health care that is expected as millions of the uninsured gain health coverage, beginning in 2014. Especially given health centers’ growing role, evidence of the quality of care they provide is of keen interest. Most research shows high performance by health centers relative to various standards, but some gaps have also been found, and suitable benchmarks for assessing the quality of care provided by health centers, which serve a uniquely disadvantaged population, have been lacking. Recently, the Kaiser Commission on Medicaid and the Uninsured (KCMU) partnered with the George Washington University to analyze health center performance relative to Medicaid managed care organizations (MCO), which also serve a low-income population, on important measures of quality of care – diabetes control, blood pressure control, and receipt of a Pap test in the past three years. The study also aimed to identify factors that differ significantly between high-performing and lower-performing health centers. Using data reported in the federal 2010 Uniform Data System (UDS) by health centers and the 2008 Healthcare Effectiveness Data and Information Set (HEDIS) for Medicaid MCOs, we defined health centers as “high-performing” if their rates exceeded the 75th percentile of Medicaid MCO HEDIS scores on all three of our quality measures. We defined health centers as “lower-performing” if their rates were below the mean Medicaid MCO HEDIS score on all three measures

Health Center Trends: Recent Experience in Medicaid Expansion and Non-Expansion States.

In thousands of medically underserved communities across the U.S., community health centers enroll lowincome people in health coverage and provide care to millions of patients. Against the backdrop of significant health center expansion over several years and a full year of expanded health coverage under the Affordable Care Act (ACA), this brief examines change between 2013 and 2014 in the volume and health coverage profile of health center patients, and health center enrollment activities and service capacity, comparing states that implemented the ACA Medicaid expansion in 2014 and states that did not expand Medicaid in 2014. The study is based on 2014 data from the federal Uniform Data System and a 2014 national survey of health centers

Effects of target expansion on selection performance in older computer users

Point and click interactions using a mouse are an integral part of computer use for current desktop systems. Compared with younger users though, older adults experience greater difficulties performing cursor positioning tasks, and this can present limitations to using a computer easily and effectively. Target expansion is a technique for improving pointing performance, where the target dynamically grows as the cursor approaches. This has the advantage that targets conserve screen real estate in their unexpanded state, yet can still provide the benefits of a larger area to click on. This paper presents two studies of target expansion with older and younger participants, involving multidirectional point-select tasks with a computer mouse. Study 1 compares static versus expanding targets, and Study 2 compares static targets with three alternative techniques for expansion. Results show that expansion can improve times by up to 14%, and reduce error rates by up to 50%. Additionally, expanding targets are beneficial even when the expansion happens late in the movement, i.e. after the cursor has reached the expanded target area or even after it has reached the original target area. Participants’ subjective feedback on the target expansion are generally favorable, and this lends further support for the technique