Choosing Prevention Products: Questions to Ask When Considering Sexual and Relationship Violence and Stalking Prevention Products

The purpose of this white paper is to provide guidance to university and college leaders on how to choose products that address concerns of sexual and relationship violence and stalking from the perspective of prevention

Instrumented Control Column for Optionally Piloted Aircraft

Natilus, an aerospace company that is rapid-prototyping optionally piloted aircraft (OPA) for the shipping industry, needs a system that retrieves control column position data in order to manipulate flight simulator parameters in software. At present, a universally compatible system for all aircraft does not exist. Typically, established aerospace companies will sink significant time and money into developing proprietary systems for control column data retrieval as every aircraft is unique in its layout and linkage design. However, as a startup developing their first aircraft, Natilus does not have the privilege of modifying an existing sensor system to work with their HIL Iron Bird in the simulator. To successfully simulate flight controls in the Iron Bird, position data must be captured for the parameters pitch, roll, yaw, and throttle. Additionally, Natilus requires pilot input force data for pitch, roll, and yaw to verify human factors while “Hardware-in-the-Loop” testing with the Iron Bird control column. This proposed electrical system shall mechanically integrate with the control column (and its peripherals) and digitally integrate with MATLAB and X-Plane simulators. It shall reduce the time and development costs for the first flight plane by providing only the necessary parameters for the simulation of the control surface responses to control column inputs while remaining easy to install, modify, and test. Additionally, this test system will become the foundation for the sensor system in the eventual production-scale aircraft. By utilizing a system that is perfectly compatible with the Natilus aircraft now — as it is being designed — the probability of issues arising with precision or integration bugs as the vehicle moves into production is reduced. Eliminating such threats to schedule at the prototyping stage will protect the product delivery date that Natilus has set for themselves and the other stakeholders

Addressing Alcohol\u27s Role in Campus Sexual Assault: A Toolkit by and for Prevention Specialists

This toolkit provides specific guidance on addressing alcohol\u27s role in campus sexual assault, centering Sexual Assault Prevention Specialists as the intended audience

A Contour Integral Representation for the Dual Five-Point Function and a Symmetry of the Genus Four Surface in R6

The invention of the "dual resonance model" N-point functions BN motivated the development of current string theory. The simplest of these models, the four-point function B4, is the classical Euler Beta function. Many standard methods of complex analysis in a single variable have been applied to elucidate the properties of the Euler Beta function, leading, for example, to analytic continuation formulas such as the contour-integral representation obtained by Pochhammer in 1890. Here we explore the geometry underlying the dual five-point function B5, the simplest generalization of the Euler Beta function. Analyzing the B5 integrand leads to a polyhedral structure for the five-crosscap surface, embedded in RP5, that has 12 pentagonal faces and a symmetry group of order 120 in PGL(6). We find a Pochhammer-like representation for B5 that is a contour integral along a surface of genus five. The symmetric embedding of the five-crosscap surface in RP5 is doubly covered by a symmetric embedding of the surface of genus four in R6 that has a polyhedral structure with 24 pentagonal faces and a symmetry group of order 240 in O(6). The methods appear generalizable to all N, and the resulting structures seem to be related to associahedra in arbitrary dimensions.Comment: 43 pages and 44 figure

Practical Implications of Current Intimate Partner Violence Research for Victim Advocates and Service Providers

This guide uses a question-and-answer format to inform victim advocates and service providers of the findings of published research on intimate partner violence (IPV) and their relevance for practice. The first of 13 sections of the guide poses and answers 11 questions pertinent to the issue, “What is intimate partner violence?” The issues addressed include the various behaviors and circumstances that constitute IPV, whether men and women are equally likely to be victims or perpetrators of IPV, and whether women’s use of IPV is different from men’s.The second major section poses and answers 12 questions related to IPV victimization rates, addressing issues of populations at increased risk for IPV, with special attention to women who are separated or divorced, pregnant, disabled, elderly, LGBT, live in rural areas. The guide’s third section poses and answers 19 questions related to the impact of IPV on victims. The fourth section poses and answers 20 questions related to the characteristics of persons who perpetrate IPV. Other sections of the guide pose and answer questions related to victim characteristics that predict IPV victimization; whether IPV victims seek assistance and services; protective factors and coping skills that mitigate the adverse impact of IPV; the services that are typically available to IPV victims; whether victim services work; health-care providers’ role in responding to IPV; what victim advocates and service providers need to know about the legal system; the features of IPV victim advocacy; and the performance measures advocates should adopt in evaluating the criminal justice response to IPV. The implications drawn from the research are offered as guidance, not rules of practice. 884 references are provided