The decision-based models for maneuvering target tracking were studied in this paper. Focusing on the problem of dissatisfied with single model tracking and the optimal model-set is difficult to design of the multiple-model (MM) algorithm, we modified the “current” model, and proposed an adaptive single model (ASM) to track angular motion. The united velocity-acceleration estimation-based and d...

a r t i c l e i n f o Keywords: Restorative justice Victim offender mediation Apology Juvenile offender Victim-sensitive communication This qualitative study examined the multiple perspectives of participants' experiences of a Victim Offender Mediation (VOM) program operating in a Midwestern city. Thirty-four face-to-face interviews were conducted with 37 participants, including juvenile offend...

This article reviews the descriptive and empirical literature examining vicarious traumatization in therapists treating sexual offenders. Vicarious traumatization in sexual offender therapists is described, including an examination of the relationships between vicarious traumatization and client, therapist, and setting and therapy characteristics. Special attention is given to those unique fact...

In order to make full use of measurement information provided by sensors on the aerial carriers and efficiently make maneuvering target tracking under complicated conditions, this paper studies tracking methods of joint maneuvering target by airborne radar and Electronic Support Measure (ESM). Based on Interacted Multiple Model-Blue Linear Unbiased Estimation (IMM-BLUE) algorithm, this paper we...

Compact zero-mass pulsatile jet actuators are proposed for low speed maneuvering, ducking, and station keeping of small underwater vehicles. To this end, optimization of synthetic jets for maximal thrust generation is investigated. Flow field of such jets are initially dominated by vortex ring formation. Pinched-off vortices characterize the extremum impulse accumulated by the leading vortex ri...

Although there are ongoing efforts to extend the ISS life cycle through 2028, the International Space Station (ISS) end-of-life (EOL) cycle is currently scheduled for 2020. The EOL for the ISS will require de-orbiting the ISS. This will be the largest manmade object ever to be deorbited, therefore safely de-orbiting the station will be a very complex problem. This process is being planned by NA...