The aim of this dissertation is to examine gender differences in salutogenic functioning in military deployment. Salutogenisis focuses on the origin of health and wellness, and the salutogenic constructs sense of coherence (SOC), hardiness (PVS) and self-efficacy (SES) which were conceptualised focus on how individuals handle stressors positively and still remain healthy. Gender differences in military deployment were discussed, focusing on different stressors that impact on individuals' functioning when deployed. Empirically the salutogenic constructs: SOC, PVS and SES were measured. The population consisted of males and females working at 7 SAI Phalaborwa who were deployed in Kwa-Zulu Natal. Statistical techniques were applied to determine differences between males and females. The data was analysed statistically using the SPSS programme. Statistical significance was found in the SOC sub-scale "meaningfulness" and the PVS sub-scales "commitment" and "challenge". / Industrial and Organisational Psychology / M. Admin (Industrial and Organisational Psychology)

Approved for public release, distribution is unlimited / A military deployment is visible and vulnerable. But, deployments are currently planned assuming they can be completed with surprise, or defended from any threat. JFAST, the current deployment planning and visualization tool of choice, uses heuristics of unknown reliability that yield deployment plans of unknown quality, and ignores vulnerability. We introduce LIFTER, an integer-linear program (ILP) that optimizes a time-phased force deployment (TPFDD) by day, by asset cycle, and by TPFDD line (individual shipment from an origin to a destination), and ATTACKER, also an ILP, representing a smart enemy's resource-limited interdictions to maximally disrupt LIFTER's subsequently re-optimized TPFDD plan. LIFTER activates transport assets from an allocation list, and yields a complete logistic plan that minimizes disruption represented by penalties for early, tardy, late, or dropped shipments, and for under-utilization of asset capacity. We use LIFTER to qualitatively assess JFAST heuristic plans. We also link both ILPs in a decomposition-based search for the best deployment plan around the worst-case interdiction, given that the actions of deployer and interdictor are transparent to both parties. We explain how JFAST could be embellished with its own version of ATTACKER. A key discovery here is a gauge of the value of intelligence, deception, and secrecy. / Lieutenant, United States Navy

Thesis (Master of Military Studies)-Marine Corps Command and Staff College, 2008. / Title from title page of PDF document (viewed on: Jan 5, 2010). Includes bibliographical references.

Thesis (M.S.)--Florida State University, 2006. / Advisor: Kartik Gopalan, Florida State University, College of Arts and Sciences, Dept. of Computer Science. Title and description from dissertation home page (viewed Sept. 22, 2006). Document formatted into pages; contains ix, 46 pages. Includes bibliographical references.

The aim of this dissertation is to examine gender differences in salutogenic functioning in military deployment. Salutogenisis focuses on the origin of health and wellness, and the salutogenic constructs sense of coherence (SOC), hardiness (PVS) and self-efficacy (SES) which were conceptualised focus on how individuals handle stressors positively and still remain healthy. Gender differences in military deployment were discussed, focusing on different stressors that impact on individuals' functioning when deployed. Empirically the salutogenic constructs: SOC, PVS and SES were measured. The population consisted of males and females working at 7 SAI Phalaborwa who were deployed in Kwa-Zulu Natal. Statistical techniques were applied to determine differences between males and females. The data was analysed statistically using the SPSS programme. Statistical significance was found in the SOC sub-scale "meaningfulness" and the PVS sub-scales "commitment" and "challenge". / Industrial and Organisational Psychology / M. Admin (Industrial and Organisational Psychology)

This thesis is a case analysis of the nature of delays in emergency room admissions and the effects on ambulance dispatching and availability as it occurred in Southern California.

Thesis (M.A.(Sociology)) -- University of Limpopo, 2022 / The purpose of the study was to explore the impacts of military deployment on the nuclear families of military members of the South African National Defence Force. Qualitative, exploratory research was conducted to determine the impacts of military deployment on the nuclear families of the SANDF. Data were collected through qualitative interviews. A purposive sampling technique was used wherein six families were sampled to explore the impacts of deployment on families with a member previously deployed to foreign missions by the South African National Defence Force. Inductive qualitative content data analysis was performed to analyse data. The study highlighted the areas of potential effects that deployment had before and after deployment of a service member as well as the daily lived experiences of the family during deployment of a family member. The study found that the increase in the changes in the composition of the family structure during deployment; continuous communication was very vital during deployment and the beneficial impacts of deployment. Most military families did not experience dire challenges during deployment but were normal challenges most civilian families experience. Instead, the military families developed resilience during the deployment period. / National Research Foundation (NRF)

Also issued in paper format. / Title from title screen (viewed Nov. 28, 2003). "07 April 2003"--P. iii. Includes bibliographical references (p. 23-26).

Thesis (Master of Military Studies)-Marine Corps Command and Staff College, 2008. / Title from title page of PDF document (viewed on: Feb 11, 2010).

De nombreux systèmes physiques complexes sont modélisés à l’aide de systèmes d’équations aux dérivées partielles comprenant éventuellement des couplages et des non linéarités. Dans ce cadre, les problématiques de commande qui cherchent à définir quels sont les moyens d’actions (éventuellement en dimension infinie) permettant d’atteindre un état désiré ne sont pas triviales.Il en est de même pour l’identification en ligne de caractéristiques du système physique à partir d’informations fournies par des observations pertinentes. Cet aspect est souvent considéré comme un problème inverse dont la résolution pose de nombreuses questions spécifiques et ardues.Afin d’illustrer la problématique du déplacement judicieux d’un ensemble de capteurs mobiles pour reconstruire un terme source dans une équation aux dérivées partielles paraboliques, un dispositif est décrit dans cette étude. Il décrit des phénomènes de convection et diffusion éventuellement non linéaires.Le travail décrit dans ce document est destiné à développer une méthodologie complète en vue de réaliser une conception optimale d'expériences dans le cadre de problèmes mal posés non linéaires associés à l'évaluation de paramètres inconnus dans des systèmes décrits par des équations aux dérivées partielles. Le prototype expérimental a pour objet de tester les performances des stratégies de déploiement optimal d'un ensemble de capteurs mobile afin d’identifier des paramètres de plusieurs sources chauffantes en mouvement. / Many complex physical systems are modeled using systems of partial differential equations including possibly coupling and non-linearity. In this context, the determination of control strategies (in infinite dimension) in order to achieve a desired state is not trivial. It is obvious that quasi on-line identification of characteristics of the physical system from information provided by relevant sensors is quite complex. This optimization problem is often formulated as an inverse problem, whose resolution raises many specific questions. To illustrate the problem of the moving of a set of mobile sensors to identify a term source in parabolic partial differential equations, an experimental device is proposed in this study. Both phenomena of convection and diffusion (possibly non-linear) are taken into account. The work described in this document is intended to develop a comprehensive methodology to achieve an optimal design of experiments for nonlinear ill-posed problems associated with the evaluation of unknown parameters in systems described by partial differential equations. The experimental prototype is intended to test the performance of strategies for optimal deployment of a mobile set of sensors to identify parameters of multiple heating sources in movement.