SC DMH Client Advocacy Report May 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report June 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report July 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report August 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report September 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report October 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report November 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report December 2015

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report January 2016

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

SC DMH Client Advocacy Report February 2016

The Client Advocacy Office at the South Carolina Department of Mental Health publishes a monthly report with information on complaints resolved at agency centers and other statistics on the Client Advocacy Office.

Salud sexual y reproductiva: aspectos de análisis para el departamento de Casanare

La sexualidad y la reproducción están íntimamente ligadas a la calidad de vida, tanto en el ámbito de lo individual como de lo social, por tanto la salud sexual y reproductiva representa un componente esencial para la evaluación de desarrollo de un país, y un tema prioritario en la agenda política mundial y nacional como lo evidencian los objetivos del milenio y de desarrollo sostenible; aunque el país ha dado enormes avances en el tema, aun se presentan grandes retos para el logro y goce efectivo de los derechos sexuales y reproductivos en la población. El objetivo del presente estudio es describir y analizar algunos indicadores de salud sexual y reproductiva en el departamento de Casanare, en el periodo 2008- 2015. Como metodología se usó un diseño descriptivo trasversal, los datos fueron tomados de Sivigila departamental, Estadísticas DANE y del Instituto Nacional de Salud. Se usó SPSS versión 18 y Excel para el análisis de los datos. Como resultados se encontraron altas tasas de prevalencia e incidencia para VIH, sífilis gestacional, y fecundidad en adolescentes en el departamento de Casanare que sobrepasan los indicadores nacionales y presentan tendencia creciente

Real-time PMU monitoring of an IEEE 5-Bus Network implemented on OPAL system

This thesis studies the state-of-the-art of phasor measurement units (PMUs) as well as their metrological requirements stated in the IEEE C37.118.1 and C37.118.2 Standards for guaranteeing correct measurement performances. Communication systems among PMUs and their possible applicability in the field of power quality (PQ) assessment are also investigated. This preliminary study is followed by an analysis of the working principle of real-time (RT) simulators and the importance of hardware-in-the-loop (HIL) implementation, examining the possible case studies specific for PMUs, including compliance tests which are one of the most important parts. The core of the thesis is focused on the implementation of a PMU model in the IEEE 5-bus network in Simulink and in the validation of the results using OPAL RT-4510 as a real-time simulator. An initial check allows one to get an idea about the goodness of the results in Simulink, comparing the PMU data with respect to the load-flow steady-state information. In this part, accuracy indices are also calculated for both voltage and current synchrophasors. The following part consists in the implementation of the same code in OPAL-RT 4510 simulator, after which an initial analysis is carried out in a qualitative way in order to get a sense of the goodness of the outcomes. Finally, the confirmation of the results is based on an examination of the attained voltage and current synchrophasors and accuracy indices coming from Simulink models and from OPAL system, using a Matlab script. This work also proposes suggestions for an upcoming operation of PMUs in a more complex system as the Digital Twin (DT) in order to improve the performances of the already-existing protection devices of the distribution system operator (DSO) for a future enhancement of power systems reliability.

Efficient wireless coverage of in-building environments with low electromagnetic impact

The city of tomorrow is a major integrating stake, which crosses a set of major broad spectrum domains. One of these areas is the instrumentation of this city and the ubiquity of the exchange of data, which will give the pulse of this city (sensors) and its breathing in a hyper-connected world within indoor and outdoor dense areas (data exchange, 5G and 6G). Within this context, the proposed doctorate project has the objective to realize cost- and energy- effective, short-range communication systems for the capillary wireless coverage of in-door environments with low electromagnetic impact and for highly dense outdoor networks. The result will be reached through the combined use of: 1) Radio over Fiber (RoF) Technology, to bring the Radio Frequency (RF) signal to the different areas to be covered. 2) Beamforming antennas to send in real time the RF power just in the direction(s) where it is really necessary.

Televisioni in transito: modelli produttivi e immaginari urbani di mobilita

Il termine go-tv fa riferimento a i sistemi di videocomunicazione collocati a bordo di mezzi di trasporto e in ambienti collegati, ad alto transito di passeggeri. Limitando l’analisi al territorio italiano, la ricerca intende ricostruire le coordinate storiche del suo sviluppo, inquadrandolo entro il più ampio contesto dei media contemporanei. Da un punto di vista teorico, sono considerati sia il legame del mezzo con l’ambiente urbano, sia le interconnessioni tra comunicazione, mobilità e trasporti, riflesse nel particolare statuto sociale e topologico chiamato in causa dai suoi luoghi di consumo. Dall’approvvigionamento alla messa in onda dei contenuti, cardine speculativo del lavoro è la disamina, su base esplorativa, delle consuetudini commerciali e professionali sottese a questo speciale canale di distribuzione audiovisiva, nel quadro di apposite pratiche d’azienda, campionate nel solco degli studi sulla produzione mediale. Tre sono gli snodi principali del progetto: la proposta di una definizione univoca del fenomeno, condivisibile dai diversi attori coinvolti nella filiera, una prima modellizzazione del suo profilo mediale e una mappatura dei principali casi di go-tv rinvenibili a livello nazionale, arricchita da una serie di studi di caso.

NB-IoT via non terrestrial networks

Massive Internet of Things is expected to play a crucial role in Beyond 5G (B5G) wireless communication systems, offering seamless connectivity among heterogeneous devices without human intervention. However, the exponential proliferation of smart devices and IoT networks, relying solely on terrestrial networks, may not fully meet the demanding IoT requirements in terms of bandwidth and connectivity, especially in areas where terrestrial infrastructures are not economically viable. To unleash the full potential of 5G and B5G networks and enable seamless connectivity everywhere, the 3GPP envisions the integration of Non-Terrestrial Networks (NTNs) into the terrestrial ones starting from Release 17. However, this integration process requires modifications to the 5G standard to ensure reliable communications despite typical satellite channel impairments. In this framework, this thesis aims at proposing techniques at the Physical and Medium Access Control layers that require minimal adaptations in the current NB-IoT standard via NTN. Thus, firstly the satellite impairments are evaluated and, then, a detailed link budget analysis is provided. Following, analyses at the link and the system levels are conducted. In the former case, a novel algorithm leveraging time-frequency analysis is proposed to detect orthogonal preambles and estimate the signals’ arrival time. Besides, the effects of collisions on the detection probability and Bit Error Rate are investigated and Non-Orthogonal Multiple Access approaches are proposed in the random access and data phases. The system analysis evaluates the performance of random access in case of congestion. Various access parameters are tested in different satellite scenarios, and the performance is measured in terms of access probability and time required to complete the procedure. Finally, a heuristic algorithm is proposed to jointly design the access and data phases, determining the number of satellite passages, the Random Access Periodicity, and the number of uplink repetitions that maximize the system's spectral efficiency.