This paper proposes a hybrid circuit between a conformal strongly-coupled magnetic resonance (CSCMR) and a strongly-coupled magnetic resonance (SCMR), for better wireless power transmission (WPT). This combination promises to enhance the flexibility of the proposed four-loop WPT system. The maximum efficiency at various distances is achieved by combining coupling-matching between the source and transmitting coils along with the coupling factor between the transmitting and receiving coils. Furthermore, the distance between transmitting and receiving coils is investigated along with the distance relationship between the source loop and transmission coil, in order to achieve the maximum efficiency of the proposed hybrid WPT system. The results indicate that the proposed approach can be effectively employed at distances comparatively smaller than the maximum distance without frequency matching. The achievable efficiency can be as high as 84% for the whole working range of the transmitter. In addition, the proposed hybrid system allows more spatial freedom compared to existing chargers.

The modern materialistic worldview has influenced educational institutions to emphasize more on inculcating students with skills and knowledge to the neglect of the students’ values and virtues. Consequently, education is a commodity, shaped according to the market. Education, influenced by the market, neglects a comprehensive approach and students’ intellectual, physical and cultural needs. Market’s preference for the technical and natural sciences contributed towards the creation of the mechanical conception of education. The market also influenced the institutions of higher learning to neglect the role of humanities and social sciences. The humanity is also at the break of the ecological, nuclear, chemical and biological crisis, terrorism, moral degeneration, and there is increasing disregard for culture, tradition, and values. These challenges raised questions about outcomes of modern education. Since such education could not balance and fulfill students’ material, intellectual and cultural needs; therefore, this paper examines how the holistic learning and teaching can pave the way towards the 21st-century education model.

As coordenadas estimadas por GPS ( Global Positioning System ) sao afetadas por fatores sistematicos, resultando em ruidos que comprometem a sua qualidade. E importante que tais ruidos sejam minimizados ate que informacao possa ser verificada com precisao adequada. Devido a tal fato, o Laboratorio de Geodesia Espacial e Hidrografia (LAGEH/UFPR) investiu no desenvolvimento de um filtro que estime com melhor precisao o valor da altitude elipsoidal do nivel de massas de agua, suavizando os dados de plataformas Eulerianas. Foi escolhida a Filtragem Discreta de Kalman (FDK) a ser aplicada nos dados de rastreios GPS por meio de boias sob lâminas de agua em movimento. Foram realizadas simulacoes computacionais e testes com dados coletados em campo, possibilitando a interpretacao da filtragem. As medias calculadas com os dados pos-filtrados das simulacoes se mostraram mais acuradas que as originais, enquanto que o seu comportamento permitiu uma interpretacao visual mais agradavel. Os testes com os dados de campo permitiram uma verificacao da minimizacao dos dados de amplitudes de 3,29 cm para altitudes constantes ate 5,63 m para lâminas de agua em movimento, melhorando a exatidao da media.

The importance of jumping ability in basketball is well known, but there is an evident lack of studies that have examined different jumping testing protocols in basketball players at advanced levels. The aim of this study was to assess the applicability of different tests of jumping capacity in identifying differences between (i) playing position and (ii) competitive levels of professional players. Participants were 110 male professional basketball players (height: 194.92±8.09 cm; body mass: 89.33±10.91 kg; 21.58±3.92 years of age; Guards, 49; Forwards, 22; Centres, 39) who competed in the first (n = 58) and second division (n = 52). The variables included anthropometrics and jumping test performance. Jumping performances were evaluated by the standing broad jump (SBJ), countermovement jump (CMJ), reactive strength index (RSI), repeated reactive strength ability (RRSA) and four running vertical jumps: maximal jump with (i) take-off from the dominant leg and (ii) non-dominant leg, lay-up shot jump with take-off from the (iii) dominant leg and (iv) non-dominant leg. First-division players were taller (ES: 0.76, 95%CI: 0.35-1.16, moderate differences), heavier (0.69, 0.29-1.10), had higher maximal reach height (0.67, 0.26-1.07, moderate differences), and had lower body fat % (-0.87, -1.27-0.45, moderate differences) than second-division players. The playing positions differed significantly in three of four running jump achievements, RSI and RRSA, with Centres being least successful. The first-division players were superior to second-division players in SBJ (0.63, 0.23-1.03; 0.87, 0.26-1.43; 0.76, 0.11-1.63, all moderate differences, for total sample, Guards, and Forwards, respectively). Running vertical jumps and repeated jumping capacity can be used as valid measures of position-specific jumping ability in basketball. The differences between playing levels in vertical jumping achievement can be observed by assessing vertical jump scores together with differences in anthropometric indices between levels.

The Wiener index W(G) of a simple connected graph G is defined as the sum of distances over all pairs of vertices in a graph. We denote by W[T_{n}] the set of all values of Wiener index for a graph from class T_{n} of trees on n vertices. The largest interval of contiguous integers (contiguous even integers in case of odd n) is denoted by W^{int}[T_{n}]. In this paper we prove that both sets are of the cardinality (1/6)n^3+O(n^2) in the case of even n, while in the case of odd n we prove that the cardinality of both sets equals (1/(12))n^3+O(n^2) solving thus two conjectures posed in literature.

Introduction: Perinatal asphyxia (PA) results in hypoxic damage to almost all organs, kidneys being most frequently (40%) affected. Objectives: was to determine the incidence of acute renal failure (ARF) in term neonates with PA and to correlate it with severity of hypoxic ischemic encephalopathy (HIE). Materials and methods: This prospective study of 54 term neonates with PA was performed in tertiary level neonatal intensive care unit at Pediatric Clinic Sarajevo from June 2014 to June 2016. The severe PA was defined as 5. minute Apgar score < 3 and moderate PA as 5. minute Apgar score 4-6. Criteria adopted for ARF were serum creatinine > 1.5 mg/dl (> 133 micromol/L) on 3rd day of life or urine output < 0.5 ml/kg/hr for > 6 hrs beyond 24 hrs of life. Results. Out of 54 neonates with PA, 22 (40.74%) had ARF. Most of them (63.6%) had non-oliguric ARF with mean renal output of 2.2 ± 0.5 ml/kg/h. Eight neonates (36.4%) had oliguric ARF with mean renal output of 0.35 ± 0.6 ml/kg/h. Most of the neonates with oliguric ARF (63.4%) had severe PAwhile in those with non-oliguric ARF moderate PA was predominant. ARF was highest in the neonates with HIE III (85.71 %) (Figure 1). This showed that as HIE stage progressed, more renal dysfunction was seen in asphyxiated babies and this difference in incidence was found statistically significant (p < 0.05). Conclusions. Neonates with severe PA had more frequent ARF and the predominant type of renal involvement was non oliguric. Neonates with HIE stage II and III had significantly higher incidence of ARF.