Miracle-dz/UniFAR-FTUs huggingface dataset:
INTERGROUP CONFLICT AND SOCIAL IDENTITY IN GALATIANS : AN EXEGETICAL ANALYSIS

This paper extended Kok’s (2014) use of social identity complexity theory as a heuristic tool in New Testament studies by applying socio-rhetorical exegetical analysis methods in conjunction with the social identity complexity theory. In particular, socio-rhetorical analysis provided insight into the identity and conflict situation represented in Galatians 2-3. Intertexture-reference, purity codes, and religious community provided socio-cultural analysis background and articulated the intergroup conflict supporting an application of social identity complexity theory to understand Christian identity in the church at Galatia.
Quality is in the eyes of the reviewer: A report on post-editing quality evaluation

As part of a larger research project exploring correlations between productivity, quality and experience in the post-editing of machine-translated and translation-memory outputs in a team of 24 professional translators, three reviewers were asked to review the translations/post-editions completed by these translators and to fill in the corresponding quality evaluation forms. The data obtained from the three reviewers’ evaluation was analyzed in order to determine if there was agreement in terms of time as well as in number and type of errors marked to complete the task. The results show that there were statistically significant differences between reviewers, although there were also correlations on pairs of reviewers depending on the provenance of the text analyzed. Reviewers tended to agree on the general number of errors found in the No match category but their agreement in Fuzzy and MT match was either weak or there was no agreement, perhaps indicating that the origin of the text might have influenced their evaluation. The reviewers also tended to agree on best and worst performers, but there was great disparity in the translators’ classifications if they were ranked according to the number of errors.
Perencanaan Jadwal Dan Penentuan Rute Distribusi Produk Otomotif Dengan Metode Saving Matriks

Perencanaan jadwal dan penentuan rute distribusi dengan menggunakan metode saving matrix dilakukan pada pendistribusian produk otomotif di gudang PT Indoprima Gemilang Pulo Gadung. Tujuan dari penelitian ini adalah untuk membuat jadwal pengiriman produk lebih efisien dan pengalokasian produk ke setiap armada yang tersedia secara tepat serta pemilihan rute yang memiliki penghematan waktu terbesar. Metode saving matrix ini memungkinkan pengoptimalan rute dengan memperhatikan kapasitas kendaraan dan volume permintaan dari tiap customer. Data yang digunakan adalah jarak antara gudang ke tiap customer, volume pengiriman tiap customer, dan kapasitas kendaraan. Hasil penelitian ini adalah jika menerapkan pengalokasian pengiriman dengan memprioritaskan truk terkecil yang diisi terlebih dahulu lebih menghemat waktu tempuh dibanding menerapkan pengalokasian yang biasa di gunakan oleh perusahaan ini. Dengan menerapkaan pengisian memprioritaskan ke kendaraan dengan kapasitas terbesar dahulu, menghasilkan rata-rata waktu tempuh pada metode awal yaitu 440.77 sedangkan dengan metode usulan sebesar 369.67, dan juga dengan metode usulan lebih meningkatkan efektifitas penggunaan armada yang tersedia dengan rata-rata penggunaan armada sebesar 47%. Kata Kunci : Saving Matrix, Distribusi
Mapping of Prrxl1 functional domains

PRRXL1 is a paired-like homeodomain transcription factor expressed in nociceptive neurons of dorsal root ganglia and dorsal spinal cord. Evidence shows that PRRXL1 is crucial in the establishment and maintenance of the nociceptive system, as Prrxl1 -/mice present neuronal loss, reduced nociception and failure to thrive. In this study it is shown that PRRXL1 is highly phosphorylated in vivo, and that its multiple band pattern on electrophoretic analysis is the result of different phosphorylation states. These phosphorylations evolve along spinal cord and dorsal root ganglia development from a higher to a lower phosphorylated state, and are mapped to aminoacid regions 1-143 and 227-263. PRRXL1 also displays a conformation, a dimerization and a repressor domain, which altogether act in concert to modulate its transcriptional activity. Phosphorylation is therefore proposed as a mechanism for regulating PRRXL1 function and conformation during nociceptive system development.
A Neurolinguistic Method for Identifying OSS Developers’ Context-Specific Preferred Representational Systems

— Open Source Software (OSS) projects use mailing lists as the primary tool for collaboration and coordination. Mailing lists can be an important source for extracting behavioral patterns in the OSS development. A new approach for that is the use of NeuroLinguistic theory to determine what is the Preferred Representational cognitive System (PRS) of software engineers in that specific context. Different resources and cognitive channels are used by developers in order to achieve software understanding. An important question on this matter is: What types of representational systems are preferred by software engineers? This paper presents a psychometrically-based neurolinguistic method to identify the PRS of software developers. Experimental evaluation of the approach is carried out in an experiment to assess the Preferred Representational System of top developers at Apache server and Postgresql mailing lists. The results showed that the PRS scores of the top-committers clearly differ from the general population of the projects. Qualitative analysis also indicated that the PRS scores obtained are aligned with the top committer’s profiles.
A Predictive Model to Evaluate and Improve Punctuality of Fleet of Wide-body Aircraft Maintenance and Reliability

Vera Afonso Alves Abstract This research was carried with the aim of analyzing Martinair M&E impact on the network performance and providing an efficient tool to predict delays and the On-Time Performance (OTP). The methodology undertaken in this research is based on conventional analytical methods to identify the ‘real’ delay root causes and their relative importance. The growth of delays and unplanned ground times are analysed in different ways, not only using rates and duration but also per month, per quarter, per year, per station and per Maintenance Delay Categorization Groups (MDCG). Fishbone diagrams are drawn to completely identify and understand the root causes. Statistical analysis (Binomial Logistic Regression and GLM-ANOVA) is applied to investigate the significance of the maintenance factors and their interactions and to build a regression equation which allows the development of the predictive model. The predictive model gives valid OTP results and enables managers and engineers to take preventive measures in order to enhance punctuality.
Designing an Advanced Simulator for Unbiased Branches ’ Prediction

In this paper we continue our work on detecting and predicting unbiased branches. We centered on two directions: first, based on a simple example from Perm – Stanford benchmark, we show that extending context information some of branches in certain contexts became fully biased, thus diminishing the frequency of unbiased branches at benchmark level. Second, we use some state-of-the art branch predictors to predict the unbiased branches. Following our aims, we developed the ABPS tool (Advanced Branch Prediction Simulator), an original useful simulator written in Java that performs trace-driven simulation on 25 benchmarks from Stanford and SPEC suites. Keywords― unbiased branches, neural predictors, trace-driven simulation, benchmarking.
SIMULATION OF UNSTEADY TURBULENT FLOW OVER A STALLED AIRFOIL

Unsteady, turbulent flow simulations are carried out for a NACA 0012 airfoil. The objective is to assess the performance of various turbulence models for application to fluid-structure interaction and airfoil optimization problems. Unsteady simulations are carried out at an angle of attack of 20 degrees and a chord Reynolds number of 10. The Spalart Allmaras and Speziale k− τ models are used in unsteady Reynolds-Averaged Navier-Stokes (URANS) simulations. Filtered Navier Stokes simulations in conjunction with an adaptive k−τ model proposed by Magagnato are also presented. This adaptive model can be used at all grid or temporal resolutions and tends assymptotically to DNS or RANS in the limit of fine grid resolution or steady state simulations. This model produces physically realistic flow patterns, rich vortex dynamics and non-periodic lift and drag signals. The k − τ model also yields unsteady flow patterns, but these remain purely periodic, whereas only steady state solutions are obtained with the Spalart Allmaras model.
06 02 08 5 v 1 9 F eb 2 00 6 Strong coupling between single photons in semiconductor microcavities

We discuss the observability of strong coupling between single photons in semiconductor microcavities coupled by a χ nonlinearity. We present two schemes and analyze the feasibility of their practical implementation in three systems: photonic crystal defects, micropillars and microdisks, fabricated out of GaAs. We show that if a weak coherent state is used to enhance the χ interaction, the strong coupling regime between two modes at different frequencies occupied by a single photon is within reach of current technology. The unstimulated strong coupling of a single photon and a photon pair is very challenging and will require an improvement in mirocavity quality factors of 2-4 orders of magnitude to be observable.
The formation mechanism and control function of reservoir forming of transfer structure in Kuqa Basin

The transfer structure widely developed in the foreland thrust belt, closely related with the distribution of oil and gas, is the favorable area of oil and gas exploration. Differences movement is the main formation mechanism of transfer structure, mainly show is segmented growth and tear fault. Comprehensive consideration of fault structural pattern、fault plane combination characteristic, throw-displacement profile and field observations, transfer structure in foreland thrust belt is divided into fore types: approaching, relay ramp, transfer fault and tear fault. Combined with reservoir profile show that: (1) due to differential deposition, transfer structure is relatively low potential area, is the channel of sand into the basin;(2)the stress in transfer structure is very concentration, which is the beneficial to fracture development, reform reservoir property, as well as the advantage of oil and gas vertical conducting channel.
EFFECTIVE ELASTIC PROPERTIES OF DEGRADED AND NON DEGRADED CEMENT PASTES USING VARIOUS MICROMECHANICS SCHEMES AND NUMERICAL SIMULATIONS

A classical problem in mechanics of solids is the determination of the effective elastic properties of a composite materials made up of a statistically isotropic random distribution of isotropic and elastic inclusions embedded in a continuous, isotropic and elastic matrix. The cement pastes are characterised by a high particle concentration and phase contrasts, in particular for degraded materials consecutive to leaching that exhibit important porosity levels. The macroscopic properties of these multiphase compounds depend on the properties of the constitutive phases, and the microstructures of the compounds. The ability of the classical and simple homogenisation schemes compared to more sophisticated and complex methods for the estimation of the elastic properties is then questionable. This paper compares the performance of several homogenisation methods, based on various approaches and/or concepts, for the determination of the overall elastic properties of cement pastes from the local properties of the components. The comparison of the schemes is based on their ability to reproduce the mechanical characteristics of the cement paste material either experimental or given by numerical simulations: bulk, shear and Young modulus. Three dimensional numerical simulations are thus performed to compute for each generated cement paste accurate values of these mechanical properties. For these simulations, the cement paste is considered as a matrix of CSH in which are embedded inclusions of anhydrous products and other hydration products. The aptitude of the different models to produce mechanical properties resulting from the same generated composites as the one obtained with the numerical simulation is finally analysed.
Cutting trajectory planning of sections with complex composition for roadheader

In order to realize the autonomous cutting for tunneling robot, the method of cutting trajectory planning of sections with complex composition was proposed. Firstly, based on the multi-sensor parameters, the existence, the location, and size of the dirt band were determined. The roadway section environment was modeled by grid method. Secondly, according to the cutting process and tunneling cutting characteristics, the cutting trajectory ant colony algorithm was proposed. To ensure the operation safety and avoid the cutting head collision, the expanding operation was adopt for dirt band, and the aborting strategy for the ants trapped in the local optimum was put forward to strengthen the pheromone concentration of the found path. The simulation results showed that the proposed method can be used to plan the optimal cutting trajectory. The ant colony algorithm was used to search for the shortest path to avoid collision with the dirt band, and the S-path cutting was used for the left area to fulfill section forming by following complete cover principle. All the ants have found the optimal path within 50 times iteration of the algorithm, and the simulation results were better than particle swarm optimization and basic ant colony optimization.
Design and implementation of microwave attenuation measurements to estimate the dry rubber content of natural rubber latex

An accurate, quick and practical method for measuring the dry rubber content (DRC) in natural rubber latex is proposed and investigated experimentally, based on microwaves. The concept exploits the microwave absorption of water molecules to infer the DRC. However, various design aspects had to be experimentally investigated. In this study, rectangular waveguide antennae were used for microwave transmission. The latex was placed between two antennae, and the signal was analyzed by a vector network analyzer (VNA). A calibration curve was fitted with least squares regression for sample DRCs ranging from 10.26% to 60.63%. The best linearity with 0.9996 correlation between attenuation and DRC was obtained at 2.36 GHz. To validate this measurement technique, 17 fresh local rubber latex samples were measured both with the slow reference gravimetric determination of DRC that involves oven drying, and with the microwave transmission technique. The measurements had a 0.43 mean error in %DRC, and a 0.9047 correlation to the gravimetric DRC. The study supports potential design and construction of a prototype DRC measurement device for field use.
Identi ¢ cation of functional regions of Cbp 3 p , an enzyme-speci ¢ c chaperone required for the assembly of ubiquinol-cytochrome c reductase in yeast mitochondria 1

The Cbp3 protein of Saccharomyces cerevisiae is an enzyme-specific chaperone required for the assembly of ubiquinolcytochrome c reductase of the mitochondrial respiratory chain. To gain preliminary insight into the role of Cbp3p during assembly, 29 independently isolated mutants were examined to define functional regions of the protein. Mutants were analyzed with respect to respiratory growth, ubiquinol-cytochrome c reductase assembly, and steady state amounts of enzyme subunits and Cbp3p. Three regions essential for Cbp3p activity were identified: regions 1 and 3 were required for Cbp3p function, while region 2 was necessary for protein stability. Mutation of Glu134 in region 1 (Cys124 through Ala140) impaired the ability of the Rieske FeS protein to assemble with the enzyme complex. Mutations targeted to region 3 (Gly223 through Asp229) primarily affected the 14 kDa subunit and cytochrome c1 assembly. Gly223 was found especially sensitive to mutation and the introduction of charged residues at this site compromised Cbp3p functional activity. Region 2 (Leu167 through Pro175) overlapped the single hydrophobic domain of Cbp3p. Mutations within this area altered the association of Cbp3p with the mitochondrial membrane resulting in enhanced protein turnover. The role of the amino-terminus in Cbp3p activity was investigated using cbp3 deletion strains v12^23, v24^54, v56^96 and v12^96. All mutants were respiratory competent, indicating that residues 12^96 were not essential for Cbp3p function, stability or mitochondrial import. Analysis of carboxy-terminal deletion mutants demonstrated that the final 44 residues were not necessary for Cbp3p function; however, alterations in the secondary structure of the extreme carboxy-terminal 17 residues affected assembly protein activity. ß 2001 Elsevier Science B.V. All rights reserved.
Large-Scale Stein and Lyapunov Equations 3 2 Large-Scale Stein Equations

We consider the solution of large-scale Lyapunov and Stein equations with numerically low-ranked solutions. For Stein equations, the structure-preserving doubling algorithm will be adapted, with the iterates for A not explicitly computed but in the recursive form Ak = A 2 k−1 = A 2 . Lyapunov equations will be first treated with the Cayley transform before doubling is applied to the resulting Stein equations. With n being the dimension of the algebraic equations, the resulting algorithms are of an efficient O(n) complexity per iteration and converge essentially quadratically. Some numerical results will be presented. For instance, the Stein equation in Example 4 in Section 6.2, of dimension n = 79841 with 3.19 billion variables in the solution X, was solved using MATLAB on a MacBook Pro within 48 seconds (10 iterations) to machine accuracy.
Title General analysis on the use of tesla ' s resonators in dominoforms for wireless power transfer

In this paper, we present a brief overview of historical developments of wireless power and an analysis on the use of Tesla’s resonators in domino forms for wireless power transfer. Relay resonators are spaced between the transmitter and receiver coils with the objectives of maximizing energy efficiency and increasing the overall transmission distance between the power source and the load. Analytical expressions for the optimal load and maximum efficiency at resonance frequency are derived. These equations are verified with practical measurements obtained from both coaxial and noncoaxial domino resonator systems. To avoid the use of high operating frequency for wireless power transfer in previous related research, the technique presented here can be used at submegahertz operation so as to minimize the power loss in both the power supply and the output stage. We demonstrated both theoretically and practically that unequal spacing for the coaxial straight domino systems has better efficiency performance than the equal-spacing method. Also, the flexibility of using resonators in various domino forms is demonstrated.
P o S ( R F I 2 0 1 0 ) 0 3 5 Software correlators as testbeds for RFI algorithms

In–correlator techniques offer the possibility of identif ying and/or excising radio frequency interference (RFI) from interferometric observations at much hi gher time and/or frequency resolution than is generally possible with the final visibility dataset . Due to the considerable computational requirements of the correlation procedure, cross–correla tors have most commonly been implemented using high–speed digital signal processing boards, which typically require long development times and are difficult to alter once complete. “Softwar e" correlators, on the other hand, make use of commodity server machines and a correlation algo rithm coded in a high–level language. They are inherently much more flexible and can be devel oped – and modified – much more rapidly than purpose–built “hardware" correlators. S oftware correlators are thus a natural choice for testing new RFI detection and mitigation techniq ues for interferometers. The ease with which software correlators can be adapted to test RFI detect ion algorithms is demonstrated by the addition of kurtosis detection and plotting to the widel y used DiFX software correlator, which highlights previously unknown short–duration RFI at the Ha ncock VLBA station.
DESIGN OF B4C BURNABLE PARTICLES MIXED IN LEU FUEL FOR HTRS

The purpose of this study is to design burnable particles in the fuel elements of High Temperature Reactors (HTR) in order to control reactivity as a function of burn up. We focus on heterogeneous poisoning in which burnable particles (particles containing only burnable poison) are mixed with fuel particles in a graphite matrix. There are many degrees of freedom in the design of the burnable particle and the emphasis is put here on the optimization of its geometry (spherical or cylindrical), its size (different radius), and its composition (B4C with either natural boron or 100% enriched in B). As a result, we have designed burnable particles that reduce considerably the reactivity swing during irradiation (up to 2.5%).
Increase of Hspa 1 a and Hspa 1 b genes in the resting B cells of Sirt 1 knockout mice

Sirt1, also known as the longevity gene, is an NAD+-dependent class III histone deacetylase that has been extensively studied in multiple areas of research including cellular metabolism, longevity, cancer, autoimmunity, and immunity. However, little is known about the function of Sirt1 in B cells. This study aimed to investigate the role of Sirt1 in the expression pattern of mRNAs in the resting B cells of mice. CD19+ B cell-specific inducible Sirt1 knockout (KO) mice were divided into tamoxifen-treated Sirt1 KO group (S19T) or control group (S19). mRNAs extracted from resting B cells of both groups were analyzed for differentially expressed genes (DEG) using microarray. DEG analysis showed significant differential expression of 20 genes, of which Hspa1a and Hspa1b showed the highest fold change (FC) in S19T compared with S19 (p value < 0.01 and FC > 3). Further, Kyoto Encyclopedia of Genes and Genomes analysis identified pathways associated with diseases, organismal systems, and antigen processing and presentation. Additionally, the pathways known to involve Hspa1a and Hspa1b were also activated in the S19T group. On the other hand, after in vitro stimulation with lipopolysaccharide, cell viability and IgM production were significantly decreased in Sirt1 KO B cells, while expressions of TNF-α, IL-6, and IL-10 were increased. In summary, our study reveals that Sirt1 may maintain the quiescent state in resting B cells by suppressing the increase of Hspa1a and Hspa1b. This work provides a foundation for further studies on the functional roles of Sirt1 in B cells.
3 D Interferometric Refraction Statics . No More First-Break Picking .

Data-driven methods, such as the refraction convolution section (Palmer, 2001) and refraction velocity analysis (de Franco, 2011) as well as commonly used reciprocal methods (Cox, 1999) are based on the 2D geometry assumption, that a seismic survey is acquired along straight lines with a regular receiver spacing, which presents a challenge for the application of these techniques on 3D land data, crooked lines and sparse surveys.