A spiking neural network for pattern recognition by Nurin Atikah Bohari

“…Pattern recognition can be done on images, speeches, numeric data, and more.…”
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SAS Essentials : Mastering SAS for Data Analytics / by Elliott, Alan C., 1952-, author 256265, Woodward, Wayne A., author 256273, John Wiley & Sons (Online service) 647106

“…Presenting a straightforward introduction from the ground up, SAS® Essentials illustrates SAS using hands-on learning techniques and numerous real-world examples; keeping different experience levels in mind, the highly qualified author team has developed the book over 25 years of teaching introductory SAS courses. …”
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Deep structured output learning for unconstrained text recognition by Jaderberg, M, Simonyan, K, Vedaldi, A, Zisserman, A

“…To test the generalisation of our model, we also perform experiments with random alpha-numeric strings to evaluate the method when no visual language model is applicable.…”

Query cost estimation in DBMS with deep learning by Acharya, Atul

“…In this project we introduce a novel algorithm (TreeGBM) using Gradient Boosting Trees to solve both cost estimation and cardinality estimation on numeric JOB workloads based on the IMDB dataset. …”
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Interpretable vector language models by Siow, Zi Hao

“…In particular, word embeddings form a vital part of NLP, as models like Word2Vec and GloVe assign numeric vectors to words in a text corpus such that norms and angles between words are preserved and semantic structure is maintained. …”
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Optimization of noise emission level in diesel engine with biodiesel application using response surface methodology by J. M., Zikri, M. S. M., Sani, Jaliliantabar, Farzad

“…Finally, using the developed models, all the numeric factors were optimized. Modeling results indicated that the significance of factors could vary for the engine components, whereas in this study, the intake phase-related factors showed the significance of all factors. …”
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Beyond the Bioclimatic Chart: An Automated Simulation-Based Method for Assessing Natural Ventilation and Passive Design Potential by Herb, Svenja

“…However, the use of BEM has traditionally been more complex and time-consuming to use as it requires significant knowledge of the underlying building physics and numeric methods to mimic them. This thesis evaluates the bioclimatic chart's accuracy in predicting overheating hours associated with various passive design strategies, through comparison with BEM data. …”
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Boundary element methods for nonlinear heat conduction in solids by Raghavan, Raghuraman

“…This report is concerned with the development of a boundary element method based on radial basis function approximation for solving numerically boundary value problems for non-linear heat conduction in solids. …”
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Ultimate capacities of multiplanar double-x tubular joints by Chong, Chuan Yi.

“…This dissertation presents the experimental and numerical study of the ultimate capacities of multiplanar XX tubular joints. …”
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Boundary layer flow over a moving plate by Wee, Maurice Hong Jie

“…The content of this report covers a numerical study of boundary layer flow over a moving plate. …”
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Dynamic simulation of granular filtration by Leong, Lee Man

“…Much experimental and numerical research works have been conducted in the attempt to gain deeper understanding of the hydrodynamics in a granular filter bed and improving the filtration process by means of reducing head loss, improving particle removal and optimizing backwash. …”
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Settlement behavior of shallow foundations in unsaturated soils under rainfall by Kim, Yongmin, Park, Hyundo, Jeong, Sangseom

“…In this study, the influence of rainfall infiltration on the settlement behavior of shallow foundations was investigated using numerical analyses. The numerical solutions were compared with experimental data from in-situ load tests. …”
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Estimation of effective moduli of composites through self-consistent scheme by Kavin Raj Nedumaran

“…This method involved the development of a numerical version of the self-consistent scheme. The numerical simulations consisted of the estimation of the effective moduli of various composite geometries, through an iterative process of strain energy equivalence, under 2D plane strain conditions. …”
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Development of a generalized Riemann problem for aerodynamic applications by Phua, Xi Kun.

“…The purpose of this paper is to explore the development of a numerical scheme which employs a more general Riemann Problem (generalized Riemann Problem, or GRP). …”
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Investigation of soil-structure interaction for deep excavations by Hensman, P

“…</p> <p>The field monitoring program is complemented by numerical analyses to evaluate the capability of numerical models to capture observed behaviour in the field. …”

Spreadsheet applications in partial differential equations in Nanyang Technological University by Tan, Chiang Hoong.

“…The spreadsheet program developed by this project serves as a learning tool for solving various types of partial differential equations (namely the elliptic, parabolic, and hyperbolic equations) using numerical methods. With extensive macro programming in host program Microsoft Excel, the spreadsheet has been tailored for use by someone with no Excel experience. …”
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Fast alternating direction implicit method for efficient transient thermal simulation of integrated circuits by Heh, Ding Yu, Tan, Eng Leong, Tay, Wei Choon

“…Numerical results further ascertain the cooling effect of the microchannels.…”
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Cluster-based information fusion for probabilistic risk analysis in complex projects under uncertainty by Zhang, Limao, Wang, Ying, Wu, Xianguo

“…Risk factors are quantified into a continuous numeric scale for risk level classification and each factor value is turned into a basic probability assignment (BPA). …”
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Lattice Green’s Functions for High-Order Finite Difference Stencils by Gabbard, James, van Rees, Wim M.

“…The majority of existing numerical solvers that make use of LGFs rely on a second-order discretization and operate on domains with free-space boundary conditions in all directions. …”
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A boundary element and radial basis function method for the Cattaneo–Vernotte equation in anisotropic media with spatially varying and temperature dependent properties by Ang, Whye Teong

“…A numerical method based on boundary integral equation formulation and radial basis function approximation is presented for the numerical solution of the Cattaneo–Vernotte hyperbolic equation in anisotropic media with spatially varying and temperature dependent properties. …”
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