Search Results - (( surface interpolating surface algorithm ) OR ( java application using algorithm ))

Exponential Parameterized Cubic B-Spline Curves And Surfaces by Ammad, Muhammad

“…In developing B-spline curve interpolation method, an algorithm is presented for interpolating data points. …”
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Rational Bi-Quartic Spline with Six Parameters for Surface Interpolation with Application in Image Enlargement by Karim, S.A.A.

“…A new rational bi-quartic spline interpolation scheme is constructed in this study. This rational bi-quartic spline has six free parameters that can be used to refine the final interpolating surface. …”
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A novel algorithm for modeling and mapping of 3D terrain in autonomous reconnaissance by Billah, Md. Masum, Khan, Md. Raisuddin, Ahmed, Mohiuddin

“…The algorithm uses fractal interpolation to generate 3D terrain surface. …”
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Maintenance dredging: allowable limit for dredge volume differences using SBES and MBES datasets / Raiz Razali by Razali, Raiz

“…Dredge volume calculation by various methods using different software, which are surface to datum, surface to surface and cross sections generated from SBES and MBES raw dataset, were compared. …”
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Maintenance derdging: allowable limit for dredge volume differences using SBES and MBES datasets / Raiz Razali by Razali, Raiz

“…Dredge volume calculation by various methods using different software, which are surface to datum, surface to surface and cross sections generated from SBES and MBES raw dataset, were compared. …”
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Bicubic B-Spline And Thin Plate Spline On Surface Appoximation by Liew, Khang Jie

“…The effectiveness of the modified B-spline approximation algorithm is investigated in approximating the bicubic B-spline surface from the samples of scattered data points taken from the point set model.…”
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THE DEVELOPMENT OF C1 CUBIC TIMMER TRIANGULAR PATCHES FOR SCATTERED DATA INTERPOLATION by MOHD ALI, FATIN AMANI

“…To do this, we employ three stages algorithm…”
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Utilizing trigonometric Bézier curves for reconstructing Arabic calligraphy: interpolating quasi-quartic and quasi-quintic curves / Noor Khairiah Razali and Athirah Hanani Mohd Fau... by Razali, Noor Khairiah, Mohd Fauzi, Athirah Hanani

“…As technology continues to advance, Computer Aided Geometric Design (CAGD) is gaining popularity as a mathematical method for generating curves and surfaces. CAGD, a branch of applied mathematics, focuses on developing algorithms for creating smooth curves and surfaces efficiently. …”
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Algoritma Subbahagian Dalam Cagd by Wan Ramli, Wan Khairiyah Hulaini

“…Algoritma de Casteljau menghasilkan lengkung dengan carn menginterpolasi titik kawalan pertama dan titik kawalan terakhir manakala algoritma Chaikin menjana lengkung dengan cara memotong setiap penjuru poligon kawalan asalo Lengkung dan permukaan Bezier kini digunakan secara meluas sebagai asas matematik dalam sistem CAD dan menjadi alat utama dalam perkembangan kaedah-kaedah bam untuk keperluan lengkung dan permukaan dalam CAD, CAGD is the abbreviation for the Computer Aided Geometric Design or in Malay Language, it is called "Rekabentuk Geometri Bantuan Komputer" or RGBKo Generating and controlling curves are important in computer aided designo The techniques for generating the curves and surfaces in CAGD were developed by Paul de Casteljau and Pierre Beziero This project will discuss about 2 subdivision algorithms used in the process of generating curves and surfaces, that are de Casteljau algorithm and Chaikin algorithm.o De Casteljau algorithm generates curves by interpolating the fIrst control point and last control point Chaikin algorithm generates curves by cutting every comer of original control polygono The Bezier curves and surfaces nowadays are established as the mathematical basis of many CAD systems and have fonned a major tool for the development of new methods for curves and surfaces descriptions…”
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Interpolation of Quasi-Cubic, Quasi-Quartic and Quasi-Quintic trigonometric Bezier curves with application on reconstructing the outlines art of Arabic calligraphy / Athirah Hanani... by Mohd Fauzi, Athirah Hanani

“…With the advancement of technology, the mathematical method of Computer Aided Geometric Design (CAGD) application is becoming increasingly popular for obtaining curves and surfaces. CAGD is an applied mathematics subdivision concerned with algorithms for designing smooth curves and surfaces, together with efficient mathematical representation. …”
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Fast directional search algorithm for fractional pixel motion estimation for H.264 AVC by Nisar, Humaira, Malik, Aamir Saeed, Choi, Tae-Sun, Yap, Vooi Voon

“…Hence, the proposed algorithm efficiently explores the neighborhood of integer pixel based on high correlation that exists between the neighboring fractional pixels and unimodal property of error surface. …”
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Pemetaan Pm10 Dan Aot Menggunakan Teknik Penderiaan Jauh Di Semenanjung Malaysia by San, Limhwee

“…The developed algorithms are two-band algorithm, terma linear and modified algorithm from the combination of the visible and infrared thermal bands. …”
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The Potential of High Density Scanner Technique for Terrestrial Surface Displacement Studies in Malaysia

“…HDS technology is a surveying method conceived more than ten years ago that in a short time can supply DSM (Digital Surface Model) and good quality DTM as a result of elaborations with specific filtering and interpolation algorithms; only recently has this technique shown growth in development and applications. …”
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GEOGIRA II : Pendekatan ke arah rekabentuk berbantukan komputer by Salleh, Shaharuddin, Rahmat, Hamisan, Sanugi, Bahrom

“…The Computer Aided Design (CAD) is a branch of applied mathematics dealing with the study and development of algorithms for the generation of curves and surfaces using computer graphics. …”
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Volumetric spatiotemporal data model by Mohd. Rahim, Mohd. Shafry, Mohamaed Shariff, Abdul Rashid, Alias, Mohammad Ashari

“…Result shows that the data model which has been proposed can work with a visualization algorithm using linear interpolation and improvement TIN structure.…”
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Efficient visualization of scattered energy distribution data by using cubic timmer triangular patches by Ali, F.A.M., Karim, S.A.A., Dass, S.C., Skala, V., Hasan, M.K., Hashim, I.

“…In order to apply the cubic Timmer triangular patches for scattered data interpolation, the data is first triangulated by using the Delaunay algorithm, and then the sufficient condition for C1 continuity is derived along the adjacent triangles. …”
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Efficient visualization of scattered energy distribution data by using cubic timmer triangular patches by Ali, F.A.M., Karim, S.A.A., Dass, S.C., Skala, V., Hasan, M.K., Hashim, I.

“…In order to apply the cubic Timmer triangular patches for scattered data interpolation, the data is first triangulated by using the Delaunay algorithm, and then the sufficient condition for C1 continuity is derived along the adjacent triangles. …”
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Simulation of spline based NC- manufacturing of plastic optical components by Nik Anwar, Nik Syahrim, Mohd Rusdy , Yaacob, Md Sani, Zamani

“…The paper discusses about the precision of manufacturing aspheric surfaces based on spline interpolation method. Splines are used in defining the tool path of an NC-machine in order to improve the precision. …”
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Cause and effect prediction in manufacturing process using an improved neural networks by Mohd Nawi, Nazri, Abdul Hamid, Noorhamreeza, Samsudin, Noor Azah, Harun, Zawati, Ab Aziz, Mohd Firdaus, Ramli, Azizul Azhar

“…A new approach to enhance the performance of the current Knowledge Hyper-surface method has been proposed by constructing midpoints between each primary weight along each dimension by using a quadratic Lagrange interpolation polynomial. …”
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RSA Encryption & Decryption using JAVA by Ramli, Marliyana

“…References and theories to support the research of 'RSA Encryption/Decryption using Java' have been disclosed in Literature Review section. …”
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