Suchergebnisse - Numerical Java Computing

Java and numerical computing von Boisvert, R.F., Moreira, J., Philippsen, M., Pozo, R.

“… Java represents both a challenge and an opportunity to practitioners of numerical computing …”
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An Evaluation of Java for Numerical Computing von Blount, Brian, Chatterjee, Siddhartha

“… This paper describes the design and implementation of high performance numerical software in Java …”
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Java programming for high-performance numerical computing von Moreira, J. E., Midkiff, S. P., Gupta, M., Artigas, P. V., Snir, M., Lawrence, R. D.

“… Applications in these domains are characterized by intensive numerical computing and often have very high performance requirements …”
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Numerical Methods Using Java - For Data Science, Analysis, and Engineering von Li, Haksun

“… Implement numerical algorithms in Java using NM Dev, an object-oriented and high-performance programming library for mathematics …”
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NINJA: Java for High Performance Numerical Computing von Moreira, José E., Midkiff, Samuel P., Gupta, Manish, Wu, Peng, Almasi, George, Artigas, Pedro

“… In the particularly performance‐sensitive field of numerical computing, initial measurements indicated a hundred …”
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NINJA: Java for high performance numerical computing

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Supporting multidimensional arrays in Java von Moreira, José E., Midkiff, Samuel P., Gupta, Manish

“… The lack of direct support for multidimensional arrays in JavaTM has been recognized as a major deficiency in the language's applicability to numerical computing …”
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A comparison of Java, CC++, and FORTRAN for numerical computing von Moreira, J E, Midkiff, S P, Gupta, M

“… The paper compares the use of three programming languages, FORTRAN, C/C++, and Java, in a simple numerical computation of the product of two matrices …”
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A comparison of Java, C/C++, and FORTRAN for numerical computing von Moreira, J.E., Midkiff, S.P., Gupta, M.

“… This paper compares the use of three programming languages, FORTRAN, C/C++, and Java, in a simple numerical computation of the product of two matrices …”
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Multi-GPU based 3D numerical modeling of fluid migration and clay dehydration influence on Lusi hydrothermal activity (Java, Indonesia) von Sohrabi, Reza, Malvoisin, Benjamin, Mazzini, Adriano, Miller, Stephen A.

“… The Lusi mud eruption in East Java has been active since May 2006. Magma emplacement at depth, clay dehydration, and mud liquefaction during seismic wave propagation have been invoked as mechanisms fueling this eruption …”
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JDiffraction: A GPGPU-accelerated JAVA library for numerical propagation of scalar wave fields von Piedrahita-Quintero, Pablo, Trujillo, Carlos, Garcia-Sucerquia, Jorge

“… JDiffraction, a GPGPU-accelerated JAVA library for numerical propagation of scalar wave fields, is presented …”
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An evaluation of Java implementations of message-passing von Stankovic, Nenad, Zhang, Kang

“… ‐passing programs: native, Java and native communications, and pure Java. Despite concerns about performance and numerical issues, we believe the obtained results confirm that high …”
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Numerical simulation of tsunami propagation with Finite Difference Method and Runge Kutta 4th Order Method (study case : south coast of Java island) von Priyatno Putra, Firdaus, Nurul Fajar, Shaffiani, Aditya, Prima, Apriliani, Erna, Sadjidon, Khusnul Arif, Didik

“… This study discussed about to the tsunami with a location located in the southern of Java, precisely in the area of Central Java, considering that in 2017 there was friction between the Indies …”
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Jupyter Cookbook: Over 75 Recipes to Perform Interactive Computing Across Python, R, Scala, Spark, JavaScript, and More von Toomey, Dan

“… Jupyter has garnered a strong interest in the data science community of late, as it makes common data processing and analysis tasks much simpler. This book is …”
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A Biological‐Parameter‐Optimized Modeling Study of Physical Drivers Controlling Seasonal Chlorophyll Blooms off the Southern Coast of Java Island von Gao, Guandong, Yang, Dezhou, Xu, Lingjing, Zhang, Kun, Feng, Xingru, Yin, Baoshu

“… A physical‐biogeochemical model consists of many key parameters; theoretically, 10,000 or more numerical experiments are required to obtain a set of optimal biological parameters …”
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Analysis of Sequential and Parallel Execution of Simpson's Rule for Numerical Integration in Java von Smilic, Marko, Milic, Dejan, Stefanovic, Caslav, Durovic, Sanja, Dosic, Danijel, Matejic, Marjan

“… This paper analyses the sequential and parallel execution of Simpson's Rule in Java for numerical integration, focusing on time analysis, speedup, efficiency, and overhead …”
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Simulation of stability using Java application for Pareto design of controllers based on a new multi-objective particle swarm optimization von Mahmoodabadi, M.J., Bagheri, A., Arabani Mostaghim, S., Bisheban, M.

“… In this paper, Java programming with applets for internet-based control education of two mechanical systems are presented …”
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Java for numerically intensive computing: from flops to gigaflops von Midkiff, S.P., Moreira, J.E., Snir, M.

“… These techniques include new and existing compiler technologies, the exploitation of parallelism, and a collection of Java libraries for numerical computing …”
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Undocumented Secrets of MATLAB-Java Programming von Altman, Yair M.

“… Many people know that a major part of the functionality of the MATLAB software package is based on Java …”
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Evaluating Java performance for linear algebra numerical computations von Oancea, Bogdan, Rosca, Ion Gh, Andrei, Tudorel, Iacob, Andreea Iluzia

“… In this paper we evaluate the performance of a Java library in the context of designing numerical solutions for linear algebra problems …”
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