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|Книги Автор Charles W. Издательство Книга по Требованию|
Turn on your PC, set its BIOS if required (usually accessed by pressing a function or Del key after powering on); then insert the Fedora installation disc, and boot to install Fedora. To use this installation method, your computer must support booting from your optical drive, and the drive itself must be recognizable by the Linux kernel. You can verify this by checking your BIOS and then booting your PC. The file boot.iso is a 8.5MB CD-ROM image found under the images directory on the Fedora DVD. The image can be burned onto a blank CD, and supports booting to a network install. This is a convenient way to boot to a network install on a PC with a bootable CD-ROM drive, but no installed floppy drive, or when you don't want to use multiple floppies during an install requiring driver disks. You burn the image onto optical media by using the wodim command. For example, copy the file to your hard drive, insert a blank CD-R into your CD-RW drive, and then use a command line like so: # wodim -v speed=40 dev=0,0,0 -data -eject boot.iso This example creates a bootable CD-ROM, and then ejects the new CD-ROM after writing the image ...
|Methods for earthwork computations|
|Generalized fuzzy K-algebras. Theory, Methods and Computations|
In 2005, the authors introduced fuzzy K-algebras.
|Multivariate Robust Statistics. Methods and Computation|
The goal of robust statistics is to develop methods that can cope with the presence of outliers in the data and nevertheless produce reasonable results.
|Chinese input methods for computers|
|Statistical Methods in Computational Electromagnetism. Using Transmission Line Modelling|
Comparisons are made with results from Monte Carlo simulations and a sequence of higher order approximation extensions is considered.
|Robust Target Localization and Segmentation. Application of Kernel-based statistical methods to computer vision|
The superior performance of kernel-based algorithms comes at a price of increased storage and computational requirements.
|Data Mining and Computational Intelligence in Genomics. Methods for Gene Expression Data Analysis|
Among the most important innovations is the microarray technology, which allowed whole genome measurements at transcriptional level.
|Computational Intelligence Methods on Biomedical Signal Analysis. COMPUTATIONAL INTELLIGENCE METHODS ON BIOMEDICAL SIGNAL ANALYSIS AND DATA MINING IN MEDICAL RECORDS|
This book is centered around the development and application of computationally effective solutions based on artificial neural networks (ANN) for biomedical signal analysis and data mining on medical records.
|Robust and Efficient 3-D Optical Flow Computing Framework. with scalable and flexible numerical methods|
Hence, the purpose of this work is to derive a new suite of regularization expressions that treat all valid flow patterns resulting from a 3D rigid-body motion equally, without unfairly penalizing any of them.
|Computer Image Processing, Part II. Methods and algorithms|
Appendixes in the Part II deal with the examples of the methods application to the tasks of biomedical image processing and remote sensing.
|Advances in Time-Domain Computational Electromagnetics. Beyond Conventional Finite Difference Methods|
Topics discussed here include pre-asymptotic techniques to reduce numerical dispersion error, stable hybrid FDTD/FETD schemes using composite meshes, and stable perfectly matched layer implementations.
|Computational phylogenetics. Methods for analysing genome-scale data|
Furthermore, MEGAN, a user-friendly software application for the analysis of metagenomic datasets is presented.
|Quantum Transport in Carbon-based Nanostructures. Theory and Computational Methods|
The electronic structure and the quantum transport properties of graphene, carbon nanotubes and graphene nanoribbons are studied using analytical and numerical tools, taking special care in considering fundamental questions of high experimental relevance and in relating the results to experiments.
|Computational methods for simulating crane activities. Mathematical modeling of construction cranes and their activities, and computational methods to simulate and visualize crane erection processes|
These methods can potentially benefit many construction practitioners: engineers for crane selection or crane placement; logistics planners for generating precise and detailed erection plans prior to construction; construction managers for choosing optimal locations for material delivery and temporary onsite storage; cost estimators for increasing the accuracy of the cost forecasts and cashflow projections.
|High Resolution Imaging of Polytene Chromosomes. Illustrated Protocols of New Method and Computer Vision Perspectives|
These methods should be helpful for researchers and students using the classical polytene chromosome model as well as to all scientists exploring wonderful possibilities that computer vision opens to modern microscopy.
|Computational Methods for High Frequency Electromagnetic Interference. Theories and Applications|
This book provides fresh, experimentally and theoretically verified new techniques based on an integration of full-wave electromagnetic analysis with circuit domain tools such as HSPICE and ADS.
|Computational Methods for Molecular Analysis and Design. Efficient Numerical Algorithms for Surface Formulations of Mathematical Models of Solvation|
Four contributions to modeling biomolecular interactions are presented.
|Mass Spectrometric Analysis of Oligonucleotide and DNA Adducts. Computational, Enzymatic and Mass Spectrometric Methods for DNA Adducts Analysis in Cancer Related Research - The Past, Present and Future|
The initial focus was on the analysis of DNA adducts as “monomeric units”, i. e. , nucleosides or nucleotides.
|Application of Computer Vision to 3D Reconstruction. A Survey of Reconstruction methods|
Patterns in the image are identified and subsequently related using image algebra to solve for the distance from an object being observed by the conoscope.
|Modeling and Analysis. Numerical and Computational Methods Magnetohydrodynamics:|
The content of the book is intended to serve as an introductory text for the advanced graduate students in physics, applied mathematics and engineering and is also useful for the researchers in theoretical physics, mechanical, aeronautical engineering and metallurgy.
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