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University: Suez Canal University
University: Suez Canal University

ConArg: Argumentation with Constraints
ConArg: Argumentation with Constraints

... enhanced the tool with the implementation of the extensions developed in [1,2]. In [1] we extend the Dung AFs in order to deal with coalitions of arguments. The initial set of arguments is partitioned into subsets. Each subset represents a different “line of thought” and can be considered as a coali ...
Introduction to the multilayer perceptron
Introduction to the multilayer perceptron

Descriptive examples of the limitations of Artificial Neural
Descriptive examples of the limitations of Artificial Neural

... will be activated at the exit stage.1, 2   There is a wide variety of ANN models, which depend on the objective by which they  were created, as well as the practical problem they solve.3 During these last decades, several  inconveniences  about  ANN  applications  have  been  found  in  the  literat ...
Abstract Representations and Embodied Agents: Prefrontal Cortex
Abstract Representations and Embodied Agents: Prefrontal Cortex

... And each thing activates many neurons (who knows what is going to be relevant this time?) ...
An Adaptive Restarting Genetic Algorithm for Global
An Adaptive Restarting Genetic Algorithm for Global

Artificial Neural Network for the Diagnosis of Thyroid Disease using
Artificial Neural Network for the Diagnosis of Thyroid Disease using

... Using a small value for momentum will lead to prolonged training. The training epochs of the training cycle is the number of times the training data has been presented to the network. The BP algorithm guarantees that total error in the training set will continue to decrease as the number of training ...
Bellman-Kalaba1960-OptimalPredation.pdf
Bellman-Kalaba1960-OptimalPredation.pdf

... General mathematical problems arising in the scientific study of predation have been studied from a variety of viewpoints. Primary emphasis has been given to the descriptive aspects of the prey and predator populations under various assumptions concerning interactions among the different members of ...
Lecture 9
Lecture 9

A Quick Overview of Computational Complexity
A Quick Overview of Computational Complexity

... This is done in two steps: 1. Show that nprob is in NP 2. Show that a known NP-complete (e.g., CNF-sat) problem can be reduced (polynomial) into nprob ...
What is connectomics? - Brain Dynamics Laboratory
What is connectomics? - Brain Dynamics Laboratory

... allows the tracing and reconstruction of their cellular structure including long processes within a block of tissue. • While the labeling and tracing of all neurons in a complete mammalian brain may still represent an overly ambitious goal, more restricted components of a cellular connectome (for ex ...
What is connectomics? - Brain Dynamics Laboratory
What is connectomics? - Brain Dynamics Laboratory

... allows the tracing and reconstruction of their cellular structure including long processes within a block of tissue. • While the labeling and tracing of all neurons in a complete mammalian brain may still represent an overly ambitious goal, more restricted components of a cellular connectome (for ex ...
The Learnability of Quantum States
The Learnability of Quantum States

... computable in the physical world is feasibly computable by a (probabilistic) Turing machine Shor’s Theorem: QUANTUM SIMULATION has no efficient classical algorithm, unless FACTORING does also ...
Genetic Algorithm and their applicability in Medical Diagnostic
Genetic Algorithm and their applicability in Medical Diagnostic

... [4] Proposed a new algorithm for image segmentation. It is based on a genetic approach that allows user to consider the segmentation problem as a global optimization problem (GOP). A fitness function, based on the similarity between images, has been defined. The similarity is a function of both the ...
slides - Center for Collective Dynamics of Complex Systems (CoCo)
slides - Center for Collective Dynamics of Complex Systems (CoCo)

... • Proving A∨A→A: Replace B in basic axiom I-(1) by A A→(A→A) Replace B in basic axiom I-(2) by A (A→(A→A))→(A→A) Apply inference rule to the above two formulae A→A Replace B and C in basic axiom III-(3) by A (A→A)→((A→A)→(A∨A→A)) Apply inference rule to the above two formulae ((A→A)→(A∨A→A)) Apply i ...
Freshwater Ecosystems, Modelling and Simulation, by
Freshwater Ecosystems, Modelling and Simulation, by

... informative graphics. This methods overview provides a background for the applications that follow, and is helpful in determining how the different methods can complement one another. The limitations of each method are also evaluated. Most of the book summarizes attempts to construct ecological mode ...
hp labs - shiftleft.com
hp labs - shiftleft.com

... I hope it is even more clear that: Single-thread performance not getting better All machines will be parallel very soon There are a lot of apps involving enormous datasets that have plenty of parallelism Further throughput by using the parallel hardware effectively Communication bandwidth and energ ...
Theories on the Origin of Life
Theories on the Origin of Life

... pattern) Focus on: (2) Ability for life to reproduce ...
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research project

... Another utility of Diels-Alder approach is the high degree of regio and stereo selectivity, due to the concerted mechanism. As a conseguence, it is well known that after the syn introduction of the first functional group by Diels-Alder cycloaddition, there is a sure dependence upon the future stereo ...
What is Mathematical Biology?
What is Mathematical Biology?

... required to initiate a Calcium release; • Test the ANN in living starfish eggs at fertilization. ...
The Variety of Possible Architectures
The Variety of Possible Architectures

... for human visual processing.  Reflection on a wide range of phenomena has led to a hypothesized architecture with a complex system. ...
FET in Horizon 2020
FET in Horizon 2020

... Innovative Robotic Artefacts Inspired by Plant Roots for Soil Monitoring Enhance environmental awareness through social information technologies A closed-loop neural prosthesis for dizziness suppression ICT challenges of mineral extraction under extreme geo-environmental conditions ...
Vision-Based Systems - National Alliance for Medical Image
Vision-Based Systems - National Alliance for Medical Image

... Computing the first variation of the functional E, the L2-optimal E-minimizing deformation is: ...
Ncbo-anatomy-2006-intro
Ncbo-anatomy-2006-intro

... central nervous system morphogenesis Genus: morphogenesis Differentia: has_outcome central nervous system The process by which the anatomical structure of the central nervous system is generated and organized ...
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Slide 1

... Oracle Database 11.1.0.5 Oracle RAC 11.1.0.5 Oracle Clusterware 11.1.0.5 Oracle Automatic Storage Management 11.1.0.5 ...
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Natural computing

Natural computing, also called natural computation, is a terminology introduced to encompass three classes of methods: 1) those that take inspiration from nature for the development of novel problem-solving techniques; 2) those that are based on the use of computers to synthesize natural phenomena; and 3) those that employ natural materials (e.g., molecules) to compute. The main fields of research that compose these three branches are artificial neural networks, evolutionary algorithms, swarm intelligence, artificial immune systems, fractal geometry, artificial life, DNA computing, and quantum computing, among others.Computational paradigms studied by natural computing are abstracted from natural phenomena as diverse as self-replication, the functioning of the brain, Darwinian evolution, group behavior, the immune system, the defining properties of life forms, cell membranes, and morphogenesis. Besides traditional electronic hardware, these computational paradigms can be implemented on alternative physical media such as biomolecules (DNA, RNA), or trapped-ion quantum computing devices.Dually, one can view processes occurring in nature as information processing. Such processes include self-assembly, developmental processes, gene regulation networks, protein-protein interaction networks, biological transport (active transport, passive transport) networks, and gene assembly in unicellular organisms. Efforts tounderstand biological systems also include engineering of semi-synthetic organisms, and understanding the universe itself from the point of view of information processing. Indeed, the idea was even advanced that information is more fundamental than matter or energy. The Zuse-Fredkin thesis, dating back to the 1960s, states that the entire universe is a huge cellular automaton which continuously updates its rules.Recently it has been suggested that the whole universe is a quantum computer that computes its own behaviour.
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