The development of computer systems for representation, storage and processing the knowledge rela... more The development of computer systems for representation, storage and processing the knowledge related to a domain or specific field is a strong requirement nowadays, mainly for medical diagnosis and computer assisted therapy. The management of imprecision measurements, paradoxical data, and unconventional inference techniques is possible using the neutrosophic paradigm.
In this paper we will compare Black-Scholes formula with a particular case of Heston formula, bot... more In this paper we will compare Black-Scholes formula with a particular case of Heston formula, both solutions of the same problem.
In this paper we will describe some methods for representing different kind of accounting and fin... more In this paper we will describe some methods for representing different kind of accounting and financial knowledge. These methods are integrated in an original architecture modeling the complete accounting analysis, starting by describing an economic operation in natural language, and finishing by writing the financial reports.
International Journal of Computers Communications & Control, 2010
The aim of this paper is to make a brief presentation of the results obtained by the authors rega... more The aim of this paper is to make a brief presentation of the results obtained by the authors regarding agent technology application in distributed monitoring systems development. Consequently, we would like to present MAgeLan and ContTest as monitoring systems based on intelligent agents technology. Formal aspects regarding intelligent agents will be mentioned. Quantitative issues concerning efficiency, maintenance and reengineering are also to be taken into account.
… . Broad Research in Artificial Intelligence and …, 2010
This paper focuses on the Cocke, Younger, and Kasami (CYK) algorithm. We present a Delphi applica... more This paper focuses on the Cocke, Younger, and Kasami (CYK) algorithm. We present a Delphi application that analyzes the lexicon and the syntax of a sentence in Romanian. We use a Chomsky normal form (CNF) grammar. We will present the source of ...
Deep Learning for Medical Decision Support Systems, 2020
It is thought that deep learning will be more effective in the near future and will be used more ... more It is thought that deep learning will be more effective in the near future and will be used more in medical applications. Because it does not require too many input parameters and users do not need to have expert knowledge. In addition, it is not affected by the increases in the amount of calculation and data, and responds faster than traditional methods. Continuous improvement and development in the field of deep learning will also contribute to this process.
The development of computer systems for representation, storage and processing the knowledge rela... more The development of computer systems for representation, storage and processing the knowledge related to a domain or specific field is a strong requirement nowadays, mainly for medical diagnosis and computer assisted therapy. The management of imprecision measurements, paradoxical data, and unconventional inference techniques is possible using the neutrosophic paradigm.
In this paper we will compare Black-Scholes formula with a particular case of Heston formula, bot... more In this paper we will compare Black-Scholes formula with a particular case of Heston formula, both solutions of the same problem.
In this paper we will describe some methods for representing different kind of accounting and fin... more In this paper we will describe some methods for representing different kind of accounting and financial knowledge. These methods are integrated in an original architecture modeling the complete accounting analysis, starting by describing an economic operation in natural language, and finishing by writing the financial reports.
International Journal of Computers Communications & Control, 2010
The aim of this paper is to make a brief presentation of the results obtained by the authors rega... more The aim of this paper is to make a brief presentation of the results obtained by the authors regarding agent technology application in distributed monitoring systems development. Consequently, we would like to present MAgeLan and ContTest as monitoring systems based on intelligent agents technology. Formal aspects regarding intelligent agents will be mentioned. Quantitative issues concerning efficiency, maintenance and reengineering are also to be taken into account.
… . Broad Research in Artificial Intelligence and …, 2010
This paper focuses on the Cocke, Younger, and Kasami (CYK) algorithm. We present a Delphi applica... more This paper focuses on the Cocke, Younger, and Kasami (CYK) algorithm. We present a Delphi application that analyzes the lexicon and the syntax of a sentence in Romanian. We use a Chomsky normal form (CNF) grammar. We will present the source of ...
Deep Learning for Medical Decision Support Systems, 2020
It is thought that deep learning will be more effective in the near future and will be used more ... more It is thought that deep learning will be more effective in the near future and will be used more in medical applications. Because it does not require too many input parameters and users do not need to have expert knowledge. In addition, it is not affected by the increases in the amount of calculation and data, and responds faster than traditional methods. Continuous improvement and development in the field of deep learning will also contribute to this process.
This is the Table of Contents of the Special Issue on Advances in Applied Sciences. This special ... more This is the Table of Contents of the Special Issue on Advances in Applied Sciences. This special issue was edited by Professor Barna Iantovics
You can find here some interesting papers, like:
- An Introduction to DSmT in Information Fusion by Jean Dezert, Florentin Smarandache
- The State Chart Metaphor for the Design of Collaborative Virtual Environments by Ugo Barchetti, Alberto Bucciero, Anna Lissa Guido, Luca Mainetti, Roberto Paiano, and Andrea Pandurino
- The Respiratory Impedance in an Asymmetric Model of the Lung Structure by Clara Ionescu, Ionut Muntean, and Robin De Keyser
- Preparation and Characterization of TiO2/CdS Layers as Potential Photoelectrocatalytic Materials by Marcela-Corina Rosu, Ramona-Crina Suciu, Simina-Virginia Dreve, Ioan Bratu, Teofil-Danut Silipas, and Emil Indrea - Using Declarative Model-to-model Transformations by Andreas Petter, Stephan Borgert, Erwin Aitenbichler, Alexander Behring, and Max Mäuhlhäuser
For more information about this volume, plase access:
1. Pentru că îţi faci relaţii internaţionale Da, revista BRAIN are un colectiv de referenţi şi au... more 1. Pentru că îţi faci relaţii internaţionale Da, revista BRAIN are un colectiv de referenţi şi autori internaţional, cu care poţi intra în contact şi începe colaborări în proiecte viitoare. Citindu-ţi articolul, referentul poate afla despre tine şi preocupările tale şi te poate invita să publici împreună cu el. Apoi, crezi că ţi-ar strica un contract internaţional, o bursă post-doctorală? 2. Pentru că engleza ta nu trebuie să fie perfectă Da, textul articolului tău este corectat de specialiştii noştri în limba engleză, e normal să mai greşeşti. Noi îţi marcăm cu roşu greşelile, iar tu poţi accepta sau nu schimbările propuse, având grijă să nu se schimbe sensul propoziţiilor. Astfel, îţi perfecţionezi şi tu engleza pentru viitoarele articole. Nici cu formatul şi aranjarea în pagină nu suntem excesiv de pretenţioşi. 3. Pentru că îţi spunem ce nu e bine fără să te desfiinţăm Referenţii noştri sunt specialişti din toată lumea, unii consacraţi, alţii mai tineri, în plin avânt ştiinţific. Este spre binele tău ca cineva să aibă o opinie critică asupra articolului tău, care să te ajute să depistezi ceea ce lipseşte şi să-l îmbunătăţeşti. Nu trebuie să te superi pe referenţi. Ei îţi apreciază cercetarea originală şi rezultatele şi vor ca felul în care transmiţi aceste lucruri celorlalţi să fie cel mai clar şi concis cu putinţă. 4. Pentru că ai vizibilitate internaţională Revista BRAIN este indexată de mai multe baze de date internaţionale, inclusiv în Web of Science. Sunt deja câteva universităţi de pretutindeni care au inclus revista noastră în bibliotecile lor electronice. În plus, specialiştii noştri vor traduce rezumatele articolelor tale în franceză, germană, spaniolă, portugheză, italiană, maghiară şi română. 5. Pentru că suntem prompţi Într-adevăr, publicarea într-o asemenea revistă cu un comitet ştiinţific internaţional aşa de divers ar dura destul de mult timp, dar noi suntem rapizi. Contactează-ne, trimite-ne un articol şi vei remarca, de asemenea, promptitudinea cu care îţi răspundem şi rapiditatea cu care corectăm, recenzăm şi publicăm. Noi ne mişcăm repede, pentru că şi cercetarea în domeniu evoluează repede. 6. Pentru că este o revistă pluri-şi interdisciplinară Interdisciplinaritatea este un cuvânt la modă, dar noi îl punem în practică. Referenţii noştri sunt informaticieni, neurologi, neurochirurgi, psihologi, psihiatri, lingvişti, psiholingvişti, antropologi, filosofi, matematicieni, teologi. Creierul şi funcţiile intelectului uman sunt subiecte de studiu din diverse perspective. 7. Pentru că sună bine Nu în ultimul rând, acronimul revistei BRAIN a fost apreciat ca sunând bine de toţi colaboratorii şi autorii noştri de pretutindeni. Toată lumea reţine uşor acronimul şi revista BRAIN, față de o revistă cu un nume întortocheat şi complicat. Aşadar, trimite acum un articol la brain@edusoft.ro .
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You can find here some interesting papers, like:
- An Introduction to DSmT in Information Fusion by Jean Dezert, Florentin Smarandache
- The State Chart Metaphor for the Design of Collaborative Virtual Environments by Ugo Barchetti, Alberto Bucciero, Anna Lissa Guido, Luca Mainetti, Roberto Paiano, and Andrea Pandurino
- The Respiratory Impedance in an Asymmetric Model of the Lung Structure by Clara Ionescu, Ionut Muntean, and Robin De Keyser
- Preparation and Characterization of TiO2/CdS Layers as Potential Photoelectrocatalytic Materials by Marcela-Corina Rosu, Ramona-Crina Suciu, Simina-Virginia Dreve, Ioan Bratu, Teofil-Danut Silipas, and Emil Indrea
- Using Declarative Model-to-model Transformations by Andreas Petter, Stephan Borgert, Erwin Aitenbichler, Alexander Behring, and Max Mäuhlhäuser
For more information about this volume, plase access:
https://www.edusoft.ro/brain/index.php/brain/issue/view/12