Хмарна математика MathPartner у Києво-Могилянській академії
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Date
2017
Authors
Малашонок, Геннадiй
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Abstract
У статті подано короткий опис сервісу MathPartner (його встановлено на сервері Києво-
Могилянської академії mathpartner.ukma.edu.ua) – хмарної системи символьних обчислень – і тих
можливостей, які вона надає для вдосконалення освітнього процесу у вищій школі. Описано
застосування сервісу GitHub як сховища для навчальних матеріалів, а також нового засобу
підготовки та проведення лекцій. Зроблено висновок про те, що застосування хмарної математики
MathPartner сприяє інтенсифікації освіти у всіх сферах, де використовується математика. Крім
того, хмарна математика є універсальним інструментом застосування математичних знань, що
сприяє розвитку прикладної математики.
Recently, cloud services have been replacing application packages. The same process occurs in systems of symbolic computations. In the last decade, such SaaS systems of symbolic computations as MathPartner, Sage, SMathStudio, Wolfram Alpha and Wolfram Cloud have appeared. The number of users of systems of symbolic computations in the total number of those who study and apply mathematics has so far been insignificant. This situation is changing rapidly nowadays due to the emergence and wide application of SaaS systems. Cloud mathematical services are expected to will lead to a change in the status of mathematical knowledge in the modern society and to a drastic change in the entire education system. Mathematical knowledge will be easy to apply, with avoiding routine calculations. One of the first cloud systems was MathPartner, which appeared in 2011. Today this service is installed in the Kyiv-Mohyla Academy and is available at http://mathpartner.ukma.edu.ua. Mathpar is the language of the MathPartner service. The text library in Mathpar is located in the GitHub repository. This library is freely available at http://github.com/mathpar. One can register on the GitHub web service and after that post one’s texts and receive texts posted by other participants. One can download the entire library archive as a zip file: https://github.com/mathpar/ mathpar/archive/master.zip. This is the root of the archive https://github.com/mathpar/mathpar/tree/master/LIBRARY/mathpar. For example, if a user selects the path EUROPE/Ukraine-ua/UNIVERSITY/MATH/ Computer _Algebra/ Malaschonok/Computer_Algebra_Chap_01, then all paragraphs of the first chapter of the textbook on computer algebra will be available. One can open and read any of them. One can copy all the text. The service supports receiving and editing code via Git, SVN, and Mercurial. This article describes MathPartner and the new opportunities that it provides to a wide range of users: from professionals of mathematicians to junior schoolchildren, from theoretical physicists to mathematics and physics teachers.
Recently, cloud services have been replacing application packages. The same process occurs in systems of symbolic computations. In the last decade, such SaaS systems of symbolic computations as MathPartner, Sage, SMathStudio, Wolfram Alpha and Wolfram Cloud have appeared. The number of users of systems of symbolic computations in the total number of those who study and apply mathematics has so far been insignificant. This situation is changing rapidly nowadays due to the emergence and wide application of SaaS systems. Cloud mathematical services are expected to will lead to a change in the status of mathematical knowledge in the modern society and to a drastic change in the entire education system. Mathematical knowledge will be easy to apply, with avoiding routine calculations. One of the first cloud systems was MathPartner, which appeared in 2011. Today this service is installed in the Kyiv-Mohyla Academy and is available at http://mathpartner.ukma.edu.ua. Mathpar is the language of the MathPartner service. The text library in Mathpar is located in the GitHub repository. This library is freely available at http://github.com/mathpar. One can register on the GitHub web service and after that post one’s texts and receive texts posted by other participants. One can download the entire library archive as a zip file: https://github.com/mathpar/ mathpar/archive/master.zip. This is the root of the archive https://github.com/mathpar/mathpar/tree/master/LIBRARY/mathpar. For example, if a user selects the path EUROPE/Ukraine-ua/UNIVERSITY/MATH/ Computer _Algebra/ Malaschonok/Computer_Algebra_Chap_01, then all paragraphs of the first chapter of the textbook on computer algebra will be available. One can open and read any of them. One can copy all the text. The service supports receiving and editing code via Git, SVN, and Mercurial. This article describes MathPartner and the new opportunities that it provides to a wide range of users: from professionals of mathematicians to junior schoolchildren, from theoretical physicists to mathematics and physics teachers.
Description
Keywords
хмарна математика, система комп’ютерної алгебри, MathPartner, символьні обчислення, cloud mathematics, computer algebra system, symbolic computations, стаття
Citation
Малашонок Г. І. Хмарна математика MathPartner у Києво-Могилянській академії / Малашонок Г. І. // Наукові записки НаУКМА. Комп'ютерні науки. - 2017. - Т. 198. - С. 27-35.