информатика

ЕГЭ 2020, информатика, Задания, ответы, Комментарии, Самылкина Н.Н., Синицкая И.В., Соболева В.В., 2019

ЕГЭ 2020, Информатика, Задания, Ответы, Комментарии, Самылкина Н.Н., Синицкая И.В., Соболева В.В., 2019.

   В пособии предлагается система подготовки к экзаменам по информатике, предполагающая отработку типовых приёмов решения задач сначала на материале основной школы, затем на материале старшей школы. Приводятся примеры заданий с решениями, задания для тренировки с ответами, подробный методический комментарий к каждой теме.
Издание можно использовать в процессе освоения тем на уроках, а также для самостоятельной подготовки учащихся к ОГЭ и ЕГЭ но информатике. Особую пользу книга принесёт учителям информатики и методистам.

ЕГЭ 2020, Информатика, Задания, Ответы, Комментарии, Самылкина Н.Н., Синицкая И.В., Соболева В.В., 2019
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Методика решения задач по информатике, Международные олимпиады, Кирюхин В.М., Окулов С.М., 2007

Методика решения задач по информатике, Международные олимпиады, Кирюхин В.М., Окулов С.М., 2007.

   Приведен анализ решений задач 18 международных олимпиад по информатике для школьников (1989-2006 гг.). Основной акцент сделан на обсуждении методики решения задач и на самостоятельной подготовке школьников (студентов) при решении задач по олимпиадной информатике.
Книга предназначена для школьников и студентов, увлекающихся информатикой и желающих сделать информатику своей профессией, а также для преподавателей информатики, не ограничивающихся в своей работе рамками стандартных образовательных программ.

Методика решения задач по информатике, Международные олимпиады, Кирюхин В.М., Окулов С.М., 2007
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Информатика, базовый курс, часть 2, Шестопалов Е.А., 2006

Информатика, Базовый курс, Часть 2, Шестопалов Е.А., 2006.

   Просто и доступно описаны основные сведения об информации и информационных процессах, информационной системе, операционной системе Windows, основы работы с графическим редактором Paint, текстовыми редакторами «Блокнот» и Word, программами Excel (электронные таблицы), PowerPoint (компьютерные презентации). Access (система управления базами данных), глобальной сетью Internet К каждой теме есть вопросы для самоконтроля и упражнения для закрепления приобретенных знаний.
Рекомендуется для учеников 10-11 классов общеобразовательных учебных заведений физико-математического, естественного, технологического и других профилей, где на изучение информатики отводится 2 часа в неделю. Отвечает требованиям действующих программ по информатике и 12-балльной шкале оценивания достижений учеников.

Информатика, Базовый курс, Часть 2, Шестопалов Е.А., 2006
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Classical Cellular Automata, Mathematical Theory and Applications, Aladjev V., 2014

Classical Cellular Automata, Mathematical Theory and Applications, Aladjev V., 2014.

In the book we present some of results of the work we have done in theory of classical Cellular Automata (CA) and their appendices during 1969-2013 in truth with considerable pauses. These results at present form essential constituent of the CA problems. In particular, we have studied such problems as the nonconstructability problem in CA, decomposition of global transition functions in CA, extremal constructive possibilities, complexity of finite configurations and global transition functions, parallel formal grammars along with languages defined by CA, the modelling problem in the classical CA, computer simulation of CA, certain applied aspects of CA, etc. At present, the CA problems is a rather well developed independent sphere of the mathematical cybernetics which has considerable field of numerous appendices. At that, with the equal right the CA problems can be considered as a component of such fields as discrete mathematics, the discrete parallel dynamic systems, complex systems and some others. In our opinion the book will present an indubitable interest for students, post-graduates and persons working for doctor's degree of the appropriate faculties of universities.

Classical Cellular Automata, Mathematical Theory and Applications, Aladjev V., 2014
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Mathematica, Functional and procedural programming, Aladjev V., Shishakov M., Vaganov V., 2020

Mathematica, Functional and procedural programming, Aladjev V., Shishakov M., Vaganov V., 2020.

Software presented in the book contains a number of useful and effective receptions of the procedural and functional programming in Mathematica that extend the system software and allow sometimes much more efficiently and easily to program the software for various purposes. Among them there are means that are of interest from the point of view of including of their or their analogs in Mathematica, at the same time they use approaches, rather useful in programming of various applications. In addition, it must be kept in mind that the classification of the presented tools by their appointment in a certain measure has a rather conditional character because these tools can be crossed substantially among themselves by the functionality.

Mathematica, Functional and procedural programming, Aladjev V., Shishakov M., Vaganov V., 2020
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Functional and procedural programming in Mathematica, Aladjev V., Shishakov M., Vaganov V., 2020

Functional and procedural programming in Mathematica, Aladjev V., Shishakov M., Vaganov V., 2020.

Software presented in the book contains a number of useful and effective receptions of the procedural and functional programming in Mathematica that extend the system software and allow sometimes much more efficiently and easily to program the software for various purposes. Among them there are means that are of interest from the point of view of including of their or their analogs in Mathematica, at the same time they use approaches, rather useful in programming of various applications. In addition, it must be kept in mind that the classification of the presented tools by their appointment in a certain measure has a rather conditional character because these tools can be crossed substantially among themselves by the functionality.

Functional and procedural programming in Mathematica, Aladjev V., Shishakov M., Vaganov V., 2020
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Software Etudes in the Mathematica, Aladjev V., Shishakov M., 2017

Software Etudes in the Mathematica, Aladjev V., Shishakov M., 2017.

Systems of computer mathematics find more and more broad application in a number of natural, economical and social fields. These systems are rather important tools for scientists, teachers, researchers and engineers, very well combining symbolical methods with advanced computing methods. One of leaders among tools of this class undoubtedly is the Mathematica system. The book focuses on a important aspect – modular programming supported by Mathematica. The given aspect is of particular importance not only for appendices but also above all it is quite important in the creation of the user tools that expand the most frequently used standard tools of the system and/or eliminate its shortcomings, or complement the new facilities.

Software Etudes in the Mathematica, Aladjev V., Shishakov M., 2017
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Practical programming in Mathematica, Aladjev V., Shishakov M., Vaganov V., 2017

Practical programming in Mathematica, Aladjev V., Shishakov M., Vaganov V., 2017.

Systems of computer mathematics find more and more broad application in a number of natural, economical and social fields. These systems are rather important tools for scientists, teachers, researchers and engineers, very well combining symbolical methods with advanced computing methods. One of leaders among tools of this class undoubtedly is the Mathematica system. The book focuses on a important aspect – modular programming supported by Mathematica. The given aspect is of particular importance not only for appendices but also above all it is quite important in the creation of the user tools that expand the most frequently used standard tools of the system and/or eliminate its shortcomings, or complement the new facilities.

Practical programming in Mathematica, Aladjev V., Shishakov M., Vaganov V., 2017
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