This short work brings factorial-type numerical representations of the Calendar. It is based on a functional equation of three variables representing "day", "month" and "year". It is given for the years ending in 20 and 2020. The other years can be calculated on similar bases
Abstract. The calculations of the Tibetan calendar are described, us-ing modern mathematical notatio...
Starting from the basic notion of chronology, we provide a natural representation of calendars and a...
This work brings representations of 2022 in different ways. These representations are of crazy-type,...
This short work brings factorial-type numerical representations of the calender. It is based on a fu...
In this work, the days of year 2020 are represented in two different ways. One way is numerical, and...
The theory of calendars is usually presented as an application of continued fractions. In this paper...
This short work brings representations of 2020 in different situations. These representations are of...
This paper proposes representing the se-mantics of natural-language calendar ex-pressions as a seque...
The calendars themselves are specific publications which should reasonably match two major criteria ...
The structure of a calendar can be described by a sequence of quasi-affine forms. Such a sequence, t...
How calendars are repeated in some years can be understood by doing simple calculations.calendars, s...
Abstract. Starting from the basic notion of chronology, we provide a natural representation of calen...
This bachelor thesis covers mathematical principles of selected types of calendars Julian and Grego...
The key notion for modelling calendar systems and many other periodic temporal notion is the mathema...
Applying tropical year and lunation, the exchange formula of lunar calendar and solar calendar could...
Abstract. The calculations of the Tibetan calendar are described, us-ing modern mathematical notatio...
Starting from the basic notion of chronology, we provide a natural representation of calendars and a...
This work brings representations of 2022 in different ways. These representations are of crazy-type,...
This short work brings factorial-type numerical representations of the calender. It is based on a fu...
In this work, the days of year 2020 are represented in two different ways. One way is numerical, and...
The theory of calendars is usually presented as an application of continued fractions. In this paper...
This short work brings representations of 2020 in different situations. These representations are of...
This paper proposes representing the se-mantics of natural-language calendar ex-pressions as a seque...
The calendars themselves are specific publications which should reasonably match two major criteria ...
The structure of a calendar can be described by a sequence of quasi-affine forms. Such a sequence, t...
How calendars are repeated in some years can be understood by doing simple calculations.calendars, s...
Abstract. Starting from the basic notion of chronology, we provide a natural representation of calen...
This bachelor thesis covers mathematical principles of selected types of calendars Julian and Grego...
The key notion for modelling calendar systems and many other periodic temporal notion is the mathema...
Applying tropical year and lunation, the exchange formula of lunar calendar and solar calendar could...
Abstract. The calculations of the Tibetan calendar are described, us-ing modern mathematical notatio...
Starting from the basic notion of chronology, we provide a natural representation of calendars and a...
This work brings representations of 2022 in different ways. These representations are of crazy-type,...
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