Welcome to the OLPC Math portal. Mathematics is a core element of education, from basic numeracy through more complex calculation. Mathematical thinking can also be integrated with other disciplines, such as art, music, and science.
The following information discusses math-related projects associated with the XO, including software, hardware, and content.
- Math4 Team : a fourth grade mathematics curriculum building project.
- XO Mathematics, a Spring 2010 course including arithmetic, plane and solid geometry
We are always interested in getting in touch and collaborating with people who share our passion with maths. Through this portal people passionate about education and maths can share their knowledge on relevant issues.
If you are interested in getting involved with OLPC and its related math projects, take the initiative and include yourself in the list of the people sharing your natural inclination and dedication to the science:
- A basic and well-sugarized calculator, thanks to rwh and others : calculate
- RPN programmable scientific calculator, emulating older HP-42S handheld, needs better sugarization, care of Tom Schum: Calc-42S
Please, include in this section any known recent updates regarding the math related projects of OLPC.
Basic Math Game
We make a Basic Math Activity for OLPC X0. File:BasicMaths.xo Feedback will be appreciate.
Joshua Gay and Kevin Driscoll are working on pulling together a set of math contest problems for elementary and middle school, to seed flash cards and local contests and to encourage problem-writers of all ages to create their own.
WIMS (WWW Interactive Multipurpose Server) is a server available for Linux (it could run locally on the XO) that provides a variety of Interactive mathematics and puzzles.
Software for mathematics
Software activities for the XO
- Calculate: The Calculate activity provides a generic calculator, both simple to use for the youngest children, but able to support more complicate math and variables. It comes bundled with the XOs. Its goal is to teach children some math and provide them with a functional tool easy to use.
- Unicode includes about 2,000 math and physics symbols, many from preexisting character set standards, APL, and TeX, and many more from a project of the American Mathematical Society.
- Word processors such as Microsoft Word and OpenOffice Write, and publishing software such as TeX and FrameMaker, provide two general methods for composing mathematical formulae. One is to pick elements from menus and palettes, and place them visually, and the other is to enter codes such as \pi r^2 (area of a circle). Here the code \pi stands for a Greek letter, and the symbol ^ stands for superscript position.
- Another encoding for mathematics is MathML, a version of XML intended to make equations and other formulae display correctly on Web pages.
Math notation owes much to mathematicians in India and the Muslim world (Hindu-Arabic numerals, zero, and place notation). The great flowering of math symbols occurred in Europe after 1600. Although the relative merits of alphabets and logograms (Chinese, cuneiforms, and hieroglyphs) have been hotly debated, mathematicians are firmly on the side of both.
Some of the software resources available for mathematical equations are the following:
- JIMHR is a combination of FFES and Natural Log. All FOSS. Related: rlaz
- JMathNotes is another system. FOSS.
Below you can find a number of useful websites:
- The International Statistical Institute (ISI) has compiled a glossary of statistical terms, in a number of languages.
- http://online.cctt.org/ on-line high school algebra course