This chapter is devoted to introducing the theories of interval algebra to people who are interested in applying the interval methods to uncertainty analysis in science and engineering. In view of this purpose, we shall introduce the key concepts of the algebraic theories of intervals that form the foundations of the interval techniques as they are now practised, provide a historical and epistemological background of interval mathematics and uncertainty in science and technology, and finally describe some typical applications that clarify the need for interval computations to cope with uncertainty in a wide variety of scientific disciplines.

Keywords: Interval mathematics, Uncertainty, Quantitative Knowledge, Reliability, Complex interval arithmetic, Machine interval arithmetic, Interval automatic differentiation, Computer graphics, Ray tracing, Interval root isolation.

}, url = {http://dx.doi.org/10.4018/978-1-4666-4991-0.ch001}, attachments = {https://scholar.cu.edu.eg/sites/default/files/henddawood/files/interval_mathematics_as_a_potential_weapon_against_uncertainty.pdf}, author = {Hend Dawood} }