absolute convergence

(redirected from Conditionally convergent series)
Also found in: Dictionary.
Related to Conditionally convergent series: Unconditional convergence

absolute convergence

[′ab·sə‚lüt kən′vərj·əns]
(mathematics)
That property of an infinite series (or infinite product) of real or complex numbers if the series (product) of absolute values converges; absolute convergence implies convergence.