Let
X1500253X&_mathId=si1.gif&_user=111111111&_pii=S0022314X1500253X&_rdoc=1&_issn=0022314X&md5=fea71ab905ff880bdd1fb861d4a09b3d" title="Click to view the MathML source">伪={An}n≥1 be a sequence of left-open and right-closed intervals which partition
(0,1]. The
伪 -Lüroth transformation
L伪 is defined as an infinite piecewise linear map which maps
An linearly onto
(0,1] for every
n≥1. Then every point
x∈(0,1] is attached with a finite or infinite integer sequence
{鈩?sub>n}n≥1 by looking at the coding of its trajectory. In this note, we consider the size of the recurrent set in such a system. More precisely, let
x0∈(0,1] with an infinite
伪 -Lüroth expansion, and
{tn}n≥1 an arbitrary non-decreasing sequence of natural numbers. The recurrence set of
伪 -Lüroth transformation
L伪 is defined as
where
A(鈩?sub>1,鈩?sub>2,鈰?鈩?sub>tn)(x0) denotes the
tn-th cylinder containing
15ed2a42b63f41464f59b6434f" title="Click to view the MathML source">x0 in
伪 -Lüroth expansion. The Hausdorff dimension of
F(x0) is obtained.