We concentrate on computational implementations of the detection of is
chaemic episodes in order to allow continuous monitoring of patients i
nterned in Coronary Care Units (CCU). The consideration of several alt
ernatives led us to choosing an implementation based on the expert's k
nowledge as the most adequate. In order to solve the problem of transf
orming the imprecise knowledge provided by the expert into computable
structures we have decided to make use of a fuzzy implementation. We i
llustrate and comment the operation of our solution over some records
of the European ST-T Database, which is an electrocardiographic databa
se specifically aimed at the validation of algorithms whose objective
is the detection of ischaemic episodes. This work can be included in t
he more general problem of the design, physical implementation and val
idation of an electronic-computational system (SUTIL), which by means
of the simultaneous, integrated and intelligent evaluation of a large
amount of information extracted from real time processing of haemodyna
mic and electrocardiographic signals, performs an intensive and exhaus
tive follow up of patients with ischaemic cardiopathies interned in CC
Us.