8 are a‘
very likely
derably for
^Ceatment.
Lal procedure.
various
ation) of various
ocesses with
must be
e
can be
the form of
rocess components
ations and
s or sub-
classification
as
mplementation
: cooperation
ly the latter:
mification of
ve the greatest
-24-
benefit from the results of such a research programme,
Subsequently it will be attempted, to describe the necessary activities of
research-organisations (R.0.) and
production organisations (P.0.) with respect
+o the above-mentioned items in more detail:
a)
b)
Standard procedure for "planning"
(R.0. ): Theoretical analysis of the problem and design of a model.
(P.0.):Verification and modification of this model on the basis of past
experience and existing routines
(R. 0. ) :General design of a systematic procedure
(P.0. ) :Adaption and specialization to the specific circumstances prevailing
in the individual organisations
Accuracy performance models
(R.0.):Identification and theoretical analysis of various feasible
Identification of influencing
process-components. Objective:
parameters and design of functional models.
Collection and analysis of statistical data for the establishment,
verification and improvement of stochastic models
(P.0.):Góntribution of available statistical data
(R.0.):Desitn and implementation of practical experiments to obtain missing
statistical information
(P.0.):Participation in the execution and evaluation of practical
experiments. Contribution of material for experiments
(R.0. ) : Development of computer programmes for and execution of analytical
and numerical determination of general accuracy models.
Development of operational methods for the "calibration" of
general accuracy models, in order to adapt these to the special
circumstances of individual production organisations.
(P.0. ) :Execution and evaluation of practical experiments for calibration
of general accuracy models
Semantic information performance models
(R.0.) Theoretical analysis of different process components to identify
those factors, which influence semantic information performance.
Design of theoretical models
Collection of statistical data
(P.0.) Contribution ôf statistical data
