A general algorithm for the development of control algorithms for RTC of sewer systems

M. Sch\303\274tze, J. Alex & M. Ogurek.
Despite the large number of publications on the topic of real time control (RTC) of urban drainage systems, there are, however, only few indications on how a control algorithm for a particular case study is actually determined. Often, this involves an time-consuming and costly heuristic procedure, based on the expertise and intuition of the person carrying out such study. This paper presents a generic procedure for the set up of RTC strategies. Essentially RTC control...

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A general algorithm for the development of control algorithms for RTC of sewer systems

M. Sch\303\274tze, J. Alex & M. Ogurek.
Despite the large number of publications on the topic of real time control (RTC) of urban drainage systems, there are, however, only few indications on how a control algorithm for a particular case study is actually determined. Often, this involves an time-consuming and costly heuristic procedure, based on the expertise and intuition of the person carrying out such study. This paper presents a generic procedure for the set up of RTC strategies. Essentially RTC control...

A general algorithm for the development of control algorithms for RTC of sewer systems

M. Sch\303\274tze, J. Alex & M. Ogurek.
Despite the large number of publications on the topic of real time control (RTC) of urban drainage systems, there are, however, only few indications on how a control algorithm for a particular case study is actually determined. Often, this involves an time-consuming and costly heuristic procedure, based on the expertise and intuition of the person carrying out such study. This paper presents a generic procedure for the set up of RTC strategies. Essentially RTC control...

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