Previous investigators have demonstrated the theory and applications of macroscopic elemental and material balances to the estimation of bioreactor states. However most previous applications have been limited to processes which have only one growth phase. An expert systems knowledge base is presented which is used to extend this empirical estimation technique to procesess which have multiple phases (e.g. a lag phase, a growth phase, and a production phase). This approach is illustrated by a simple example from the literature
This paper aims at giving an overview of available results of state and parameter approaches for che...
In bioreactors, the measurement of variables that play a key role in the quality and productivity of...
This paper aims at giving an overview of available results of state and parameter approaches for che...
491-498The need to operate bioreactors in an efficient manner is becoming more relevant in today’s e...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
Estimation algorithms are presented for the estimation of the state of biochemical reactors from the...
Estimation algorithms are presented for the estimation of the state of biochemical reactors from the...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
The measurement or estimation of bioprocess states is critical for process control and optimization ...
Abstract:- This paper describes the measurement fusion in a bio-reactor for its supervision. The par...
Abstract This study introduces a theoretical bioprocess of ideally stirred Chemostat. Chemostat mode...
The last decade has seen the development of a number of approaches for estimating those variables wh...
This article presents an industrial case study, examining the application of a novel adaptive biomas...
This paper aims at giving an overview of available results of state and parameter approaches for che...
In bioreactors, the measurement of variables that play a key role in the quality and productivity of...
This paper aims at giving an overview of available results of state and parameter approaches for che...
491-498The need to operate bioreactors in an efficient manner is becoming more relevant in today’s e...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
Estimation algorithms are presented for the estimation of the state of biochemical reactors from the...
Estimation algorithms are presented for the estimation of the state of biochemical reactors from the...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
In this paper the problem of state and parameter estimation in biotechnical batch reactors is consid...
The measurement or estimation of bioprocess states is critical for process control and optimization ...
Abstract:- This paper describes the measurement fusion in a bio-reactor for its supervision. The par...
Abstract This study introduces a theoretical bioprocess of ideally stirred Chemostat. Chemostat mode...
The last decade has seen the development of a number of approaches for estimating those variables wh...
This article presents an industrial case study, examining the application of a novel adaptive biomas...
This paper aims at giving an overview of available results of state and parameter approaches for che...
In bioreactors, the measurement of variables that play a key role in the quality and productivity of...
This paper aims at giving an overview of available results of state and parameter approaches for che...