This paper describes an experience based on the final project work for the Industrial Electronics Engineering undergraduate course. The main goal was the development of an application for the simulation and monitorization of the baker’s yeast fermentation. The BakSIM application simulates a Mini-Bioreactor for the control, monitorization and simulation of the process running in open and closed loop modes. It permits to make the acquisition of the most important system variables: biomass, ethanol, oxygen, glucose and dioxide of carbon, and the writing in files for future analysis and for future contrast with previous experiences. Different modules were considered: simulation, monitorization and simulation and monitorization. The BakSIM appli...
The development of the application of the science of biotechnology is not only based on biology alon...
Submitted in fulfillment ofthe requirement for Masters degree oftechnology (Mtech): Electrical engi...
In this paper a general cybernetic model has been developed to describe the growth of baker's yeast ...
An application for control, monitoring and simulation of baker’s yeast fermentation proces
A theoretical and experimental study is reported concerning the control of baker's yeast fed-batch ...
In this paper we review recent advances on the practice and theory of process control with particul...
Fermentation process of Saccharomyces cerevisiae has been investigated by many researchers for highe...
A theoretical and experimental study is reported concerning the control of baker's yeast fed-batch ...
In this paper we present a simple computer-based laboratory set-up for experiments concerning real-...
Antud töö kirjanduse ülevaate osas käsitletakse süsivesikuid ja käärituse protsessis kasutatavaid m...
A PC-based simulator of non-linear multiple-input multiple-output dynamic systems was employed for ...
Control of fermentation processes is a complex problem due to the inherent non-lineanties and time v...
In this paper we present a simple computer-based laboratory set-up for experiments concerning real-t...
Control of fermentation processes is a complex problem due to the inherent non-lineanties and time v...
Control of fermentation processes is a complex problem due to the inherent non-lineanties and time v...
The development of the application of the science of biotechnology is not only based on biology alon...
Submitted in fulfillment ofthe requirement for Masters degree oftechnology (Mtech): Electrical engi...
In this paper a general cybernetic model has been developed to describe the growth of baker's yeast ...
An application for control, monitoring and simulation of baker’s yeast fermentation proces
A theoretical and experimental study is reported concerning the control of baker's yeast fed-batch ...
In this paper we review recent advances on the practice and theory of process control with particul...
Fermentation process of Saccharomyces cerevisiae has been investigated by many researchers for highe...
A theoretical and experimental study is reported concerning the control of baker's yeast fed-batch ...
In this paper we present a simple computer-based laboratory set-up for experiments concerning real-...
Antud töö kirjanduse ülevaate osas käsitletakse süsivesikuid ja käärituse protsessis kasutatavaid m...
A PC-based simulator of non-linear multiple-input multiple-output dynamic systems was employed for ...
Control of fermentation processes is a complex problem due to the inherent non-lineanties and time v...
In this paper we present a simple computer-based laboratory set-up for experiments concerning real-t...
Control of fermentation processes is a complex problem due to the inherent non-lineanties and time v...
Control of fermentation processes is a complex problem due to the inherent non-lineanties and time v...
The development of the application of the science of biotechnology is not only based on biology alon...
Submitted in fulfillment ofthe requirement for Masters degree oftechnology (Mtech): Electrical engi...
In this paper a general cybernetic model has been developed to describe the growth of baker's yeast ...