Green electrolysis of water for hydrogen production has a very wide application prospect because of its ability to utilize renewable energy to produce hydrogen. However, in the process of hydrogen production by green ...
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The production throughputs of the food industry grow continuously due to the ever-increasing customer demand. At the same time, food safety measures become increasingly strict. To this end, efficient quality control i...
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The production throughputs of the food industry grow continuously due to the ever-increasing customer demand. At the same time, food safety measures become increasingly strict. To this end, efficient quality control is essential to ensure quality and safety for consumers, and to guarantee efficient and valuable production for industrial stakeholders. Computer vision is often applied to this end, usually integrated with other Industry 4.0 technologies and processautomation. Computer vision applications in quality control, indeed, can greatly enhance supply chain management in the food industry by maintaining consistent product quality and minimizing waste. In this paper, a keyword-based analysis is carried out to assess the main research trends and topics in the field of computer vision for quality control in the food industry. The bibliometric analysis aims to assess the main applications of the technology in terms of processes and products and the main issues targeted by the analyses. Finally, the results of the bibliometric investigation allow to identify and highlight topics that present potential for future investigations in the field.
In the fly ash bricks manufacturing industry, effective management of raw materials is essential for both economic efficiency and environmental sustainability. The project proposes a comprehensive solution utilizing a...
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To improve the active immunity and robustness of the combustion system of the thermal power unit following network attacks on industrial cyber-physical system controllers, this study applies the advanced possibilities...
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This project aims to develop an Intelligent controller for a Non-Linear process. The Conical tank level process station is available in the process Dynamics and control Laboratory of our department and can be taken in...
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This paper proposes a comparison between three control strategies for the power control of the mini hydropower plan. To develop and implement this controllers, the mathematical modelling of the electrical energy produ...
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Despite significant strides in the field of 3D scene editing, current methods encounter substantial challenge, particularly in preserving 3D consistency during the multi-view editing process. To tackle this challenge,...
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With the continuous progress of random social technology and economy, autonomous driving technology has become a key direction for the development of modern automotive industry. The environmental perception system, as...
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Interacting The highest storage capacity of a circular tank makes it pop-ular in process *** of the varying surface area of the cross-sec-tions of the tank,this two-tank level system has nonlinear *** theflow rate of l...
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Interacting The highest storage capacity of a circular tank makes it pop-ular in process *** of the varying surface area of the cross-sec-tions of the tank,this two-tank level system has nonlinear *** theflow rate of liquid is one of the most difficult challenges in the production *** proposed effort is critical in preventing time delays and errors by managing thefluid *** scholars have explored and explored ways to reduce the problem of nonlinearity,but their techniques have not yielded better *** types of controllers with various techniques are implemented by the proposed *** Mode controller(SMC)with Fractional Order PID controller based on Intelligent Adaptive Neuro-Fuzzy Infer-ence System(ANFIS)is a novel technique for liquid level regulation in an inter-connected spherical tank system to avoid interferences and achieve better performance in comparison of rise time,settling time,and overshoot *** the simulated results acquired by the controller yields the efficiency of the proposed *** simulated results were produced using MATLAB 2018 and the FOMCON ***,the performance of the conventional controller(FOPID,PID-SMC)and proposed ANFIS based SMC-FOPID control-lers are compared and analyzed the performance indices.
The establishment of biosafety system is of enormous importance to the livestock and poultry production in terms of mitigating the transmission of diseases and implementing regional prevention and control ***,the curr...
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The establishment of biosafety system is of enormous importance to the livestock and poultry production in terms of mitigating the transmission of diseases and implementing regional prevention and control ***,the current sterilization technology presents several drawbacks,including time-consuming procedures,chemical residues,and challenges in treating the sewage after *** this study,a novel cleaning and sterilization method that combines slightly acidic electrolyzed water and high pressure water-jet was *** orthogonal test was conducted to examine the correlation between high-pressure conditions and the various non-structural parameters on the efficacy of sterilization *** a field test,the effectiveness of the technology in cleaning pig transfer vehicles was evaluated by the total plate count and variations of community *** findings revealed that the combination of process parameters,including an available chlorine concentration of 200 mg/L,rinsing pressure of 170 bar,rinsing duration of 10 s,and residence time of 15 min,resulted in a removal rate of colony concentration on the surface of pig transfer vehicles of(96.50±0.91)%.Moreover,it was demonstrated to effectively inhibit a variety of pathogenic *** innovative cleaning system has the potential to replace traditional methods and reduces pollution while saving time and *** introduces a novel approach for sterilization of transportation in livestock and poultry farms as well as the biosafety construction of the animal husbandry.
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