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2022 26th International Conference on System Theory, Control and Computing (ICSTCC)最新文献

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Use of fractal analysis for quality evaluation of control methods in induction motor drive systems 分形分析在感应电机驱动系统控制方法质量评价中的应用
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931856
I. Voncilă, Elena Selim, M. Voncila
This paper presents a new quality evaluation method of control assessments used nowadays for induction motor drives systems. To visualize the accuracy of the new evaluation method, a comparative analysis is performed between this new method and the method widely used in modern drive systems, respectively, the spectral analysis method. By determining the fractal dimension of temporal variation of the quantities of interest, specific to electrical and mechanical access gates, which represents the proposed method, the established hierarchy was validated, for these assessments, hierarchy obtained using the spectral analysis method. The variation of the quantities of interest on the two access gates, electrical and mechanical, was obtained by simulation in PSIM (including the corresponding frequency spectrum), and the determination of the fractal size was performed in MATLAB.
本文提出了一种用于感应电机驱动系统控制质量评价的新方法。为了验证新评价方法的准确性,将新评价方法与现代传动系统中广泛使用的谱分析法进行了对比分析。通过确定感兴趣的量的时间变化的分形维数,具体到电气和机械入口门,这代表了所提出的方法,验证了所建立的层次结构,对于这些评估,使用谱分析方法获得的层次结构。在PSIM中仿真得到了电气和机械两个通道上感兴趣量的变化(包括相应的频谱),并在MATLAB中确定了分形大小。
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引用次数: 0
Advanced Process Control of a cement plant grate cooler 水泥厂篦冷机的先进过程控制
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931833
S. Zanoli, C. Pepe, G. Astolfi
The present work describes an Advanced Process Control solution applied to a cement plant grate cooler. The grate cooler is located downstream of a clinker rotary kiln with the purpose of suitably cooling the clinker. Clinker is cooled through the action of multiple cold air fan units as it is transported by the clinker rotary kiln. A Model Predictive Control strategy was designed in order to minimize the electrical energy consumption of the cold air fan units while guaranteeing the necessary heat recovery for the kiln and the preheater. At the same time, clinker quality constraints are taken into account. The designed controller has been installed on the real plant, obtaining satisfactory results in terms of kiln tertiary air increase and of kiln combustion improvement. In particular, a major process stabilization has been achieved, proven by a significant reduction of the standard deviation related to the pressure of cooler grate.
本文介绍了一种应用于水泥厂篦冷机的先进过程控制解决方案。篦冷器位于熟料回转窑的下游,目的是对熟料进行适当的冷却。熟料在熟料回转窑输送过程中,通过多个冷风机机组的作用进行冷却。设计了一种模型预测控制策略,以最大限度地减少冷风机机组的电能消耗,同时保证窑炉和预热器的热回收。同时考虑了熟料质量约束。所设计的控制器已在实际装置上进行了应用,在提高窑炉三次风量和改善窑炉燃烧方面取得了满意的效果。特别是,一个主要的过程稳定已经实现,证明了与冷却器篦的压力有关的标准偏差的显著减少。
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引用次数: 4
Supervised machine learning based system for automatic fault-detection in water-quality sensors 基于监督机器学习的水质传感器故障自动检测系统
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931788
A. Nair, Jonas Weitzel, A. Hykkerud, H. Ratnaweera
Online water-quality sensors installed in Wastewater Treatment Plants (WWTPs) are prone to process disturbances that generate erroneous data. Faulty sensor data can disrupt automation systems and result in sub-optimal performance of WWTPs. This paper presents a machine-learning-based system for real-time detection and the subsequent correction of faulty sensor data installed in a full-scale municipal WWTP. The fault detection system is developed by training a k-nearest neighbour (kNN) classifier with labelled historical data. The trained kNN classifier is then deployed in the WWTP's web-based Supervisory Control And Data Acquisition (SCADA) system to assess the performance in real-time. A qualitative comparison between raw and corrected sensor data demonstrates the system's potential to detect sensor faults and provide stable and reliable surrogate values.
安装在污水处理厂(WWTPs)的在线水质传感器容易受到过程干扰,从而产生错误数据。错误的传感器数据可能会破坏自动化系统并导致污水处理厂的次优性能。本文提出了一种基于机器学习的系统,用于实时检测和随后校正安装在全尺寸市政污水处理厂的故障传感器数据。故障检测系统是通过训练具有标记历史数据的k近邻(kNN)分类器开发的。经过训练的kNN分类器随后被部署在WWTP基于web的监控和数据采集(SCADA)系统中,以实时评估性能。对原始数据和校正后的传感器数据进行定性比较,证明了系统检测传感器故障并提供稳定可靠的替代值的潜力。
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引用次数: 0
Towards a new design of ciphers to secure CPS: the role of control theory 一种保护CPS的新密码设计:控制理论的作用
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931873
Hamid Boukerrou, G. Millérioux, M. Minier
Among several solutions to face the unprecedented increase of attacks towards Cyber Physical Systems, encryption plays a central role. In the form of a Proof of Concept, this contribution gives a new methodology for designing self-synchronizing automata, having in mind their use in symmetric cryptography, namely the Self-Synchronizing Stream Ciphers. The contribution of the paper is to recast the design as control theoretical issues. It calls for a graph-based approach and results borrowed from control theory and dynamical systems, in particular LPV systems. The design leads to not necessarily $T$-functions as state transition functions of the automata involved in the ciphering and deciphering sides. It is a consideration that is important for the sake of security. Another asset of the approach is that the resulting ciphers admit possibly vectorial inputs to enhance the throughput.
在应对网络物理系统攻击空前增加的几种解决方案中,加密起着核心作用。以概念证明的形式,这一贡献给出了一种设计自同步自动机的新方法,考虑到它们在对称密码学中的使用,即自同步流密码。本文的贡献在于将设计重新定义为控制理论问题。它需要从控制理论和动力系统,特别是LPV系统中借鉴基于图的方法和结果。这种设计并不一定导致$T$函数作为参与加密和解密方面的自动机的状态转换函数。为了安全起见,这是一个重要的考虑因素。该方法的另一个优点是生成的密码可能允许向量输入以提高吞吐量。
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引用次数: 0
Sampled-Data Model-Free Adaptive Control of Piezoelectric Actuators with Input Rate Constraint Using Extended State Observer 基于扩展状态观测器的输入速率约束下压电驱动器的无采样数据自适应控制
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931780
Maryam Naghdi, I. Izadi
This paper investigates the motion tracking problem for piezoelectric actuators (PEAs) using a sampled-data control method known as sampled-data model-free adaptive control (SMFAC). The fundamental architecture of the proposed scheme is based on input-output data, and the sampling period is an integral part of the design. PEA with the Bouc-Wen hysteresis model is first considered to obtain a sampled-data nonlinear model using the integral mean value theorem and the discrete-time Euler approximation. Then, a sampled-data control rule subject to input rate constraint is constructed by applying a sampled-data extended state observer (SESO) and a sampled-data parameter estimation technique. The SESO is used to estimate the unknown residual nonlinearity and external disturbances. The convergence of the tracking error is proven through theoretical analysis. Experimental results confirm the adequate performance of the proposed scheme.
本文采用采样数据无模型自适应控制(SMFAC)方法研究压电致动器的运动跟踪问题。该方案的基本架构是基于输入输出数据,采样周期是设计的一个组成部分。首先考虑具有Bouc-Wen迟滞模型的PEA,利用积分均值定理和离散欧拉近似得到采样数据非线性模型。然后,利用采样数据扩展状态观测器和采样数据参数估计技术,构造了受输入速率约束的采样数据控制规则;SESO用于估计未知的剩余非线性和外部干扰。通过理论分析证明了跟踪误差的收敛性。实验结果证实了该方案的良好性能。
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引用次数: 1
Event-based PID control in a flexible manufacturing process 柔性制造过程中基于事件的PID控制
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931787
Octavian Duca, E. Minca, A. Filipescu, R. Șolea, D. Cernega, M. Paun
In the flexible manufacturing environment some processes that until now did not need a close loop control need to be controlled so that the precision of the task permits the continuing of the manufacturing. As the processes are optimized and the manufacturing consists of multiple parallel processes, there is a need of assuring that a product is at a certain location at a certain time. In the control of a task, usually, the output of the system is measured in a timely manner at a certain sampling time. This is usually not possible in the manufacturing processes as a product position is given based on events, by sensors placed at certain locations. Certain event-based PID controllers were proposed and implemented in other control areas but in this controllers the event triggering is given by the error passing a certain level. This kind of controller cannot be implemented given the necessity of high frequency measurement of product position. In this paper we propose an PID event-base controller that uses as triggering event the activation of one of the manufacturing process sensors by the product. As the sensors are placed only in key positions the number of activations is limited. Based on these sensors the PID controller determines the necessary control signals between the key locations.
在柔性制造环境中,需要对一些迄今为止不需要闭环控制的过程进行控制,以使任务的精度允许制造的继续进行。由于工艺优化和制造由多个并行过程组成,因此需要确保产品在特定时间处于特定位置。在任务的控制中,通常是在一定的采样时间及时测量系统的输出。这在制造过程中通常是不可能的,因为产品位置是由放置在特定位置的传感器根据事件给出的。在其他控制领域提出并实现了基于事件的PID控制器,但在这种控制器中,事件触发是由通过一定级别的误差给出的。由于需要对产品位置进行高频测量,这种控制器无法实现。在本文中,我们提出了一种基于PID事件的控制器,该控制器使用产品激活其中一个制造过程传感器作为触发事件。由于传感器只放置在关键位置,激活的次数是有限的。PID控制器根据这些传感器确定关键位置之间所需的控制信号。
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引用次数: 2
Artificial Intelligence Assisted Optimization Under Uncertainty for Robust Solutions 不确定条件下鲁棒解的人工智能辅助优化
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931860
Ravi kiran Inapakurthi, K. Mitra
Uncertainty in process conditions makes the optimal solution from the deterministic optimization case infeasible or suboptimal. This mandates a special treatment for process uncertainty. The advent of unsupervised machine learning technique like clustering can be used to address this problem. Data arising from process conditions is meager and, to perform robust optimization, it is necessary to have enough representation of the uncertain region. For this, the collected data from process conditions is clustered using Support Vector Clustering (SVC). The hyper-parameters of SVC play a crucial role in clustering exercise. To promote this, a novel algorithm for determining optimal SVC models, is proposed. The proposed algorithm is used to cluster the uncertain process data and once clustered, can be used to sample additional data points inside each cluster using the convex hull. The additionally sampled data points in each cluster increases the cluster representativeness. The proposed methodology is implemented on industrial grinding circuits for performing Optimization Under Uncertainty (OUU) for the worst-case scenario and tested against the budget-uncertainty set based OUU.
工艺条件的不确定性使得确定性优化情况下的最优解不可行或次优。这要求对过程不确定性进行特殊处理。像聚类这样的无监督机器学习技术的出现可以用来解决这个问题。由过程条件产生的数据是贫乏的,为了进行鲁棒优化,有必要对不确定区域有足够的表示。为此,从过程条件中收集的数据使用支持向量聚类(SVC)进行聚类。SVC的超参数在聚类过程中起着至关重要的作用。为此,提出了一种确定最优SVC模型的新算法。该算法用于对不确定过程数据进行聚类,一旦聚类,可以使用凸包对每个聚类内的附加数据点进行采样。每个簇中额外采样的数据点增加了簇的代表性。提出的方法在工业磨削电路中实现了最坏情况下的不确定优化(OUU),并针对基于预算不确定集的OUU进行了测试。
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引用次数: 0
On the control system for the robotic assisted instruments used in percutaneous cancer treatment 经皮肿瘤治疗中机器人辅助器械的控制系统研究
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931813
Alin Burz, N. Hajjar, P. Tucan, C. Radu, A. Pîslă, F. Graur, C. Vaida, C. Popa, T. Antal, D. Pisla
The paper presents the control system of two medical instruments used in percutaneous cancer treatment. One instrument is designed for radiofrequency ablation and the other one for brachytherapy. The instruments may be attached to various robots capable of providing 5 Degrees of Freedom. Two robotic solutions are used for exemplifying this capability, namely the Kuka iiwa robot and the PARA-BRACHYROB. The developed control system is capable to communicate with both robots using MATLAB environment and different communication protocols to establish the connections between the robot control units.
本文介绍了两种用于经皮肿瘤治疗的医疗器械的控制系统。一台用于射频消融,另一台用于近距离治疗。这些仪器可以连接到各种能够提供5个自由度的机器人上。两种机器人解决方案用于举例说明这种能力,即库卡iiwa机器人和PARA-BRACHYROB。所开发的控制系统能够使用MATLAB环境和不同的通信协议与两个机器人进行通信,建立机器人控制单元之间的连接。
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引用次数: 1
Semi-Autonomous System for Lakes and Rivers Depollution 湖泊和河流治理半自治系统
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931869
Ionut Procop, F. Pacuraru, Sandita Pacuaru, R. Șolea, George Cotoc, Adrian Caramatescu
The purpose of this paper is to outline the development of a robust and low-cost semi-autonomous, remotely operated unmanned surface vessel (USV) used as a platform for environmental remediation technologies. By defining the shape as a catamaran, the first practical purpose is to build the collection mechanism in form of a cage to collect floating waste from rivers and lakes - in particular, plastic recipients that accumulate at the surface of the water. The unit was named “GreenCat” deriving from the purpose and the shape. Preliminary hull shape numerical investigation studies enabled carefully managed manufacturing processes resulting in a reduced manufacturing time. Based on hydrodynamic numerical simulations it is suggested that 6 km/h is an optimal travel speed. The electronic equipment was fitted and tested using two different controllers, manoeuvred by using both a radio command and a touch screen. Full-scale tests showed an autonomy of more than 60 minutes on one LiFePO04 - 12.8V-50Ah accumulator. The hull was designed to fit several accumulators making it possible to increase the autonomy to an estimated 8 hours. The data collected from the LiDAR system provided key information for the next level of autonomy, where obstacles can be avoided and the USV can charge automatically in a charging dock.
本文的目的是概述一种强大的、低成本的半自主、远程操作的无人水面船(USV)的发展,它被用作环境修复技术的平台。通过将其定义为双体船的形状,第一个实际目的是建立一个笼子形式的收集机制,以收集来自河流和湖泊的漂浮废物,特别是积聚在水面上的塑料接收器。由于其用途和形状,该单元被命名为“绿色小屋”。初步的船体形状数值调查研究使精心管理的制造过程,从而减少了制造时间。基于水动力数值模拟,提出6 km/h为最佳行驶速度。电子设备安装和测试使用两个不同的控制器,通过无线电指令和触摸屏操纵。全尺寸测试表明,在一个LiFePO04 - 12.8V-50Ah蓄电池上的自主时间超过60分钟。船体被设计成适合几个蓄能器,使其有可能将自主时间增加到估计的8小时。从激光雷达系统收集的数据为下一阶段的自动驾驶提供了关键信息,其中可以避开障碍物,并且USV可以在充电座中自动充电。
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引用次数: 0
Improved Performance for PMSM Control Based on Robust Controller and Reinforcement Learning 基于鲁棒控制器和强化学习的永磁同步电机控制性能改进
Pub Date : 2022-10-19 DOI: 10.1109/ICSTCC55426.2022.9931844
M. Nicola, C. Nicola, C. Ionete, D. Sendrescu, M. Roman
This article presents a Permanent Magnet Synchronous Motor (PMSM) control system which retains its performance for a significant variation of the parameters and load torque which represent disturbance for the control system. Classically, the PMSM control system is built in the form of a Field Oriented Control (FOC) control strategy structure built around PI speed (outer loop) and current (inner loop) controllers. We present the design stages and the numerical simulations performed in Matlab/Simulink, which prove the superiority of the robust control, by comparison with the classic FOC-type control structure. Because the Reinforcement Learning Twin-Delayed Deep Deterministic Policy Gradient (RL-TD3) agent is the most suitable for machine learning for process control, we synthesize a robust controller whose control quantities $boldsymbol{u}_{d}$ and $boldsymbol{u}_{q}$ are adjusted by a properly created and trained RL-TD3 agent. Using this robust combined controller plus RL-TD3 agent, superior performance is achieved in terms of response time and speed ripple.
本文提出了一种永磁同步电机控制系统,该系统在参数和负载转矩的显著变化下仍能保持控制系统的性能。传统的永磁同步电机控制系统以场定向控制(FOC)控制策略结构的形式构建,围绕PI速度(外环)和电流(内环)控制器。给出了设计阶段,并在Matlab/Simulink中进行了数值仿真,与经典的foco型控制结构进行了比较,证明了鲁棒控制的优越性。由于强化学习双延迟深度确定性策略梯度(RL-TD3)智能体最适合用于过程控制的机器学习,我们合成了一个鲁棒控制器,其控制量$boldsymbol{u}_{d}$和$boldsymbol{u}_{q}$由适当创建和训练的RL-TD3智能体调整。使用这种鲁棒组合控制器和RL-TD3代理,在响应时间和速度脉动方面实现了卓越的性能。
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引用次数: 4
期刊
2022 26th International Conference on System Theory, Control and Computing (ICSTCC)
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