• Anomaly based intrusion detection system for networks using k-means clustering, discretization, and naïve Bayes classification: A hybrid approach [articol] 

  Sivanantham, S.; Mohanraj, V. (2020)

  The role of Intrusion Detection System (IDS) is to discover, assess and account unauthorized access, illegal activities and security issues in Network. The aim of this research is to model an Anomaly-Based Intrusion Detection ...
• A novel PDWC-UCO algorithm based optimal placement of buffer in FPGA architecture [articol] 

  Sridevi, A.; Lakshmiprabha, V. (2020)

  Clock distribution networks consume a significant amount of the whole chip power budget. Therefore, reduction in the power consumption of the clock networks is a significant objective in high-performance Integrated Circuit ...
• Power loss minimization in radial distribution network considering different load levels via AGPSO. Part–II: Using capacitors after DGS & reconfiguration [articol] 

  Srinivasan, G.; Visalakshi, S. (Timișoara : Editura Politehnica, 2020)

  Reactive power injection at the optimal nodes in the Radial Distribution Network (RDN) reduces the power loss which is one of the traditional methods. In the past decade, real power injection (DG) based power loss reduction ...
• Automation of colour removal using bio-process in textile waste water [articol] 

  P. Kingston, Stanley; A. Sanjeevi, Gandhi; K. Suresh, Kumar; Kalidass, S. (2020)

  Textile industry is the second polluter of clean water. The effluent from textile industries consists of a mixture of various dyes. These dyestuffs are made of complex aromatic structures which are highly recalcitrant. ...
• Reduction of harmonics in a wind power conversion system by the optimal function of a Vienna rectifier and switched inductor Z source inverter [articol] 

  Vani, E.; Rengarajan, N. (Timișoara : Editura Politehnica, 2020)

  This paper proposes the performance of Vienna rectifier and switched inductance Z-source inverter for boosting the output voltage and enhances the power quality of wind energy conversion system (WECS). A three-phase ...

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