iosr-JEEE   Volume-11 ~ Issue-2 ~ March-April 2016

Abstract: The problem of reactive power compensation and flow of power through the lines can be addressed with the help of new generation FACTS controllers. There are various FACTS controllers and can be classified on the basis of their connection in the circuit line such as series, shunt and series-shunt controllers. Some specific controllers are also used in conjunction with voltage source controllers, avoiding the need of bulky capacitor banks. UPFC is one such FACTS controller which finds need in transmission line where series converter of the UPFC injects via series transformer, an ac voltage with controllable magnitude and phase angle in series with the transmission line......
Key Words: IPFC, FACTS, Power Flow, Reactive Power Control

[1]. Taylor & Francis Group, LLC. Manuel Reta-Herna´ndez,: Chapter#13-Transmission Line Parameters©2006, Universidad Auto´noma de Zacatecas by
[2]. Juan Dixon (SM) ,Luis Morán (F) ,José Rodríguez (SM) , Ricardo Domke Pontificia Reactive Power Compensation Technologies, State of- the-Art Review ,Universidad Católica de Chile Universidad de Concepción Universidad Federico Sta. María, Santiago - CHILE Concepción - CHILE Valparaíso – CHILE
[3]. Lazzlo Gyugyi, fellow, IEE, Kalyan K. Sen, member, IEEE, Colin D. Schauder, Member IEEE, The Interline Power Flow Controller Concept: A new approach to power flow management in Transmission Systems, IEEE Transaction on Power Delivery, Vol14, No.3, July 1999.
[4]. N.G. Hingorani, L. Gyugyi, Understanding FACTS, Concepts and Technology of Flexible AC Transmission systems, IEEE Press 2000(Book)
[5]. Proposed terms and definitions for flexible AC transmission system (FACTS), IEEE Transactions on Power Delivery, Volume 12, Issue 4, October 1997, pp. 1848–1853. doi: 10.1109/61.634216

Abstract: An Increase In The Number Of Cardiac Patients And A Decrease In Number Of HeartDonors Has triggered The Development Of ArtificialHeartPump To Support The ProperFunctioning Of The Heart.This paperPresents Design Of MagneticallyLevitated (Maglev) Axial Magnetic Flux Brushless Direct CurrentMotor (Af-Bldc) For Axial Blood Flow VentricularAssistDevice (Vad).A ventricularassistdevice (VAD) is an electromechanicaldevice for assistingcardiac circulation, whichisusedeither to partially or to completely replace the function of afailingheart. The developeddevice has three phase Two axial flow Bldcmotors are placedsymmetrically and the rotors are coupled to the pump. The stator and rotor of the Bldcconsist a hole, sincemagnetic flux pathdoesn'tpassthrough the central part.......
Key Words: Axial Flux BLDC Motors(AF Bldc), Cardiovascular devices, Ventricular Assistive Devices (VAD)

[1]https://en.wikipedia.org/wiki/Ventricular_assist_device

[2]my.clevelandclinic.org/services/heart/services/lvad-devices

[3] Schima, H., W. Trubel, A. Moritz, G. Wieselthaler, H. G. Stöhr, H. Thoma, And E. Wolner, "Noninvasive Monitoring Of Rotary Blood Pumps: Necessity, Possibilities, And Limitations", ArtificialOrgans, Vol.16, 1992, Pp. 195-202

[4] Pohlmann A, Hameyer K. A study on permanent magnet topologies for hybridbearings for medical drives applied in VentricularAssistDevices. Archives of Electrical Engineering 2011; 60: 371-380

[5] Okada Y, Yamashiro N, Ohmori K, Masuzawa T, Yamane T, Konishi Y, Ueno S. Mixed flowartificialheart pumpwith axial self-bearingmotor. IEEE/ASME Transactions on Mechatronics 2005; 10: 658-665.

Abstract: The main purpose of operating Load Frequency Control (LFC) is to keep uniformly the frequency changes during the load changes. In this paper, Automatic Load Frequency control of two area power systems using Proportional Integral Derivative (PID) tuning through internal model control (IMC) technique. Two main objectives of LFC are to maintain the real frequency and the desired power output in the interconnected power system and, to control the change in tie line power between control areas.......
Key Words: Proportional Integral Derivative, Load Frequency Control, internal model control, Tie-line, Twoarea power systemso

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[5] E. C. Tacker, T. W. Reddoch, O. T. Pan, and T. D. Linton, ‗Automatic generation Control of electric energy systems—A simulation study,' IEEE Trans. Syst. Man Cybern., vol. SMC-3, no. 4, pp. 403–5, Jul. 1973.

Abstract: The objective is to develop a Smart-Township which can be controlled from all over the world wirelessly. Smart-Township is a group of stationary smart homes which provides distributed sensing, computation and communication in the environment. To integrate information from individual smart-home and to transmit data to other smart-homes we have divided them in to sectors, it will provide us a better way to analyze each home, sector as well as whole township easily. We further did some development in proposed township in such a way that every home is able to communicate with other home of the township, we outline implementation of smart-home into a smart township.
Key Words: PIC microcontroller, C-18 cross compiler, MP-LAB software, RF circuit, DTMF.

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