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Prospective Doctoral Statment For The University Of Southern California's School Of Cinematic Arts Media Arts + Practice Program, Gabriel Leiner 2015 University of Southern California

Prospective Doctoral Statment For The University Of Southern California's School Of Cinematic Arts Media Arts + Practice Program, Gabriel Leiner

Gabriel Leiner

After visiting L.A. again and seeing the beautiful fountains on University of Southern California campus I am filled with all kinds of ideas about the future and brimming with energy. To all those at the University of Southern California's Cinematic Arts Department, thanks for reading my ideas over the past couple years and helping me to evolve and become a better person and a better writer. Starting a position as a doctoral student in the Media Arts + Practice Program in 2016 is an exciting opportunity. I've got a really positive outlook about Kiss The Water.


Efficient Logarithmic Function Approximation, Amjad F. Hajjar, Mohammad H. Awedh 2015 Abdulaziz University, Jeddah, Saudi Arabia

Efficient Logarithmic Function Approximation, Amjad F. Hajjar, Mohammad H. Awedh

Innovative Research Publications IRP India

A criteria is developed for the approximations of a logarithmic function to piecewise straight lines at multiple segments such that the maximum absolute error is minimized.The optimum cutting points for segmentation are estimated numerically with an exhaustive search. Our hardware implementation is restricted to integer operations (addition and shifting).


Implementation Of Regular Linear Carry Select Adder With Binary To Excess-1 Converter, K. Bala Sindhuri 2015 S.R.K.R Engineering College,Bhimavaram

Implementation Of Regular Linear Carry Select Adder With Binary To Excess-1 Converter, K. Bala Sindhuri

Innovative Research Publications IRP India

Regular Linear Carry Select Adder (RCSLA) is one of the fastest adders. From the structure of RCSLA, there is scope to reduce area by using Binary to Excess-1 converter (BEC) technique. By using BEC technique in RCSLA 16, 32, 64 bit architectures have been developed and compared with Regular Linear Carry Select Adder. The modified architectures have reduced area and power with slight increase in delay. Simulation and Synthesis are carried on Xilinx ISE 12.2.The result analysis shows that the modified architectures are better than RCSLA.


Dynamic Performance Of A Single Machine Brushless Dfig During Wind Speed Variation, Mona N. Eskander, Mahmoud A. Saleh, Maged N. F. Nashed 2015 Electronics Research Institute, Cairo, Egypt

Dynamic Performance Of A Single Machine Brushless Dfig During Wind Speed Variation, Mona N. Eskander, Mahmoud A. Saleh, Maged N. F. Nashed

Innovative Research Publications IRP India

In this paper, the dynamic performance of the specially-designed Single Machine Brushless Doubly-Fed Induction Generator "SM-BDFIG" coupled to variable speed wind turbine is investigated. The rotor voltage of the SM-BDFIG during super-synchronous operation is used to charge a number of batteries, connected to the rotor via a 3- phase bridge rectifier. The number of charged battery cells are changed, by parallel and series connections, according to the wind speed variation, and consequently, the rotor voltage variation. The response of the stator, rotor, and DC link voltages and currents due to wind speed variations is presented. The electromagnetic torque, the stator ...


Design & Development Of Fpga Based Vme Bus Controller, Himali Patel, Poornima Talwai 2015 Vivekanand Institute of Technolgy, Chembur, Mumbai

Design & Development Of Fpga Based Vme Bus Controller, Himali Patel, Poornima Talwai

Innovative Research Publications IRP India

The VME bus interface Controller (VIC068A) is used to interface Local CPU bus and VME bus. VME Bus Controller is used in wide application areas where high reliability, good accuracy and high speed are desired to withstand industrial environment like nuclear power plant and process industries. VME Bus controller can configure as Master, Slave, Interrupt Handler, arbiter as well as power monitor. Commercial VME Bus interface controller chips are available from a few vendors and are very expensive. As time goes VME Bus Controller Chips become absolute and vendor support will not be provided. To solve part obsolescence problem and ...


Design Of 8-Element Linear Array With Practical Problem Diagnosis Of Faulty Element Using Particle Swarm Optimization, Vishal Puri, Shaveta Puri 2015 Department of ECE, CoET , BGSB University, Rajouri, India.

Design Of 8-Element Linear Array With Practical Problem Diagnosis Of Faulty Element Using Particle Swarm Optimization, Vishal Puri, Shaveta Puri

Innovative Research Publications IRP India

Design of 8 element linear array as a model set up by using IE3D setup. Satellite applications involve millions of elements Defect in an element is difficult to diagnose and require optimization approach. The paper intends to design 8 element arrays as a satellite model and making its element defective for diagnosis Particle swarm optimization technique is used for the purpose of diagnosis. Detection of defective element in a satellite antenna requires optimized approach A calibration system can be used in satellite itself but in case of any failure, calibration can also be defective. So the good solution will be ...


Accident Prevention By Eye Blinking Sensor And Alcohol Detector, Deepa K. B, Chaitra M, Ankit Kumar Sharma, Sreedhar V. S, Prashanth Kumar H.K 2015 SJMIT, Chitradurga, Karnataka, India

Accident Prevention By Eye Blinking Sensor And Alcohol Detector, Deepa K. B, Chaitra M, Ankit Kumar Sharma, Sreedhar V. S, Prashanth Kumar H.K

Innovative Research Publications IRP India

This system provides a unique method to curb drunken and drowsy people. This system has an alcohol sensor and eye blinking sensor embedded in the vehicles. Whenever the driver start vehicle, the sensors senses the eye blink and measures the content of alcohol in his breathe and automatically sends the signal to buzzer, gsm and lcd. In this system the outputs of sensors are given to the microcontroller for comparison. If the value reaches to fixed limit then automatically gsm will send the sms, buzzer will produces sound and lcd will display the message.


Non-Linear Chirp Spread Spectrum Communication Systems Of Binary Orthogonal Keying Mode, Quan Wang 2015 The University of Western Ontario

Non-Linear Chirp Spread Spectrum Communication Systems Of Binary Orthogonal Keying Mode, Quan Wang

University of Western Ontario - Electronic Thesis and Dissertation Repository

Chirp spread spectrum (CSS) is a suitable choice of modulation signals for wireless communications, due to its inherited advantages such as low transmission power, simplicity of implementation, good interference rejection capability. Linear chirps are common choices in practical CSS systems of binary orthogonal keying (BOK) mode. However, linear chirps generally require the time-bandwidth product of each chirp signal to be 60 sHz or more in order to achieve desirable orthogonality requirements. Thus, a BOK CSS system based on linear chirps has to occupy very wide bandwidth, which is a very precious resource for wireless communication. Clearly, the requirement on broad ...


Hybrid Power Generation Systems: A Holistic View, Almoataz Youssef Abdelaziz 2015 Electrical Power & Machines Department, Faculty of Engineering, Ain Shams University

Hybrid Power Generation Systems: A Holistic View, Almoataz Youssef Abdelaziz

Almoataz Youssef Abdelaziz

The importance of the hybrid power generation systems (HPGS) increased especially in the last few years. HPGS are used to share the load with the utility grid and these systems are termed as HPGS-utility grid. In addition, they are used to transmit the power to the remote areas. In this case, these systems are termed as stand-alone HPGS. HPGS consist of different power sources such as photovoltaic systems (PV), wind turbine (WT), micro-turbine (MT), storage battery (SB), diesel generator, and fuel cell (FC). These sources are considered the prominent elements. The importance of the HPGS can be carried out via ...


Performance Comparison Of Bpso And Bfo Algorithms Of Pts Technique Used For Papr Reduction In Mc-Cdma, Innovative Research Publications IRP India, Department of ECE,H.C.T.M, Kaithal, India, Er.D.P Chechi 2015 Innovative Research Publications

Performance Comparison Of Bpso And Bfo Algorithms Of Pts Technique Used For Papr Reduction In Mc-Cdma, Innovative Research Publications Irp India, Department Of Ece,H.C.T.M, Kaithal, India, Er.D.P Chechi

Innovative Research Publications IRP India

PAPR reduce the efficiency of system in MC-CDMA so we have to use PTS to recover from this. In this paper, Partial Transmit Sequence technique is used, which uses suboptimal algorithms & their performances are compared. For their performance evaluating PAPR reduction scheme is CCDF of the PAPR of transmitted continuous time signal. BPSO has better PAPR reduction capability than BFO Algorithm on the basis of performances using different modulation schemes


Simulation Of Power Transformer Protection Using Microcontroller Relay, Innovative Research Publications IRP India, Arpit Rana, Jeet Shah, Anuradha Deshpande 2015 Innovative Research Publications

Simulation Of Power Transformer Protection Using Microcontroller Relay, Innovative Research Publications Irp India, Arpit Rana, Jeet Shah, Anuradha Deshpande

Innovative Research Publications IRP India

Power transformers are key components for electrical energy transfer in a Power system. In order to protect the transformers from these faults different protective methods are adopted. Some of them are differential protection, over excitation Protection, etc. In this Paper Over Voltage protection is established for the protection of the transformer. Microcontroller is used for the Power Transformer Protection as a relay. It will sense the fault Due to over voltage of about +5% and send trip signal to the relay driver circuit and the power transformer will automatically get isolated from the system. The Simulation circuit is designed in ...


Single Phase Pv Inverter Applying A Dual Boost Technology, Innovative Research Publications IRP India, Sudha Bhutada, S.R. Nigam 2015 Innovative Research Publications

Single Phase Pv Inverter Applying A Dual Boost Technology, Innovative Research Publications Irp India, Sudha Bhutada, S.R. Nigam

Innovative Research Publications IRP India

In this paper, a single-phase PV inverter applying a dual boost converter circuit inverter is proposed for photovoltaic (PV) generation system and PV grid connected system. This system is designed to improve integration of a Single phase inverter with Photovoltaic panel. The DC 24V is converted into to 86V DC and then 86V DC to 312V DC. The 312 V DC is then successfully inverted to AC 220V. Hence solar energy is powerfully converted into electrical energy for fulfilling the necessities of the home load, or to link with the grid. Matlab Simulation software was used for simulation of the ...


Enhancement Of Performance Parameters Of Transformer Using Nanofluids, Innovative Research Publications IRP India, Raja Sekhar Dondapati, Vishnu Saini, Niraj Kishore, Vicky V 2015 Innovative Research Publications

Enhancement Of Performance Parameters Of Transformer Using Nanofluids, Innovative Research Publications Irp India, Raja Sekhar Dondapati, Vishnu Saini, Niraj Kishore, Vicky V

Innovative Research Publications IRP India

Transformer is a soul of both transmission and distribution systems. It performs low voltage to high voltage conversion in transmission lines and similarly high voltage to low voltage conversion in distribution lines. The operation of transformer is decided by the cooling provided to the system. The efficient cooling method is achieved by the use of forced (or) natural oil cooling medium. The oils used for the purpose of coolants are the hydrocarbons of paraffin (or) naphtha based petroleum products. The oil is used as coolant is made from highly refined mineral oil and it has high dielectric strength. During the ...


A Novel Dynamic Model For A Crane System With A Flexible Cable And Large Swing Angle, Innovative Research Publications IRP India, Mohammad H. Fatehi, Mohammad Eghtesad, Roya Amjadifard 2015 Innovative Research Publications

A Novel Dynamic Model For A Crane System With A Flexible Cable And Large Swing Angle, Innovative Research Publications Irp India, Mohammad H. Fatehi, Mohammad Eghtesad, Roya Amjadifard

Innovative Research Publications IRP India

In this paper a novel dynamical model will be developed for an overhead crane with transverse vibrations of flexible cable while considering large angle of the cable/payload swing. The major problem addressed is expressing the dynamic interaction between the cables and other elements in the crane system which demands investigation into boundary induced cable vibrations and large swing angle. The developed model is achieved as an ODE model and it is appropriate enough to design suitable control systems. Thus, to perform the modeling, RayleighRitz discretization method is used to achieve an ODE model for transverse deflection of the cable ...


Stability Enhancement For Transmission Lines Using Neural Network In Static Synchronous Series Compensator, Innovative Research Publications IRP India, Ishwar Lal Yadav, Satayadharma Bharti 2015 Innovative Research Publications

Stability Enhancement For Transmission Lines Using Neural Network In Static Synchronous Series Compensator, Innovative Research Publications Irp India, Ishwar Lal Yadav, Satayadharma Bharti

Innovative Research Publications IRP India

In this paper, a Static Synchronous Series Compensator (SSSC) is used to investigate the effect of this device in controlling active and reactive powers as well as damping power system oscillations in transient mode. During the analyzing its found that the SSSC based power oscillation damping system cannot able to sustain the power oscillations neither alone nor with lead-leg POD controller, so this work proposes SSSC structure equipped with the neural network controller to efficiently sustain the power oscillations. SSSC has a source of energy in the DC link which can supply or absorb the reactive and active power to ...


Modeling And Simulation Of Ldmos Device, Innovative Research Publications IRP India, Sunitha HD, Keshaveni N 2015 Innovative Research Publications

Modeling And Simulation Of Ldmos Device, Innovative Research Publications Irp India, Sunitha Hd, Keshaveni N

Innovative Research Publications IRP India

Laterally Diffused MOSFET (LDMOS) are widely used in modern communication industry and other applications. LDMOS offers various advantages over conventional MOSFETs with little process change. In the present paper, an LDMOS device is modeled and simulated in SILVACO device simulator package using the ATHENA and ATLAS modules. The complete fabrication process is modeled and the device performance is simulated. The modeled device gives a 46 V breakdown voltage for a device gate length of 5µm. The device threshold voltage is 0.97V. The device characteristic are also simulated and presented


Selective Harmonic Elimination Pwm Technique Implementation For A Multilevel Converter, Innovative Research Publications IRP India, Dilip Kumar N, Puneet Kaur 2015 Innovative Research Publications

Selective Harmonic Elimination Pwm Technique Implementation For A Multilevel Converter, Innovative Research Publications Irp India, Dilip Kumar N, Puneet Kaur

Innovative Research Publications IRP India

This paper presents the selective harmonic elimination technique implementation for hybrid seven-level cascaded multilevel converter. The converter configuration is the cascaded connection of a three-level Active neutral-pointclamped (ANPC) converter and an H-bridge per phase, thus forming a hybrid seven-level multilevel converter. The converter is operated by maintaining the switching frequency of a converter to a minimum value using selective harmonic elimination pulse width modulation (SHE-PWM). Analysis of the topology operated under SHE-PWM is presented on the basis of simulation results obtained from MATLAB/SIMULINK.


The Impact Of Distributed Generation On Voltage Stability Using Differential Evolution Optimization Algorithm, Almoataz Youssef Abdelaziz 2015 Electrical Power & Machines Department, Faculty of Engineering, Ain Shams University

The Impact Of Distributed Generation On Voltage Stability Using Differential Evolution Optimization Algorithm, Almoataz Youssef Abdelaziz

Almoataz Youssef Abdelaziz

The electric system has a great problem which is the continuous growth of loads. Hence, the operation of system equipments becomes very close to their marginal limits that result in voltage instability problems. The locations of distributed generators (DGs) have a major effect on the distribution system voltage stability; This paper presents the effect of (DGs) capacity and location on voltage stability enhancement in distribution networks by using different optimization tools such as Genetic Algorithm (GA) and Differential Evolution (DE). The main objective is to decreases power losses in the system to enhance the voltage stability improvement. The simulations have ...


Solar Decathlon Instrumentation And Controls, Timothy Ambrose, Mateo Begue, Andrew Elliott 2015 California Polytechnic State University - San Luis Obispo

Solar Decathlon Instrumentation And Controls, Timothy Ambrose, Mateo Begue, Andrew Elliott

Mechanical Engineering

The Instrumentation and Controls team has designed a control and instrumentation system for the 2015 Cal Poly Solar Decathlon house that will monitor temperature, humidity, and energy usage throughout the house and control the phase change material duct. It will relay information to the user through a tablet application developed by the Computer Science team. The team has also designed a lighting control scheme for use with Lutron’s HomeWorks QS lighting control system.


Smart Water Meter, Jeff Hufford, Eric Adler, Garrett Hall 2015 Cal Poly

Smart Water Meter, Jeff Hufford, Eric Adler, Garrett Hall

Mechanical Engineering

No abstract provided.


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