Search Results - (( develop being conversion algorithm ) OR ( java implication based algorithm ))

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    PC based passive infrared detector for the determination of human presence / Ahmad Latfi Salim by Salim, Ahmad Latfi

    Published 1994
    “…This report describes how computers based passive infrared detectors can be developed to determine the presence of human beings. …”
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    Student Project
  3. 3

    Direct Tuning Phase-Shift Angle In Dab Dc-Dc Converter Using Moth Flame Optimization (Mfo) Algorithm by Lo, Norman Kun King

    Published 2022
    “…With aforementioned results, the MFO algorithm have well-functioning in DAB system.…”
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    Undergraduates Project Papers
  4. 4

    Catalytic conversion of methane and carbon dioxide in conventional fixed bed and dielectric barrier discharge plasma reactors by Istadi, Istadi

    Published 2006
    “…The purpose of this study is to develop a new catalytic process for CH4 and CO2 utilization to produce C2 hydrocarbons and/or synthesis gas at high conversion and selectivity. …”
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    Thesis
  5. 5

    Encrypted mobile messaging application using 3D-AES block cipher cryptography algorithm / Aida Najihah Mohd Khlubi by Mohd Khlubi, Aida Najihah

    Published 2019
    “…The process of securing the text is by using the 3Dimensional-Advanced Encryption Standard (3D-AES) block cipher algorithm. Android Studio software is used in developing the project. …”
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    Student Project
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    Real time traceability module for halal logistic transportation using GPS and geofence technique by Mohamad, Maizatul Akma

    Published 2016
    “…The existing geofence technique was upgraded by integrating spatial, temporal and speed rule in the ray casting algorithm used for this technique. As soon as the vehicle is on the move, the tracker will be stimulated, and the stopping location of the vehicle is being inspected, whether it is within the geofence area or otherwise. …”
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    Thesis
  9. 9

    Variable Speed Control Of Two-Mass Wind Turbine System Via State Feedback With Adaptation Law by Mohamad Murad, Nor Syaza Farhana

    Published 2018
    “…Wind turbine convert kinetic energy from the wind to rotational energy and then to electrical energy.In a wind energy conversion system (WECS),its electrical power control (EPC) side demanded a maximum mechanical power from the mechanical power control (MPC) side despite any intermittent wind and seasonal interference.Therefore,it is necessary to develop a variable speed algorithm for a modern WECS.For a two-mass horizontal axis wind turbine, the rotor and generator stiffness is commonly being neglected in the system dynamic.The inclusion of stiffness in system dynamic introduces integral term in the system expression and hence,incur mathematical complexity in the controller design phase.Contrary,this study consider stiffness as unknown parameter in the wind turbine dynamic.In order to obtain the maximum output power,the design of an algorithm with adaptation law for the speed control of a two-mass wind turbine system with an unknown stiffness is proposed in this research.The algorithm is formulated using a full-state feedback.In pursuance of solving the tracking control as a regulation case,the speed of the turbine is bijective mapped into the error dynamic.The stability of the proposed algorithm is guaranteed by Lyapunov.The adaptation law used in the variable speed algorithm is to successfully acquire the adaptability of the algorithm towards an unknown stiffness.Therein,the estimated stiffness is augmented in the Lyapunov function.The Lie derivative of the function is made into a negative semi-definite via the non-negative control parameters.In order to control the rotor speed to sustain the optimum tip-speed ratio (TSR),as well as obtaining the maximum power output from the turbine,the proposed algorithm is constructed.A MATLAB with Simulink® toolbox is used to validate the effectiveness of the proposed control speed.The simulation result showed that the rotor speed achieved an asymptotic tracking towards the demanded rotor speed irrespective of the stiffness value.The error is proved to be minimized as the integral of absolute error (IAE) obtained for wind turbine with stiffness ranging from 134550 Nmrad-1,269100 Nmrad-1,and 403650 Nmrad-1 are recorded as 0.003088,0.003063 and 0.003088 respectively. …”
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    Thesis
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    Embedded vision system development using 32-bit Single Board Computer and GNU/Linux by Nur Farhan, Kahar

    Published 2011
    “…The image processing algorithm includes color space conversion and motion analysis technique. …”
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    Thesis
  11. 11

    Distinguishing Micro-Scale Voltage Disturbances Using Wavelet Decomposition Techniques by Wan, Chen Yoong

    Published 2014
    “…All the modelling and classification processes are performed in MATLAB where wavelet-1D toolbox and MATLAB algorithm are developed and employed. Based on the wavelet decomposition technique, voltage sag and voltage swell disturbances are identified at low frequency bands such as detail coefficients d4 and approximation coefficients a4. …”
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    Final Year Project
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    Ant colony optimization and genetic algorithm models for suspended sediment discharge estimation for gorgan-river, Iran by Mohammad Reza Pour, Omolbani

    Published 2011
    “…New models based on artificial intelligence models, namely; Ant Colony Optimization (ACO) and Genetic Algorithm (GA) are now being used more frequently to solve optimization problems. …”
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    Thesis
  14. 14

    Design and analysis an C curved photovoltaic panel by Mhd Saad, Nor Afidah

    Published 2024
    “…The thermal analysis focuses only on computing the electrical conversion efficiency using a fluid-solid interface. …”
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    Thesis
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    Optimization of energy inputs and greenhouse gas emissions of wetland rice cultivation in Malaysia by Elsoragaby, Suha Gaafar Babekir

    Published 2019
    “…Rice is currently being the most cultivated cereal crop and most consumable cereal in Malaysia. …”
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    Thesis
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    Underactuated control for an autonomous underwater vehicle with four thrusters by Zainah, Md. Zain

    Published 2012
    “…Two different controllers are developed to stabilize the system.The first stabilization strategy is based on the Lyapunov stability theory.The design of the controller is separated into two parts: one is the rotational dynamics-related part and the other is the translational dynamics-related one.A controller for the translational subsystem stabilizes one position out of x-, y-, and z-coordinates, whereas.a controller for the rotational subsystems generates the desired roll, pitch and yaw angles. …”
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    Thesis