Mathematical statements nadiafarhana
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This document outlines requirements for redesigning a CASE tool software design editing tool to include a grid display. It specifies that the grid can be turned on or off via the control panel in either centimeters or inches. It also lists non-functional requirements like ensuring the grid is reliably displayed. Functional requirements are defined mathematically, including that the grid is switched on when the software is on and off when it is off, and that providing viewers will passively display the grid for the user.
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Human machine interaction using Hand gesture recognition
The designed system in its first stage i.e. Recognition stage, captures the image. Then it
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the command interface mode. If a particular image is identified then a command is sent to the
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Project 5
This document outlines the goals of a course project on order statistic filters and computer vision. The project involves:
1) Designing a Matlab function to perform rank order epsilon (EV) filtering on noisy images using a 3x3 or arbitrary size filter window.
2) Adding Gaussian noise to images from a previous project and filtering the noisy images using the designed function.
3) Calculating the standard deviation of noisy images to use as the EV parameter and accounting for border effects when filtering.
4) Finding the RMSE and PSNR for filtered images and comparing to results from linear filters used previously.
5) Preparing a technical report with RMSE/PSNR values and conclusions.
Project 6
This project tests the efficiency of unsharp masking and edge detection techniques for enhancing image details. Students are asked to:
1. Enhance image details using mean and median filters of varying window sizes.
2. Detect edges using various edge detection methods and filters.
3. Combine edge images with originals using weights to further enhance details.
4. Prepare a report comparing enhanced details from different detection methods.
Project 7
This document provides instructions for a course project to learn how to filter periodic noise from corrupted images using the Fourier transform. Students are asked to take two corrupted images, Lena_Y_Halftone.tif and Lena_Y_Grid.tif, and use Fourier Spectrum Median Filtering and Gaussian Median Filtering in the VEGA program to reduce or remove the noise. Students should find the best filter parameters and evaluate the filtered results compared to the original images using PSNR/RMSE metrics. A brief report on the findings and PSNR/RMSE values for each image is to be submitted.
Project 4
This project aims to detect and filter impulse noise from images using differential rank impulse detection followed by median filtering. Specifically, the student must design a Matlab function that takes an image, rank interval length r, and threshold s as inputs to detect noisy pixels and apply median filtering only to those pixels. The function should handle border effects using mirroring. The student will then add random impulse noise to a test image, filter it using their function with different parameter values, and report the best filtering result based on RMSE/PSNR metrics in a brief technical report.
Application of artificial_neural_networks_for
This document discusses using artificial neural networks for shunt active power filter control. It analyzes two neural network techniques - adaptive linear neuron (ADALINE) and feed-forward multilayer neural network (MNN) - for extracting harmonic components from nonlinear currents in shunt active power filter systems. It provides procedures for implementing ADALINE and MNN control algorithms in MATLAB/Simulink and compares their performance through simulation and experimental validation. The study finds that the online adaptive nature of ADALINE makes it better suited than feed-forward MNN for handling untrained load conditions.
5.2 logistic regression
The document discusses logistic regression and its use for classification problems. It explains that logistic regression uses the sigmoid function to output probabilities between 0 and 1 and calculates cost based on how far predictions are from actual values. For problems with multiple classes, it recommends using a one-vs-all approach. The document also notes that logistic regression is not well-suited for non-linear classification and suggests using neural networks or support vector machines instead for those types of problems.
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Human machine interaction using Hand gesture recognition
The designed system in its first stage i.e. Recognition stage, captures the image. Then it
processes on the image and compare with the database images. Each database image is set to
the command interface mode. If a particular image is identified then a command is sent to the
microcontroller. In its second stage the microcontroller identifies the command and sends
signal to the reference port for operation
All projects
The document discusses several projects and implementations done by Karishma Jain related to computer vision and deep learning. These include visual question answering using CNNs and RNNs, parallelizing an ADABOOST classifier on different platforms, designing a lane departure warning system using monocular camera, and implementing various CNN architectures for MNIST classification achieving up to 97.74% accuracy.
Project 5
This document outlines the goals of a course project on order statistic filters and computer vision. The project involves:
1) Designing a Matlab function to perform rank order epsilon (EV) filtering on noisy images using a 3x3 or arbitrary size filter window.
2) Adding Gaussian noise to images from a previous project and filtering the noisy images using the designed function.
3) Calculating the standard deviation of noisy images to use as the EV parameter and accounting for border effects when filtering.
4) Finding the RMSE and PSNR for filtered images and comparing to results from linear filters used previously.
5) Preparing a technical report with RMSE/PSNR values and conclusions.
Project 6
This project tests the efficiency of unsharp masking and edge detection techniques for enhancing image details. Students are asked to:
1. Enhance image details using mean and median filters of varying window sizes.
2. Detect edges using various edge detection methods and filters.
3. Combine edge images with originals using weights to further enhance details.
4. Prepare a report comparing enhanced details from different detection methods.
Project 7
This document provides instructions for a course project to learn how to filter periodic noise from corrupted images using the Fourier transform. Students are asked to take two corrupted images, Lena_Y_Halftone.tif and Lena_Y_Grid.tif, and use Fourier Spectrum Median Filtering and Gaussian Median Filtering in the VEGA program to reduce or remove the noise. Students should find the best filter parameters and evaluate the filtered results compared to the original images using PSNR/RMSE metrics. A brief report on the findings and PSNR/RMSE values for each image is to be submitted.
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This project aims to detect and filter impulse noise from images using differential rank impulse detection followed by median filtering. Specifically, the student must design a Matlab function that takes an image, rank interval length r, and threshold s as inputs to detect noisy pixels and apply median filtering only to those pixels. The function should handle border effects using mirroring. The student will then add random impulse noise to a test image, filter it using their function with different parameter values, and report the best filtering result based on RMSE/PSNR metrics in a brief technical report.
Application of artificial_neural_networks_for
This document discusses using artificial neural networks for shunt active power filter control. It analyzes two neural network techniques - adaptive linear neuron (ADALINE) and feed-forward multilayer neural network (MNN) - for extracting harmonic components from nonlinear currents in shunt active power filter systems. It provides procedures for implementing ADALINE and MNN control algorithms in MATLAB/Simulink and compares their performance through simulation and experimental validation. The study finds that the online adaptive nature of ADALINE makes it better suited than feed-forward MNN for handling untrained load conditions.
5.2 logistic regression
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This document describes a student's 4-bit serial multiplier project. It includes an abstract, introduction, multiplication algorithm description, component descriptions, Verilog code, test bench, and expected output. The project was designed and tested using Xilinx tools to multiply 4-bit numbers in a serial fashion using basic logic gates like AND gates and adders. The student provides documentation of the design process and codes to verify the serial multiplication functionality.
VLSI ARCHITECTURE OF AN 8-BIT MULTIPLIER USING VEDIC MATHEMATICS IN 180NM TEC...
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This document summarizes a student project on analyzing power system transient stability through simulations of three-phase faults. The project involves:
1) Developing MATLAB programs to analyze transient stability for one machine and IEEE 14 bus systems using techniques like equal area criterion and Runge-Kutta.
2) Creating a graphical user interface to allow interactive analysis and training.
3) Testing the tools by simulating three-phase faults at different locations and obtaining critical clearing angles/times to assess stability.
4) Concluding the tools can accurately analyze transient stability and the graphical interface enables better training than traditional methods.
Application of artificial neural networks for shunt active power filter control
Artificial neural network (ANN) is becoming an attractive estimation and regression technique in many control applications due to its parallel computing nature and high learning capability. There has been a lot of effort in employing the ANN in shunt active power filter (APF) control applications. Adaptive Linear Neuron (ADALINE) and feed-forward multilayer neural network (MNN) are the most commonly used ANN techniques to extract fundamental and/or harmonic components present in the nonlinear currents. This paper aims to provide an in-depth understanding on realizing ADALINE and feed-forward MNN-based control algorithms for shunt APF. A step-by-step procedure to implement these ANN-based techniques in MATLAB/Simulink environment is provided. Furthermore, a detailed analysis on the performance, limitation, and advantages of both methods is presented in the paper. The study is supported by conducting both simulation and experimental validations.
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This document describes a student's 4-bit serial multiplier project. It includes an abstract, introduction, multiplication algorithm description, component descriptions, Verilog code, test bench, and expected output. The project was designed and tested using Xilinx tools to multiply 4-bit numbers in a serial fashion using basic logic gates like AND gates and adders. The student provides documentation of the design process and codes to verify the serial multiplication functionality.
VLSI ARCHITECTURE OF AN 8-BIT MULTIPLIER USING VEDIC MATHEMATICS IN 180NM TEC...
A Multiplier is one of the key hardware blocks in most fast processing system which requires less power dissipation. A conventional multiplier consumes more power. This paper presents a low power 8 bit Vedic Multiplier (VM) based on Vertically & Crosswise method of Vedic mathematics, a general multiplication formulae equally applicable to all cases of multiplication. It is based on generating all partial products and their sum in one step. The implementation is done using cadence Virtuoso tool. The power dissipation of 8x8 bit Vedic multiplier obtained after synthesis is compared with conventional multipliers such as Wallace tree and array multipliers and found that the proposed Vedic multiplier circuit seems to have better performance in terms of power dissipation.
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1) Developing MATLAB programs to analyze transient stability for one machine and IEEE 14 bus systems using techniques like equal area criterion and Runge-Kutta.
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3) Testing the tools by simulating three-phase faults at different locations and obtaining critical clearing angles/times to assess stability.
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This document provides step-by-step instructions for creating a one-line diagram in ETAP software to model a double-ended normally open tie power system. It describes entering elements like buses, generators, transformers and loads into the one-line diagram; connecting the elements; adding input data; running load flow calculations; using tools to modify and extend buses, rotate generators, copy and paste elements, cut and paste branches, and add composite networks and circuit breakers; and saving the completed one-line diagram as a template for future use.
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El documento presenta un proyecto realizado por estudiantes en la Escuela Superior Politécnica de Chimborazo sobre las habilidades del pensamiento y el buen vivir. El proyecto consistió en una exposición en la Escuela Fiscal Juan de Velasco donde se enseñaron y practicaron juegos populares tradicionales con niños de 4to grado. Los estudiantes observaron que a los niños les gustaron los juegos y que es importante preservar estas tradiciones culturales.
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This document proposes an Android application to serve as an educational tool for visualizing algorithms and testing user knowledge. The application would have three main components: 1) A learning mode that visually demonstrates algorithms step-by-step; 2) A testing mode that allows users to manipulate data structures and verify their understanding; 3) Statistics on user errors to help instructors. The project aims to help students learn algorithms on mobile devices. It will focus on graph algorithms like Kruskal's minimum spanning tree and use randomly generated graphs for testing. The application will be developed in four stages: requirements gathering, design, infrastructure implementation, and user interface development.
IRJET - Gesture Controlled Home Automation using CNN
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Performance comparison of row per slave and rows set
This document compares two methods for parallel matrix multiplication using PVM (Parallel Virtual Machine): the row per slave method and the rows set per slave method. It finds that the row per slave method provides optimal computation time. The row per slave method assigns each slave a single row from the first matrix to compute, while the rows set per slave method assigns each slave a set of rows. Experimental results on matrices of varying sizes show the row per slave method takes less time, with an average 50% reduction in computation time compared to the rows set per slave method.
Performance comparison of row per slave and rows set per slave method in pvm ...
Abstract Parallel computing operates on the principle that large problems can often be divided into smaller ones, which are then solved concurrently to save time by taking advantage of non-local resources and overcoming memory constraints. Multiplication of larger matrices requires a lot of computation time. This paper deals with the two methods for handling Parallel Matrix Multiplication. First is, dividing the rows of one of the input matrices into set of rows based on the number of slaves and assigning one rows set for each slave for computation. Second method is, assigning one row of one of the input matrices at a time for each slave starting from first row to first slave and second row to second slave and so on and loop backs to the first slave when last slave assignment is finished and repeated until all rows are finished assigning. These two methods are implemented using Parallel Virtual Machine and the computation is performed for different sizes of matrices over the different number of nodes. The results show that the row per slave method gives the optimal computation time in PVM based parallel matrix multiplication. Keywords: Parallel Execution, Cluster Computing, MPI (Message Passing Interface), PVM (Parallel Virtual Machine) RAM (Random Access Memory).
IRJET- Constrained Role Mining using K-Map
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Design the implementation of CDEx Robust DC Motor.
This document describes an experiment using LabVIEW to design and implement a robust DC motor controller. It discusses:
1. The apparatus used, including the LabVIEW software and computer specifications.
2. An overview of LabVIEW, describing it as a visual programming language where programs are created by connecting functional nodes with wires to control data flow.
3. The procedure for the experiment, which involves modeling the DC motor and controller, discretizing the controller, and performing time and frequency response simulations to analyze robustness.
Human Activity Recognition Using AccelerometerData
This document discusses human activity recognition using accelerometer data from smartphones. It uses a dataset containing accelerometer readings from 36 participants performing activities like walking, jogging, sitting, and standing. The data is preprocessed and a 2D convolutional neural network is used to classify the activities. The model achieves an accuracy of 96.75% on the test data based on a confusion matrix. Some activities like upstairs and downstairs are confused, likely due to data imbalance during preprocessing. In conclusion, neural networks can effectively perform human activity recognition from smartphone sensor data.
LT Pillar Auomation_modifieddocx
This document discusses a new approach to automating distribution networks at the low voltage side of distribution transformers. The proposed system uses WPAN to monitor distribution grids and detect faults or overloading if a fuse blows in an LT pillar. When a fault is detected, the location is instantly sent to the main control room so repairs can be made quickly without delay. The system includes LT pillars connected to coordinators that store pillar information and communicate with the main control center using ZigBee and GSM. A LabVIEW GUI in the control room analyzes and displays the status of LT pillars to improve reliability and reduce outage times for consumers.
IRJET - Military Spy Robot with Intelligentdestruction
This document describes a proposed military spy robot with intelligent destruction capabilities. The robot would use cameras and image processing techniques like histograms of oriented gradients and grey level co-occurrence matrices to identify authorized versus unauthorized trespassers on a military border. If an unauthorized trespasser is detected, the robot would send a signal to an Arduino board via a relay to activate a "bomb destructor" to destroy the trespasser within 100m. The goal is to enhance border security and reduce loss of human army men through automated surveillance and targeted destruction capabilities.
Adaptive check-pointing and replication strategy to tolerate faults in comput...
This document summarizes an adaptive checkpointing and replication strategy to tolerate faults in computational grids. It proposes maintaining a balance between the overheads of replication and checkpointing. Tasks are replicated on up to three resources based on each resource's probability of permanent failure. Checkpoints are taken adaptively based on the probability of recoverable failure. If a resource fails permanently, the task resumes from the last checkpoint. If a failure is recoverable, the task resumes on the same resource. This strategy aims to minimize resource wastage from replication while utilizing different resource speeds.
E01113138
This document summarizes an adaptive checkpointing and replication strategy to tolerate faults in computational grids. It proposes maintaining a balance between the overheads of replication and checkpointing. Tasks are replicated on up to three resources based on each resource's probability of permanent failure. Checkpoints are taken adaptively based on the probability of recoverable failure. If a resource fails permanently, the task resumes from the last checkpoint. If a failure is recoverable, the task resumes on the same resource. This strategy aims to minimize resource wastage from replication while utilizing different resource speeds.
Presentation1.2.pptx
This document describes a student project to detect object movement using a webcam. The project uses Python and OpenCV libraries. Key steps include capturing video frames, comparing frames to detect differences indicating movement, and highlighting the moving regions. The project aims to build a low-cost motion detection system for home users. It analyzes image frames to detect movement and displays the regions in separate color, gray, delta, and threshold frames for clear understanding.
IRJET - Smart Vet Locator for Hybrid Pets
This document proposes developing a system called "Smart Vet Locator for Hybrid Pets" that uses image processing and machine learning algorithms to help pet owners find veterinarians for their pets. The system would take an image of a pet uploaded by the owner and use algorithms like Support Vector Machine (SVM) and Canny edge detection to identify the pet's breed. It would then locate nearby veterinarians specializing in that breed, based on the owner's location. The goal is to address the problem faced by owners of foreign breed pets in finding appropriate veterinary care when their pets are sick.
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IRJET- Identification of Scene Images using Convolutional Neural Networks - A...
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FACE COUNTING USING OPEN CV & PYTHON FOR ANALYZING UNUSUAL EVENTS IN CROWDS
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IRJET - Gesture Controlled Home Automation using CNN
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Performance comparison of row per slave and rows set
Performance comparison of row per slave and rows set
Performance comparison of row per slave and rows set per slave method in pvm ...
Performance comparison of row per slave and rows set per slave method in pvm ...
Design the implementation of CDEx Robust DC Motor.
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Human Activity Recognition Using AccelerometerData
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Adaptive check-pointing and replication strategy to tolerate faults in comput...
Adaptive check-pointing and replication strategy to tolerate faults in comput...
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Mathematical statements nadiafarhana
- 1. NADIA FARHANA BT MOHD AZHAR A142098
- 2. SOFTWARE REQUIREMENT FOR Computer-aided software engineering (CASE) tool for editing software design models
- 3. OVERVIEW Example of CASE tool Problem: Redesigning this CASE tool that must has a grid to be displayed in the design window
- 4. Problem Redesigning a Computer-aided software engineering (CASE) tool for editing software design models that must has a grid to be displayed in the design window Description To assist in the positioning of entities on a diagram, the user may turn on a grid in either centimetres or inches, via an option on the control panel” A grid helps the user to create a tidy diagram with well-spaced entities. Function General Functional: that the editing system should provide a grid Non-functional: 1. giving information about the grid units 2. reliability (whether the grid will be shown)= Mean time to failure, Probability of unavailability, Rate of failure occurrence 3. in term of its efficiency Destination operation The software design tool or the CASE Tool itself. Condition User interface requirement show how the grid is switched on and off by the user
- 5. We highlighted on Functional requirement which is something the system must perform 1. The grid is switched on and off by the user 2. The grid can be turned on or off via an option in the control panel 3. The system shall provide appropriate viewers which only passive grid for the user while running this software. 4. Provide a grid facility where a matrix of horizontal and vertical lines provides a background to the user. 5. The grid can be in centimetres or inches Statements of functional requirements of the system
- 6. Assumption of the system • Although an active grid, where entities `snap' to grid lines can be useful, the positioning is imprecise; the user is the best person to decide where entities(input) will be positioned.” • where the alignment of entities is the user's responsibility.
- 7. mathematical statements of the functional requirements Based on 1,2,3,4,5 from functional requirement’s statements From 1 p: the user turns the software on q: the grid is on r: the grid is off If the user turns the software on, then the grid is on If the user not turns the software on (which means its off), then the grid is off p → q ~p → r
- 8. From 2 p: the grid turned on q: the grid turned off r: via an option in control panel If the grid can be turned on or off, then it is via an option in the control panel From 3 p: the system shall provide appropriate viewers q: show passive grid for the user while running this software The system shall provide appropriate viewers which only passive grid for the user while running this software. p ᵛ q → r p → q
- 9. From 4 p: provide grid facility q: matrix of horizontal line s: matrix of vertical line r: provide a background to the user To provide a grid facility where a matrix of horizontal and vertical lines, then will provide a background to the user From 5 centimeters ᵛ inches → grid The grid can be in centimetres or inches p → (q ^ s) →r
- 10. comments about the translation process from natural languages statements to mathematical statements • Natural language is overlapped with words and phrases, but they also have consequences mathematically because they affected the mathematical structure that modeled the resulting problem statement.