Project Ideas For Vlsi Design – The development of technology has made possible the application of systems installed in household appliances. This has added new capabilities and functions, but in most cases the applications are proprietary and networking is not always possible. However, there is a growing demand for smart homes, where devices automatically respond to changing environmental conditions and can be easily controlled through one common device. This paper presents a possible solution for the user to control devices using a central Field Programmable Gate Array (FPGA) controller where devices and sensors are integrated. The control is transferred from the mobile phone to the FPGA via the Bluetooth interface. This results in a simple, cost-effective and flexible system, making it a good candidate for future smart home solutions.
A robotic arm is a normally programmable mechanical arm that can be used in industry to select and place various objects from one location to another. It can be the sum of the mechanism or it can be part of a more complex robot. The parts of these manipulators or arms are connected to each other by joints that allow rotational movement. FPGA based project is implemented with Spartan3an Project Kit and Robotic ARM kit.
Project Ideas For Vlsi Design
Building a cloud-based monitoring system is essential to reduce the cost of server maintenance, prevent data loss and facilitate access from multiple Internet-connected devices (computers, tablets, mobile phones) simultaneously anywhere in the world. . There are various industries where you are required to monitor temperature and update the status in the cloud. Food storage is one of the areas where the temperature should be kept at the lowest level. The IOT-based temperature monitoring system helps us monitor the temperature of the food preservation system and update the data regularly in the cloud. This IOT system can be built with Spartan3an FPGA Starter Kit, Wi-Fi module and IOT Cloud server.
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To meet the communication requirements of modern complex control systems, the project provides a multi-channel UART controller based on FIFO (First In First Out) technique and FPGA (Field Programmable Gate Array). The project presents the design method of an asynchronous FIFO and the structure of the controller implemented in the Spartan3an FPGA Project kit. This controller is designed with a FIFO circuit block and a UART (Universal Asynchronous Receiver Transmitter) circuit block inside the FPGA to implement communication quickly and effectively in modern complex control systems. It is easy to know from the communication sequence diagrams that this controller can be used to perform communication when the master equipment and the slave equipment are set to different baud rates. It can also be used to reduce synchronization error between subsystems in a system with multiple subsystems. The controller is reconfigurable and scalable.
Field Programmable Gate Array (FPGA) technology has become a favorable target for the implementation of real-time algorithms suitable for image processing applications. The unique architecture of FPGA has allowed the technology to be used in many applications that process all aspects of video imaging. Among these algorithms, 2D convolution-based linear filtering and nonlinear 2D morphological filters represent a core set of image operations for a number of applications. This work presents an application of linear and morphological image filtering using aSpartan3 FPGA Image Processing Kit for educational purposes. The system is connected to the serial port of a personal computer, which forms a powerful and cheap design station.
The main goal of the project is to find the distance from the obstacle for any automation system, aSpartan3 FPGA Image Processing Kitis used to measure the trigger input and display the result of echo output.
A new architecture for high-speed arithmetic logic, namely Multiplier and Accumulator (MAC) based Radix-4 Booth Multiplication Algorithm is proposed and implemented on Spartan6 FPGA project board. Performance was improved by combining multiplication with addition and creating a hybrid-type adder. The modified cab encoder will reduce the number of part products created by 2 times. High speed multipliers are essential components of digital signal processing systems. The speed of the multiplication operation is of great importance in digital signal processing as well as in general purpose processors. The number to be added is the multiplier, the number to which it is added is the multiplier, and the result is the product. Each step of addition produces a partial product.
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In this project, we implement algorithms for efficient implementation of lift-based Discrete Wavelet Transform (DWT) using Spartan3 FPGA Image Processing Kit. The basic principle behind the lift-based scheme is to decompose the wavelet finite impulse response (FIR) filters into a finite sequence of simple filter steps. Upscaling-based DWT implementations have many advantages and have recently been proposed for the JPEG2000 standard for image compression. As a result, it has become an active area of research and various architectures have been proposed in recent years. In this paper, we present a survey of this architecture for both 1-D and 2-D DWT. The architectures represent many design styles and range from highly parallel architectures to DSP-based architectures and layered architectures. We present a systematic derivation of this architecture and an analysis of their hardware and time complexity.
This project involves avoiding obstacles in the air while the dish antenna receives signals from the space station. The goal of this project is to continuously receive satellite signals by sensing an interfering object and changing the direction of reception. The project was carried out using Spartan3an FPGA Starter Kit, Spartan3an interface card with stepper motor interface and Ultrasonic Sensor.
This design implemented the Tic-Tac-Toe game in VHDL from the Spartan3 FPGA Image Processing kit. First, designing circuits and wiring on a breadboard. Second, design and program the algorithm in VHDL. Third, synthesize it in the Xilinx Synthesis tool and then implement it in the Xilinx ISE development package. Finally, download it to the FPGA to run it. This design allows two players to play Tic-Tac-Toe on a checkerboard. The user plays the game from the keyboard. It uses arrows to move a square on a 3×3 grid on a VGA display. Xs and 0s are inserted by pressing the space bar. The user can move the switch to select the game mode. He can only play against another player or against a design. When playing solo, after X is placed, the position of 0 is returned, but not yet displayed on the screen. Only after another key is pressed does 0 appear in the grid. When the game is over (X or 0 wins or draws), the markers are automatically removed from the grid and the score is incremented on the seven-segment LED display.
This project implements FPGA-based image fusion technique to analyze medical images for diagnosis of various diseases. For medical diagnosis, Computed Tomography (CT) provides the best information about denser tissue with less distortion. Magnetic resonance imaging (MRI) provides better information about the more deformed soft tissues. In clinical applications, with different types of equipment producing medical images, the idea of combining images from different equipment becomes very important. Experiments show that the method can extract useful information from fused images, resulting in clear images. MATLAB is used to convert the images into pixel format files and observe the simulation results. XPS and VB are required to run this document. In Xilinx Platform Studio, first select hardware and software components, then add source and header files and convert to bitstreams and download to Spartan3 FPGA Image Processing Kit to get a composite image.
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With the recent advent of hardware description languages (such as Verilog or VHDL) and digital implementations for field-programmable gate arrays (FPGAs), substantial academic digital design projects have become practical. This paper describes the design of a digital binary phase shift keying (BPSK) modulator and detector. The project describes in detail the design of components (eg multiplexer, FIR low-pass filter and comparator) and simulation of the entire system. The entire system is designed using Matlab’s Simulink software and system generator block kit and implemented on aSpartan3 FPGA Image Processing Kit. The steps taken to simulate the modulation blocks are shown.
In this project, we present the design and implementation of an efficient hardware architecture for VGA monitor controllers based on the Spartan3 FPGA Image Processing Kit. The design implements a bouncing ball on a VGA monitor using VHDL code. Multiple display resolutions (up to WXGA 1280 × 800) and customizable internal FIFO make the proposed architecture suitable for various FPGA devices. The output of the screen creates a bouncing ball of different colors that comes into contact with the four sides of the monitor.
The median filter is an effective method for removing impulse-based noise from images. This document proposes an optimized architecture for filter implementation on the Spartan3 FPGA Image Processing Kit. A 3 × 3 sliding window algorithm is used as a basis for the filter operation. Partial execution is performed by a soft-core processor.
In this project, a kind of parallel processing construction of Sobel edge detection enhancement algorithm is proposed, which can get the result of one pixel per hour quickly. Algorithm