Vlsi mini project list 2013
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This document lists 60 potential VLSI mini project titles related to digital logic design using VHDL or Verilog. The projects cover a range of topics including arithmetic circuits, memory controllers, communication protocols, signal processing algorithms, and more.
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3) Key hardware components included the ESP32, DHT11 sensor, jumper wires, and breadboard. The Arduino IDE was used as the software tool to program the ESP32 and interface it with the DHT11 sensor. Real-time temperature and humidity data was successfully obtained and displayed.
Ppt on six month training on embedded system & IOT
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Report on VLSI
Report on VLSIMAYANK KUMAR This document provides a summary of Kumar Chandan and Mayank Kumar's summer internship report on RTL design, Verilog, and FPGA programming at Tevatron Technology in Noida, India. It includes an acknowledgements section thanking their mentor and institution for supporting the project. The abstract indicates that the main objective was to study digital circuit behavior and design using Xilinx software. An introduction is provided on topics like VLSI, HDLs, Verilog, modeling styles in Verilog, and system tasks.
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Design challenges in embedded systemsmahalakshmimalini The document outlines various challenges in embedded system design, including hardware requirements, power dissipation, process deadlines, and flexibility for upgrades. It emphasizes the importance of optimizing design metrics such as size, performance, unit costs, and non-recurring engineering costs to enhance reliability and minimize energy consumption. Additionally, it addresses the significance of thorough testing and validation to ensure product safety and correctness.
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IOT based Smart Agriculture System.pptxDeekshithTirumala This document proposes an IoT-based smart agriculture and automatic irrigation system. It uses sensors like soil moisture, temperature, and humidity sensors connected to a NodeMCU microcontroller to monitor field conditions. If the soil moisture is low, a water pump connected to a motor driver will be switched on automatically to irrigate the field. The sensor data is sent to a cloud-based IoT platform called ThingsBoard for visualization and analysis. This system allows farmers to remotely monitor their fields and automate irrigation, reducing labor needs while optimizing water usage and improving crop yields.
Automatic Test Pattern Generation (Testing of VLSI Design)
Automatic Test Pattern Generation (Testing of VLSI Design)Usha Mehta The document discusses various methods for automatic test pattern generation (ATPG) in testing VLSI circuits, including:
1) Exhaustive and pseudo-exhaustive methods that test all possible patterns but are infeasible for large circuits.
2) Random and weighted random methods that provide confidence in detecting faults but quality depends on the circuit.
3) Deterministic methods like Boolean difference that compute test vectors to detect specific faults more efficiently than examining all vectors.
4) ATPG uses a two-phase approach - random pattern generation and fault simulation initially to detect many faults easily, followed by targeted deterministic pattern generation to detect remaining faults.
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Processes and operating systems
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Sensor interfacing in 8051
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Microcontroller 8096
Microcontroller 8096Mannar Hussein The document provides an overview of the Intel 8096 microcontroller. It discusses that the 8096 is a 16-bit microcontroller belonging to the MCS-96 family, capable of high-speed calculations. It then details the 8096's specifications, including its 16-bit CPU architecture, 6 addressing modes, 64KB address space, and 256-byte register file. The document also outlines the 8096's memory architecture, which separates instruction and data pathways, as well as its I/O ports, timers, serial port, and 100 instruction set. Finally, it briefly mentions other Intel microcontroller versions such as the 8048, 8051, 80186, and 80386 EX.
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Boimetric using 8051
Boimetric using 8051 Shilpa Nayak This document describes a major project on a biometric fingerprint attendance system. It discusses biometrics and how fingerprints can be used for identification. The system uses a microcontroller, LCD, fingerprint scanner, EEPROM, and other components. Fingerprints are unique based on ridge and valley patterns. The system scans fingerprints and compares them to stored templates to verify identities for attendance tracking.
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Project report on the Digital clock using RTC and microcontroller 8051Maulik Sanchela 1. The document describes a project report for a digital clock circuit with time and alarm functions. The circuit uses an RTC chip to accurately display the time and date. It can set the time and alarm and displays it on an LCD.
2. The circuit diagram shows how the RTC connects to the microcontroller and how it continuously reads the RTC data and processes it to display the correct time on the LCD. It uses buttons to set the time and alarm.
3. The project aims to design an accurate digital clock with functions to set the time and alarm using common electronic components like a microcontroller, RTC, LCD, and buttons.
ARM Micro-controller
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Traffic Monitoring and Control System Using IoTijtsrd This document presents a research paper on a traffic monitoring and control system utilizing the Internet of Things (IoT) to reduce congestion and waiting times. The system employs ultrasonic sensors and an ESP8266 module to monitor traffic conditions and manage traffic lights via a connected website. The implementation is designed to provide real-time traffic information, enabling users to make informed decisions about their routes.
Iot based health monitoring system
Iot based health monitoring systemShaswataMohanta This document describes an IoT-based health monitoring system created by three group members. The system uses sensors to measure a patient's heartbeat and temperature, which are sent wirelessly to a monitoring center. The monitoring center allows for real-time analysis of the vital sign data and emergency alerts. The system aims to allow doctors to remotely monitor patients at low cost using embedded technology.
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Microelectronic pilldebabratrath The document discusses the development of a modern microelectronic pill that can perform in situ physiological analysis while traveling through the gastrointestinal tract. It measures parameters like temperature, pH, conductivity, and dissolved oxygen, offering significant advantages over older electronic capsules. Although the pill is beneficial for disease detection, it has limitations such as high costs, accessibility issues, and is not suitable for small children.
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Brain tumor detection using image segmentation pptRoshini Vijayakumar This document describes a system for detecting brain tumors in MRI images using image segmentation. It discusses how existing manual detection of tumors is difficult due to noise and requires many days. The proposed system applies preprocessing like filtering and grayscale conversion. It then uses image segmentation techniques to detect tumor edges and boundaries. Features are extracted and classification is used to differentiate between normal and tumor images, helping doctors detect tumors earlier. The system is implemented in MATLAB and aims to overcome difficulties in early tumor detection.
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All VLSI programsGouthaman V The document describes various digital logic components including logic gates, adders, subtractors, encoders, decoders, multiplexers, demultiplexers, flip-flops, counters, registers, and a traffic light controller. Logic gates such as AND, OR, NOT, NAND, NOR, XOR and XNOR are implemented. Adders include half adders, full adders, parallel adders, and carry lookahead adders. Flip-flops include D, T, JK, and SR flip-flops. Counters include an up-down counter. A traffic light controller module is described to control lights using a 3-bit state register. CMOS implementations of logic gates are also provided.
VERILOG CODE
VERILOG CODEDhaval Kaneria The document contains Verilog code for several digital logic circuits including a 32-bit barrel shifter, 8-bit Booth multiplier, 32-bit ripple carry adder, 32-bit simple adder, and 32-bit carry lookahead adder. Test benches with stimulus are provided to test the functionality of each circuit.
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Vlsi mini project list 2013
- 1. VLSI MINI PROJECT LIST (VHDL/VERILOG) S.NO PROJECT TITLES 1 Design Of Kogge-Stone Adder 2 Design Of (9,7 ) Using 1D-Dwt Lifting Scheme 3 Design of 16 Bit Spanning Tree Carry Look Ahead Adder 4 Design of 16 Point Radix-4 FFT (Fast Fourier Transform) Algorithm 5 Design of ATM (Automated Teller Machine) 6 A Spurious Power Suppression Technique for Multimedia/ DSP Applications 7 Design Carry Select Adder 8 Design of Dual Elevator Controller 9 Design of RCEAT for RFID Tag 10 Design of 16 Bit Ripple Carry Adder 11 Design of Dual Port SRAM 12 Multiplication Acceleration through Twin Precision 13 Design of Vending Machine 14 Design of Complex Number Multiplier Using Booth Algorithm 15 Design of Open Core Protocol (OCP) Ip Block 16 Design of Single Precision Floating Point Multiplier
- 2. 17 Design and Implementation Of 8 Point FFT 18 Design and Implementation Of 8 Point IFFT 19 Design of Digital Clock 20 Design of AMBA-AHB Protocol 21 Design of DDRSD RAM Controller 22 Implementation of Traffic Light Controller 23 Implementation of Dual Port Ram 24 Implementation of Universal Asynchronous Receiver/Transmitter (UART). 25 Implementation of 32-Bit Carry Look Ahead Adders For Fast Addition 26 Implementation of 32-Bit Carry Save Adders For Fast Addition 27 Implementation of 32-Bit Pseudo Random Test Pattern Generator 28 Implementation of Mealy Type And Moore Type Serial Adders 29 Implementation of 32-Bit Braun Multipliers 30 Implementation of Matrix Multiplication 31 Implementation of Cyclic Redundancy Check 32 Implementation of 16-Bit Hamming Code Encoder And Decoder For Single Bit Error Detector And Corrector 33 Implementation of Sequence Detector Using Finite State Machines 34 Implementation of 32-Bit Wallace Tree Multipliers 36 Implementation of 8-Bit ALU 37 Implementation of Fir Filter 38 Implementation of 16-Bit Conditional Sum Adder And Parallel Prefix Adders For Fast Addition 39 Implementation of Seven Segment Display and Code Converters
- 3. 40 An Efficient Architecture For 2-D Discrete Wavelet Transform.
- 4. 41 Discrete Wavelet Transform Using Lifting Scheme 42 Real Time Design of Car Light Indicator 43 An Interface Between On Chip and Off Chip 44 An Efficient Linear Convolution for DSP Applications 45 Design of Traffic Light Controller Using VHDL 46 Image Compression Standards for DSP Applications (VERILOG) 47 Low Power Multiplier Using Ancient Mathematics 48 Implementation of Hamming Code Using Verilog HDL 49 Design Of Radix-2 Butterfly Processor To Prevent Overflow In The Arithmetic 50 An Efficient Architecture For 3-D Discrete Wavelet Transform. 51 Implementation Of Guessing Game Using VHDL 52 Orthogonal Frequency Division Multiplexing Using FFT/IFFT Blocks. 53 High-Accuracy Fixed-Width Modified Booth Multipliers For Lossy Applications Design Of An Advanced High Performance Bus For Real Time Internal Bus 54 Architecture 55 High-Performance Controller For Memory Processing. 56 A High Speed Controller Between Memory And Processer 57 Slave Side Implementation For The Multi-Layer High Performance Bus. 58 High Speed VLSI Architecture for General Linear Feedback Shift Registers 59 Design of High Speed Fast Fourier Transform Algorithm
- 5. 60 The Design Cost Effective Binary Tree Implementation For ID Authentication System