Project 2 Adaptive Cruise Control

  TFT Cluster Speedometer Software: Procedure to solve the problem statement Developing the Simulink model as per the problem statement given above.   Explanation of the Simulink model: The main subsystem will have four inputs (In_MainFilt_SpeedValue, In_AuxillaryFilt_SpeedValue, Avg_VehicleSpeed, Timer_Input) and one…

Wiper Control System: Procedure to solve the problem statement Developing the Simulink model as per the problem statement given above.   Explanation of the Simulink model: We have taken one input (RainDensity) and one output (WindVelocity) A stateflow logic is implemented to determine the appropriate velocity of the…

Aim of the project & Technical Report: System-Level Simulation of an All-Terrain Vehicle Introduction All-terrain vehicles (ATVs) are versatile vehicles capable of traversing a wide range of terrains, including rough roads, dirt paths, and even water. They are commonly used for recreational activities, farming,…

Dear TSE, I have attached the document containing my answers with relevant images. I have answered all the questions asked in this particular challenge. I am submitting the challenge in this way because I am unable to submit it by typing the answer and attaching relevant images in the answer area. Thank you.  

Question 1) Simulate the 3 test cases from harness dashboard and write a detailed report on the results Ans: Report: 1. In test case 1 all the conditions of the battery are healthy. 2. In test case 2, a fault state has arised due to high temperature in cell no2 3. In test case 3 all the conditions of the…

Dear TSE, I have attached the document containing my answers with relevant images. I have answered all the questions asked in this particular challenge. I am submitting the challenge in this way because I am unable to submit it by typing the answer and attaching relevant images in the answer area. Thank you.

Dear TSE, I have attached the document containing my answers with relevant images. I have answered all the questions asked in this particular challenge. I am submitting the challenge in this way because I am unable to submit it by typing the answer and attaching relevant images in the answer area. Thank you.

Dear TSE, I have attached the document containing my answers with relevant images. I have answered all the questions asked in this particular challenge. I am submitting the challenge in this way because I am unable to submit it by typing the answer and attaching relevant images in the answer area. Thank you.

Dear TSE, I have attached the document containing my answers with relevant images. I have answered all the questions asked in this particular challenge. I am submitting the challenge in this way because I am unable to submit it by typing the answer and attaching relevant images in the answer area. Thank you.

Dear TSE,   I have attached my answers for all the above questions with relevant images in the form of a doc file because I am not able to submit the challenge by writing the answer in the given answer area. 

PROJECT-2:    Discussion of steps:   Taking 10 Nos. of table-based battery packs from the Simulink library. Enabling the thermal port and connecting all of them in series with each other. Battery Pack Capacity: 24Ah  Taking current controlled source to discharge the battery. We connected the +ve terminal of the battery…

  Battery Capacity: 18 kWh = 18000Wh --- (Given)  Cell ANR26650M1-B has specification such as 3.3V 2.5Ah = 8.25wh  To generate a battery pack with 18kwh of power, we need to connect "91 cells in series and 24 cells in parallel". This will give us 300V and 60Ah, which in turn equates to 18000wh = 18kwh …

Procedure to open the ADVISOR tool in Matlab:- Download "Advance Vehicle Simulator". Extract the file and save it in a folder (untitled in this case). Open Matlab, and choose the path where the folder is located. Right-click on the folder -> Add to path -> Select folders and subfolders. Write "advisor" in the command…

1. Prepare a table which includes materials & chemical reactions occurring at the anode and cathode of LCO, LMO, NCA, NMC, LFP and LTO type of lithium ion cells.Give your detailed explanation on it Ans: Detailed Explanation: LCO, LMO, NCA, NMC, LFP, and LTO are all different types of lithium-ion battery chemistries.…

Report on Highway Assistant – Lane Changing Assistant Algorithm Development     Introduction:  The Highway Assistant – Lane Changing Assistant is a key feature in modern vehicles designed to enhance safety and convenience on highways. This report outlines the development of a specific requirement of this system in the…

Report on the Development of a Traffic Jam Assistant Algorithm for the Instrument Panel Cluster (IPC) in MATLAB Simulink     Executive Summary:  This report outlines the development of a critical component of the Traffic Jam Assistant algorithm, intended for implementation within the context of an Instrument Panel Cluster…

  Project 2 Adaptive Cruise Control Aim of the project: The aim of the project is to develop an Adaptive Cruise Control (ACC) feature for vehicles using MATLAB Simulink and follow Model-Based Design (MBD) processes. 1. Adaptive Cruise Control Overview:    - The ACC feature allows a vehicle to automatically adjust its speed…

Aim of the project: The aim of this project is to create a MATLAB Simulink model (attached separately) that can accurately determine the direction in which a vehicle is moving. This determination is based on two primary inputs:  1. Steering Wheel Input: The system takes input from the vehicle's steering wheel in the form…

Project 1 - Controlling a DC motor using PWM and monitoring its Running status Ans: Code: #include //provides access to I/O (Input/Output) port and pin definitions for the AVR microcontroller. #include //provides access to delay functions for generating time delays in your code. #define LCD_DATA_PORT PORTD //to write data…

Dear TSE, I am writing to apprise you of my current system configuration, which involves the utilization of a MacOS platform featuring an M1 chip CPU. Regrettably, there is currently an absence of compatible VPN client software tailored for this system. Consequently, I have meticulously outlined a comprehensive set of…

Write a Test plan to test features of a new mobile phone (Blackbox test) that needs to be implemented based on the following requirements. (The product is still in the development stage and is yet to be UA (User Acceptance ) tested.…

Project 2 - Measuring the distance of an object using ultrasonic sensor and also smoothen the sensor data using moving average filter Code: // pin that the ultrasonic sensor is connected to const int Ultra_Signal_Pin = 7; //Number of readings that will be used to calculate the moving average const int numReadings = 10;…

Project 1 - Interfacing a 16*2 LCD with Arduino using I2C protocol Code: //Master Code #include <Wire.h>. //for I2C communication   void setup() { Wire.begin(); // Initialize I2C communication }   void loop() { //lcd.print("Hello"); Wire.beginTransmission(9); //initiates communication with the slave Arduino…

Project-3: Overview of the Project:  The overview of this project is as follows: This Project is a C++ program that defines a hierarchy of classes for managing a collection of vehicles and performing maintenance tasks on them. This project starts by defining an enumeration type `fuel_type`, which represents different…

Project 2 - Implement the Code for controlling the retraction and extension of the Airplane’s landing gear Overview of the Project:  The overview of this project is as follows: The project implements a state machine for controlling the retraction and extension of an airplane's landing gear. It uses several enums to define…

Project-1: Creation of user-defined data type to implement the user interfaces for working with ‘Set’ (Mathematical Set theory) using Linked List   Overview of the Project:  The Overview of the project is as follows: This code implements a linked list data structure in the C programming language. It includes functions…

1. Make a Simulink model of a Doorbell using a solenoid block with the following details: Ans1:  Abstract: In this Simulink model, we are using the Flemings right-hand thumb rule to demonstrate the movement of the plunger using a solenoid. To clearly see the direction of the plunger we are switching…

QUESTION NO.1:  ANS:  In this problem, we have developed a logic using Stateflow.  Inputs for this problem are i)Power Supply and ii)Water Supply. We have denoted them by PS and WS respectively in our simulation. Outputs for this problem taken are(as per the question) i)Water supply indication ii)soaking…