Project 2 - Implement the Code for controlling the retraction and extension of Airplane’s landing gear

I. Wiper Control System   1. Simulink model file   2. SLDD file   3. Requirement tagging   4. Model advisor - JMAAB compliance report   5. Fixed-point Tool   6. SLDV Design error detection report   7. Functional test case   8. MIL Harness   9. SIL Harness 10. Coverage Reports…

  Code #include #include #include using namespace std; enum Type { GAS, DIESEL, ELECTRIC }; class Vehicle { protected: string make,model; int year; long int odometer; public: Vehicle(string _make = "", string _model="",int _year=0, int _odo=0) { make = _make; model…

  Project 2 - Development of TFT Cluster Speedometer Software Component   Aim: Develop the Simulink model based on the given requirements and Perform the complete V and following V workflow for the obtained model Simulink model file SLDD file Requirement tagging report Fixed-point Tool Model advisor - JMAAB compliance…

Small Part of Highway Assistant-Lane Changing Assistant Algorithm     Model   Model Subsystem: Highway Display Unit   Model Subsystem: Lane Display Unit     Model Subsystem: Display Unit   Simulink Data Dictionary   Model Configuration Settings   AutoSAR Data Dictionary Configuration…

Small part of Traffic Jam Assistant Feature- Instrument Panel Cluster (IPC)   Model Main System Subsystem_Optimum Voltage DisplayUnit Subsystem   Simulink Data Dictionary   Requirement Tagging   Model Advisor Report- Checking MAAB Guidelines Generate Code    

Overview of the Project: In this project, controlling the retraction and extension of Airplane’s landing gear can be implemented using Finite State Machine (FSM). FSM is the most efficient algorithm which is mathematical model of computation. Goals: Sensing the status of landing gear lever, squat switch and limit…

  Overview of the Project In this project, mathematical Set Theory are implemented using C programming language. User can give the input like size of two lists followed by data of lists and this program will give  the output as new two lists as intersection and union of user given two lists. Goals   Implementation…

Part A 1. Total weight of various types of aircrafts Weights of different components computed to form the TakeOff Weight of Aircraft is shown in the above image. Various Aircrafts according to Maximum Takeoff Weight is shown in below table. Type MTOW [kg] ICAO category Embraer Phenom 100 4800 Light de Havilland Hercules…

  1. Energy required for braking. WLTP drive cycle is used for braking energy calculation. Drive Cycle is shown below. Excel data of the WLTC Class-3 drive cycle is shown below. Time (Sec) Speed (km/h) Speed (m/s) Acceleration Braking Energy (J) 1 0.00 0.00 0.00 0.00 2 0.00 0.00 0.00 0.00 3 0.00 0.00 0.00 0.00 4 0.00…

1. Speed control of a DC motor using BJT H-bridge Figure showing below is a MATLAB Model of  BJT H-bridge Speed Control circuit of a DC Motor. A. The H-bridge is made up of four IGBT/Diode pairs. Q1 and Q4 or Q2 and Q3 transistors are switched at the same time. When Q1 and Q4 are turned ON, a positive voltage is given…

1. Mapped and Dynamic model of Engine, Motor and Generator Mapped Model The mapped model runs on data from the lookup table (it runs quicker) (Give available input). Simulating a mapped model requires less time. Because it does not involve real-time outputs from the subsystems, mapped model simulation is also known as…

1. Power Converter circuits employed in Electric and Hybrid Electric Vehicles Main Power Converters used in EVs and HEVs are AC-DC Converter, DC-DC Coverter and DC-AC Converter. AC-DC Converter: Converts AC power to DC power Single phase Three phase DC-DC Converts: Converts DC to DC Power. Steady DC to Regulated DC and…

1. Power Electronic Converters used in EVs and HEVs In an ELectric Vehicle wheels are coupled with Electric Motor powered by a Battery Storage. In a Hybrid Electric Vehicle, wheels are powered by both IC engine and Electric Motor with battery storage. By the way of mechanical coupling of Motor and IC engines to the wheels,…

1. 45km distance with 500kg Cargo Mass using FTP Drive Cycle ADVISOR Tool opened In the Load File section changed to EV_defaults_in Cargo Mass changed to 500 All parameters remain same as shown below and press continue Drive Cycle changed to CYC_FTP One cycle is 17.77km at 2477 seconds. Hence, 3 number of cycles (53.31km,…

Aim of the Project Aim is to create a MATLAB Simulink model with the given details for Vehicle Direction Indicator. Description Vehicle Direction Indication is one of the features of ADAS. As the specificatios given, Vehicle Direction is Indicated sensing the angular movement of the Steering Wheel as well as the Road sign…

Simulation study of BAJA All-Terrain Vehicle (ATV)   Aim To carry out a system level simulation study on MATLAB model of BAJA ATV. To study about the building blocks of ATV vehicle. To study about the parameters used in each blocks. To analyse the performance of vehicle varying different parameters. Description The…

1. Control Logic of a “Washing Machine”   The control of the washing machine will be activated only if there is power. For that, a separate chart for power and another chart for control is modelled as shown below . If the output of Power chart is high, then only Control Logic chart will be executed. Constant…

1. Simulink model of Doorbell using solenoid block The figure shown below is the MATLAB model created for Door Bell using Solenoid Block. Steps involved in developing and simulating the model is as follows: A DC supply is connected to the solenoid block through a switch. 50V DC Voltage supply is connected as…