Project 2 Adaptive Cruise Control

Q.1> Main Model   Subsystem_1(Avg-Vehicle Speed)   Subsystem-2(Main_Filter_Speed)   Subsytem-3(Auxiliary Filter Speed)  Substem_4(Final Display)  sldd file     Requirement Tagging:-          Tagging has done.     JMAB Check:-         Fixed Point Tool:- Fixed point change in Port Fixed point change in SLDD   SLDC Design…

Q1.> Main Model     sldd file   Requirement Tagging Click on requirement Manager           We can see the requirement tagging in model Report   JMAAB Check     Fixed point tool:       Now we click on propose data type data type-> apply data type->…

AIM: To do the model development for Highway assistance - Lane change assistant using Simulink with AUTOSAR compliance model in AUTOSAR environment. STEP-1 Creation of Simulink data Dictionary: Creating the SLDD files for the given input, local and output signals as follows Step-2 Model development in Simulink by MBD guidelines:…

Aim: To develop an Adaptive Cruise Control feature as per the Requirement Document using MATLAB Simulink. General Overview Adaptive Cruise Control Feature for passenger cars allows the host vehicle to adapt to the speed in line with the flow of traffic. Driving in heavy traffic or keeping a safe distance to the preceding…

Q.1> Aim:-identify the direction of the vehicle based on the camera input. For this project there were several steps taken which are as follows:- Developement of the Desired model Configuration Parameter Setting Linking of the Simulink Data Dictionary Requirement Tagging Signal resolving and Signal Propogation Model…

 AIM Model Development of a single feature of Traffic Jam Assist using MATLAB & Simulink as well as Code Generation using Embedded Coder. OBJECTIVES Model Development as per MBD guidelines. Creation of Simulink Data Dictionary. Code Generation using Embedded Coder Generating Model Advisor ReporT Step:-1   Data Dictionary…

Project-2 #include <stdio.h> typedef enum { Before_Take_Off_State = 0,// Different states of the Aeroplane as per the state diagram. Before_Landing_State, Gear_Down_State, Lowering_Gear_State, Raising_Gear_State, Gear_Up_State }state_type; typedef struct { state_type states[2]; // structure variables char* plane_state[2];…