What you will learn
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Understand ADAS technology & Sensors systems for ADAS
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Gain exposure to Software & Hardware Architecture of ADAS
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Build algorithms for ADAS using Matlab, Simulink & Stateflow
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Gain the practical exposure to controls systems & implement in ADAS algorithms
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Build & master the Cruise Control & Adoptive Cruise Control ADAS feature
About this Micro-Specialization
Applied Projects
Detailed course content
1. Matlab, Simulink & State flow basics |
Introduction to Matlab
Foundation to Matlab GUI Create & edit scripts Introduction to Matlab syntaxes Basic mathematical operations Import data and export data into Matlab 2D plotting & 3D plotting Matlab functions Basic Matlab programming
Introduction to Matlab-Simulink
Foundation to Matlab-Simulink GUI Simulink library & features The practice of commonly used Simulink blocks Simulink operations Projects to practice Matlab-Simulink Vehicle aerodynamic force modeling Thermal modeling of house Nickel Metal Hydride Battery modeling
Introduction to Stateflow
Foundation to Stateflow GUI State machines & flow charts Transition elements Default transition Simple & complex transition Self-loop transition Chart initialization State actions ( En, du, Exit) Junctions Condition event & condition action |
2. Introduction to ADAS technologies |
Introduction to Advanced driver assistance system (ADAS) Need & Purpose of ADAS Phases of road accidents ADAS Software Architecture
Overview of different ADAS Systems Cruise control Adaptive Cruise Control Blindspot detection Forward collision warning Lane departure warning
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3. Control systems basics for ADAS |
Intro to Control systems Controllers systems developments & representation Controller selection (P controller & PI controller) Controller comparisons Controller design & equations derivation with example PID tuning basics
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4. Cruise control modeling & simulation Project -1 |
Intro to Drive cycles Intro to Cruise control system Cruise control need & purpose Pros & cons of Cruise control Driver model derivation Cruise control algorithm Cruise control modeling & simulations Results & discussions
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5. Adaptive cruise control Modeling & Simulation Project-2 |
Different Cruise control systems Cruise control Adaptive Cruise Control (ACC) Adaptive Cruise control with go & stop Predictive Cruise control
Sensors in ACC RADAR Camera Sensors comparison metrics & Configurations Software & Hardware configurations analysis Adaptive cruise control Flow diagram Adaptive cruise control algorithm analysis Adaptive cruise control feature/algorithm modeling Adaptive cruise control modeling & simulations Results & discussions
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Pre-requisites |
None (Course will be taught from fundamentals) |
Mode of delivery |
Online |
Software used |
Matlab, Simulink & Stateflow |
Applicable for |
This course is for engineers who would like to build a career in ADAS, Autonomous Systems, Mechatronics & more. |
Session formats |
Enrolled participants will get access to pre-recorded course lectures In decibels LMS. You can learn the courses as per your time planning. |
Doubt clarification |
Addressed during via Discussions option available at each lesson In our LMS. If the query needs a detailed discussion, we will support you through the zoom meeting. |
Course access duration |
5 months (150 days) |
Enroll now
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Micro-Specialisation in Advance Driver Assistance Systems
₹34,999.00
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