Inter IIT tech presentation

 BARD  Part 1 Why should JLR adopt chiplet technology? JLR should adopt chiplet technology for a number of reasons, including: Performance: Chiplets can enable the development of high-performance automotive processors that are essential for demanding applications such as autonomous driving and ADAS. Cost: Chiplets can be more cost-effective than SoCs, especially for high-performance SoCs. This is because chiplets can be manufactured using different process nodes and from different suppliers. Flexibility: Chiplets offer more flexibility than SoCs. For example, chiplets can be used to create custom packages with the specific components required for a particular application. Upgradeability: Chiplets can be upgraded by replacing individual chiplets with newer or more powerful versions. This makes chiplets more future-proof than SoCs, which are typically difficult to upgrade. Where should JLR adopt chiplet technology? JLR should adopt chiplet technology in the follo...

 Certainly! Here are some ideas to consider for JLR (Jaguar Land Rover) as they explore the adoption of chiplet technology in their vehicles: 1. **Advanced Driver-Assistance Systems (ADAS):**    - Utilize chiplets to enhance the performance of ADAS features such as adaptive cruise control, lane-keeping assist, and automatic emergency braking.    - Develop chiplet-based processors for real-time image processing and sensor fusion to improve the accuracy of ADAS functionalities. 2. **In-Vehicle Entertainment and Infotainment:**    - Implement chiplets for high-performance multimedia and infotainment systems within the vehicle.    - Enable seamless connectivity, fast data processing, and support for high-definition displays and immersive audio systems. 3. **Electric Vehicle (EV) Powertrain Management:**    - Develop chiplet technology to optimize the powertrain management of electric vehicles, including battery control and motor control...

 Understanding the P.S.   1. BACKGROUND automotive industry          Ev's  ( Electric Vehicles ):          Revolutions : 1. Autonomous Driving                                      2. Connected Cars                                        3. Shared Mobility                                        4. Software Defined Vehicles          Complex, intelligent and connected Vehicles                                   1. because of integration of ...

 PS: "Develop a simulation environment for the autonomous collaboration between Unmanned Aerial Vehicles (UAVs) and Unmanned Ground Vehicles (UGVs) in a dynamic setting. The objective is for the UAV, equipped with a single RGB camera, to map the surroundings and guide the UGV to a predetermined destination point.you may use any number of aruco markers" Defining Requirements and Objectives : * UAV , UGVs , as hardware * UAV 's requirment : Single RGB camera , objective : to provide a path to UGV by using UAV to reach some predetrmined destination ,    Assumptions :      0. Let's say we have given a world of cuboidal room ,which have obsticles only on ground     1. All the obsticles are on the ground     2. There are no any obsticles for UAV except the wall of the world     3. UAV's Rgb camera can detects( at any time ) and ground ( only when it is just above the aruco marker ) .     4. UGV runs onl...