Karthikeyan Rajan

System architecture design for Radar DAIGEN 5 & DAIGen 5.5 application project developed using EA. Analyzing and verifying L20 System and Software requirements and linking with the architecture. Backing Veoneer teams with team collaboration and updating the changes through PTC source integrity. Supporting the application architecture development plan through PLM. Interacting with Veoneer platform architecture team for building the coordination via regular meeting.

This thesis is focused on reducing the energy consumption for Car2infrastructure communication. For the microcontroller MSP430F1611, Power consumption and efficient datatransmission are analyzed with different algorithm. Hardware parameters of microcontroller such as power consumptionsleeping and wake up state are simulated using the tool OMNet++. The different parameter values for TCP/IP protocol tried out increase theconnecting range.

Understanding the existing functionalities of different boards. Boards such as Nanett board, CC2541 sensor tag, Dialog Semiconductor DA14580, PAN1740, Microsensys RFID reader & TELID412. Comparison of different wireless technology. Interfacing of RFID tag and Nanett board.

AUTOSAR, ECU Programming, Automotive communication protocols(CAN, FlexRay, Most), Multi-core Programming, Formal Specification and Verification

C and C++ programming, Data structure, Computer Networks, Database Management System, Mircro-processor and Micro-COntroller