Authors :
Ganesh Kale; Gregor Roering
Volume/Issue :
Volume 9 - 2024, Issue 3 - March
Google Scholar :
https://tinyurl.com/4prn5t5b
Scribd :
https://tinyurl.com/32esz773
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24MAR2002
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
Model-based design (MBD) has become a
cornerstone in the development of embedded software,
particularly in the automotive industry. Processor-in-the-
Loop (PiL) simulation bridges the gap between virtual
simulation environments and real hardware, enabling
early verification and validation of control algorithms
running on target processors. The design and
implementation of toolchain is required for target specific
code generation, compilation, and execution. Developing a
toolchain specifically for the target architecture is crucial
to preventing errors and ensuring smooth production.
The configuration and designing of toolchain are one time
effort of all Simulink model which want to be test on
board.
This research investigates the importance of PiL for
embedded systems in the automobile area. It describes the
construction of a toolchain that integrates PiL simulation
with Simulink, a popular MBD tool. The paper discusses
the unique integration of TRACE32, a debugger and code
analysis tool, with Simulink for testing programmes on
Infineon devices.
TPT makes use of graphical test models that are
easy to understand and have the capacity to automate
complex closed loop tests in real time. It was Daimler
Software Technology Research that initially developed
TPT. Nowadays, vendors and automakers employ it in
their development projects for production vehicles.
Keywords :
PiL; MBD;Embedded; TPT; Software Development; Automotive.
Model-based design (MBD) has become a
cornerstone in the development of embedded software,
particularly in the automotive industry. Processor-in-the-
Loop (PiL) simulation bridges the gap between virtual
simulation environments and real hardware, enabling
early verification and validation of control algorithms
running on target processors. The design and
implementation of toolchain is required for target specific
code generation, compilation, and execution. Developing a
toolchain specifically for the target architecture is crucial
to preventing errors and ensuring smooth production.
The configuration and designing of toolchain are one time
effort of all Simulink model which want to be test on
board.
This research investigates the importance of PiL for
embedded systems in the automobile area. It describes the
construction of a toolchain that integrates PiL simulation
with Simulink, a popular MBD tool. The paper discusses
the unique integration of TRACE32, a debugger and code
analysis tool, with Simulink for testing programmes on
Infineon devices.
TPT makes use of graphical test models that are
easy to understand and have the capacity to automate
complex closed loop tests in real time. It was Daimler
Software Technology Research that initially developed
TPT. Nowadays, vendors and automakers employ it in
their development projects for production vehicles.
Keywords :
PiL; MBD;Embedded; TPT; Software Development; Automotive.
