2021•Journal of Physics Conference SeriesOpen access

Software and hardware co-simulation verification platform for navigation SoC

Dan Qi, Mo Chen, Shaozhen Zhang, Dan Cheng, Jun Mu

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Abstract

Abstract This paper proposes a software and hardware co-simulation verification platform suitable for satellite navigation SoC chips. The specific implementation scheme is described, and the final simulation results are given. Software simulation is written in c and assembly language, using a complete software compilation and debugging tool chain, hardware simulation is built based on verification methodology, SoC design code is written by verilog, and the software and hardware are coordinated through the VCS compiler to achieve information interaction, and then a universal simulation platform with fast speed, high authenticity and convenient debugging is realized. The simulation results show that the navigation SoC chip functions correctly.

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Abstract This paper proposes a software and hardware co-simulation verification platform suitable for satellite navigation SoC chips. The specific implementation scheme is described, and the final simulation results are given. Software simulation is written in c and assembly language, using a complete software compilation and debugging tool chain, hardware simulation is built based on verification methodology, SoC design code is written by verilog, and the software and hardware are coordinated through the VCS compiler to achieve information interaction, and then a universal simulation platform with fast speed, high authenticity and convenient debugging is realized. The simulation results show that the navigation SoC chip functions correctly.

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Available abstract

Abstract This paper proposes a software and hardware co-simulation verification platform suitable for satellite navigation SoC chips. The specific implementation scheme is described, and the final simulation results are given. Software simulation is written in c and assembly language, using a complete software compilation and debugging tool chain, hardware simulation is built based on verification methodology, SoC design code is written by verilog, and the software and hardware are coordinated through the VCS compiler to achieve information interaction, and then a universal simulation platform with fast speed, high authenticity and convenient debugging is realized. The simulation results show that the navigation SoC chip functions correctly.

Key concepts: Debugging, Computer science, Compiler, Embedded system, Software, Verilog, System on a chip, Co-simulation

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