RTS and multiple ADC designs to improve GPR signal acquisition rates

Summary

• Embedded SoC Design for Increasing Signal Receiving Rate and Speed in GPR Equipment Using RTS and Multiple ADCs

Overview

• Period : Jun. 15 ~ April. 17 (11 months)
• Role : Development of Communication Using UART

Project Content

• Radar that probes UWB signals from transmitters on GPR equipment through signals that reflect back on obstacles
• Utilize high-speed sampling and data accumulation to speed up GPR receivers and increase effective data acquisition rates
• Increase the speed of data processing by increasing the number of ADCs for fast processing of incoming data
• Incoming Analog Signal Processing System Using ADC
• Data Sync Adjustment with DPRAM
• Transmitting data between computers and equipment via UART communication

Development Environment

• VHDL
• Quartus
• Simulation with Modelsim
• Altera Cyclone Series

Result

• Completion of undergraduate graduation work and publication of result papers
• Development of High-Speed Data Processing Prototype System to Improve Performance of GPR Equipment