Ahmed Bouzid

Papers

Total Citations

H-Index

About

Ahmed Bouzid is a researcher whose work sits at the intersection of precision instrumentation and embedded systems, with a particular focus on high-resolution analog-to-digital conversion (ADC) and its application to critical positioning challenges. His most cited paper, "High Resolution Large Scale ADC. Case study of an N bit per Volt ADC Implemented using FPAA and FPGA Applied for Precision Altimetry" (2020, 3 citations), addresses a fundamental gap in navigation: the lack of a system capable of delivering accurate position estimation across all environmental conditions. Bouzid’s key contribution in this work is a novel method for estimating altitude in precision vertical displacement scenarios, leveraging a hybrid FPAA-FPGA architecture to achieve an N-bit-per-Volt ADC. This approach tackles the inherent limitations of traditional altimetry by combining reconfigurable analog and digital processing, offering a pathway to more robust and accurate positioning systems. While his citation count is modest, the specificity and technical depth of his contribution highlight a focused effort to solve a real-world engineering problem. Bouzid’s research underscores the importance of custom hardware-software co-design in pushing the boundaries of sensor accuracy, making his work relevant for students and engineers exploring advanced ADC techniques and their role in autonomous navigation and aerospace applications.