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1) Obstacle Detector for Blind People Using Arduino Uno

Developed an Arduino Uno-based device to assist visually impaired individuals. The system utilizes an ultrasonic sensor to detect obstacles within a specific range. Upon detection, an audible alert is triggered, providing essential information about the proximity of potential hazards. This low-cost, portable solution enhances safety and independence for blind people during navigation.

2) Rounding Based Approximate Multiplier Using Verilog

Implemented a rounding-based approximate multiplier in Verilog for efficient low-power applications. Utilized rounding techniques to reduce hardware complexity and power consumption while maintaining acceptable accuracy. Designed and optimized the multiplier architecture for specific performance. Thoroughly verified the design using simulation and synthesis tools. Achieved significant reductions in power and area compared to conventional multipliers, making it suitable for resource-constrained embedded systems.

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