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Projects Showcase
Projects Showcase
Projects Showcase
Projects Showcase
Market Basket Analysis for Retail Growth
Project
Applied Market Basket Analysis using R on a dataset of 9,835 transactions to derive 3,675 high-confidence rules, enabling targeted sales strategies that significantly boosted revenue and customer engagement.
Market Basket Analysis for Retail Growth
Project
Applied Market Basket Analysis using R on a dataset of 9,835 transactions to derive 3,675 high-confidence rules, enabling targeted sales strategies that significantly boosted revenue and customer engagement.
Market Basket Analysis for Retail Growth
Project
Applied Market Basket Analysis using R on a dataset of 9,835 transactions to derive 3,675 high-confidence rules, enabling targeted sales strategies that significantly boosted revenue and customer engagement.
Market Basket Analysis for Retail Growth
Project
Applied Market Basket Analysis using R on a dataset of 9,835 transactions to derive 3,675 high-confidence rules, enabling targeted sales strategies that significantly boosted revenue and customer engagement.
Real-time Face Mask Detection
Project
Developed a real-time face mask detection system using TensorFlow and OpenCV, leveraging a CNN model and data augmentation to ensure robust performance in diverse lighting and angles for COVID-19 safety compliance.
Real-time Face Mask Detection
Project
Developed a real-time face mask detection system using TensorFlow and OpenCV, leveraging a CNN model and data augmentation to ensure robust performance in diverse lighting and angles for COVID-19 safety compliance.
Real-time Face Mask Detection
Project
Developed a real-time face mask detection system using TensorFlow and OpenCV, leveraging a CNN model and data augmentation to ensure robust performance in diverse lighting and angles for COVID-19 safety compliance.
Real-time Face Mask Detection
Project
Developed a real-time face mask detection system using TensorFlow and OpenCV, leveraging a CNN model and data augmentation to ensure robust performance in diverse lighting and angles for COVID-19 safety compliance.
Pulse Oximeter
Project
Engineered a Smart Health Monitoring Device with the MAX30100 Pulse Oximeter and ESP8266 Wi-Fi Module, utilizing Arduino for real-time SpO2 and heart rate monitoring, enhancing remote health management during the COVID-19 pandemic.
Pulse Oximeter
Project
Engineered a Smart Health Monitoring Device with the MAX30100 Pulse Oximeter and ESP8266 Wi-Fi Module, utilizing Arduino for real-time SpO2 and heart rate monitoring, enhancing remote health management during the COVID-19 pandemic.
Pulse Oximeter
Project
Engineered a Smart Health Monitoring Device with the MAX30100 Pulse Oximeter and ESP8266 Wi-Fi Module, utilizing Arduino for real-time SpO2 and heart rate monitoring, enhancing remote health management during the COVID-19 pandemic.
Pulse Oximeter
Project
Engineered a Smart Health Monitoring Device with the MAX30100 Pulse Oximeter and ESP8266 Wi-Fi Module, utilizing Arduino for real-time SpO2 and heart rate monitoring, enhancing remote health management during the COVID-19 pandemic.
Cryptocurrency Simulation using Blockchain
Project
The "Cryptocurrency Simulation Using Blockchain" project employs Python, Flask, and JSON to simulate secure cryptocurrency transactions on a blockchain network, focusing on data flow and network security without real financial transactions.
Cryptocurrency Simulation using Blockchain
Project
The "Cryptocurrency Simulation Using Blockchain" project employs Python, Flask, and JSON to simulate secure cryptocurrency transactions on a blockchain network, focusing on data flow and network security without real financial transactions.
Cryptocurrency Simulation using Blockchain
Project
The "Cryptocurrency Simulation Using Blockchain" project employs Python, Flask, and JSON to simulate secure cryptocurrency transactions on a blockchain network, focusing on data flow and network security without real financial transactions.
Cryptocurrency Simulation using Blockchain
Project
The "Cryptocurrency Simulation Using Blockchain" project employs Python, Flask, and JSON to simulate secure cryptocurrency transactions on a blockchain network, focusing on data flow and network security without real financial transactions.
AutoRentalPro: User Friendly Car Registration System
Project
Designed AutoRentalPro, a C++ based user-friendly car rental system, incorporating features like Admin Login, car management, inventory tracking, and digital invoices, enhanced by robust file and exception handling to streamline agency operations.
AutoRentalPro: User Friendly Car Registration System
Project
Designed AutoRentalPro, a C++ based user-friendly car rental system, incorporating features like Admin Login, car management, inventory tracking, and digital invoices, enhanced by robust file and exception handling to streamline agency operations.
AutoRentalPro: User Friendly Car Registration System
Project
Designed AutoRentalPro, a C++ based user-friendly car rental system, incorporating features like Admin Login, car management, inventory tracking, and digital invoices, enhanced by robust file and exception handling to streamline agency operations.
AutoRentalPro: User Friendly Car Registration System
Project
Designed AutoRentalPro, a C++ based user-friendly car rental system, incorporating features like Admin Login, car management, inventory tracking, and digital invoices, enhanced by robust file and exception handling to streamline agency operations.
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@2024, All Rights Reserved
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@2024, All Rights Reserved