I am an ambitious individual with a keen eye for detail and a proactive approach towards my career in the field of DevOps and Site Reliability Engineering (SRE). Presently, I am pursuing my Master's degree in Computer Science, where I am developing my expertise in diverse domains, including Machine Learning, Functional Programming like Haskell, Differential Privacy, Cryptography, Distributed Systems. In my spare time, I enjoy delving into the exciting world of Cybersecurity and sharpening my skills by solving challenges on various online coding platforms. When I am not online, I prefer to indulge in rock climbing, which helps me maintain a healthy work-life balance. My diverse interests and ongoing education enable me to bring a well-rounded perspective to any project or challenge that I undertake, and I am confident that I can add value to any team that I work with.
Artificial Intelligence has always been at the core of interactive and simulated environments for a long time but the development in these fields has always been constrained to a single monolithic process that governs all logic within these environments. Simulated Environments are often integrated with centralized artificial intelligence systems that control objects, characters within the environment. We aim to highlight a new system involving the implementation of a decentralized Artificial Intelligence system that acts and feels like it controls all objects, characters independently while practically it does not. The system will revolve around pathfinding techniques, perception systems amongst other key components that are integral to these environments. This implementation will not only enable cutting down on compute cycles, but also steering towards non-intensive multi core processing while adding a sense of realism. Thus there will be increased overall entertainment and provide an immersive environment.
The blockchain technology acts as a foundation for distributed ledgers and an innovative platform for a new decentralized and transparent transaction mechanism in industries and businesses is offered by it. Supply chain traceability is impacted by growing consumer awareness and manufacturers internal quality requirements. When multiple parties are involved, existing centralized solutions suffer from isolated data storage and lacking trust. Decentralized blockchain-based approaches facilitate to forestall these issues by making digital representations of physical goods to facilitate tracking across multiple entities. The potential advantage of this emerging technology in manufacturing supply chain is then discussed and a vision for the future blockchain ready large scale manufacturing supply chain is proposed. Ultimately, a discussion of the requirements and challenges to adopt this technology in the future manufacturing systems is done.
Comparative Analysis of Methods of Gesture Recognition
Gesture Recognition and by definition Image Detection is a key research area because of its varied application in fields such as Sign Language Detection, Gesture Recognition where each gesture whether it is done by hand, objects or otherwise can be detected and understood by a computer. Increasing the accuracy, functionality and speed of the process can help to recognition and detection fast and easy where it can be used in real-time to not only understand gestures but also recognition of images pertaining to a certain topic like use in medical imagery and so on.
This handy tool will meticulously scan through all non-deleted files in a directory and seamlessly send the resulting output file straight to your email. It operates under the hood using a powerful algorithm to perform the following checks:
Detect any large files (by default set at files greater than 10mb, though this limit can be effortlessly adjusted in the code)
Scrutinize the contents of each file against a list of predetermined keywords stored in a txt file (for example: "confidential", "password". By default, only the first 1mb of each file will be checked)
Whether you're looking to compare your income, education level, or other aspects of your personal information, this application makes it easy to see where you stand in relation to others.
To add or update data, the application uses lambda functions that can be quickly and easily scaled as needed. Once the data is collected, the application displays the results on an intuitive website that is simple to navigate and understand.
Designed to help users understand how their personal information stacks up against others. It runs as a stateless service on AWS, utilizing DynamoDB to store all user data securely.
This project is a smart irrigation solution designed to optimize water usage by implementing a Mamdani Fuzzy Model
takes inputs from sensors that measure soil moisture, air humidity, and temperature, and uses fuzzy logic to automatically calculate the optimal valve opening and timing for watering
Calculates valve opening and timings based on given inputs automatically, using fuzzy logic and can can ensure that your plants receive the right amount of water without wasting any resources
e-commerce website is built using the popular MEAN stack and is hosted on the cloud platform Heroku, ensuring scalability and reliability for our users and ensures seamless buying experience for customers, but also empowers sellers to effectively manage their inventory and pricing with ease.
buyers can easily browse through various product categories, view detailed product information, and make purchases through a secure payment gateway (dummy)
Offers additional features such as reviews, ratings, and recommendations to enhance the overall user experience, ensures accessibility on various devices, including desktops, laptops, tablets, and mobile phones
Also implemented various security measures to protect user data
Movement module prototype developed for the final year project, which was a simulated smart environment, based on the spread of a zombie virus where the virus spreads from one node to a cluster of nodes
Simulate realistic movement patterns of the virus and its carriers. The module was designed to interface with other components of the smart environment within unity engine
