Drone Surveillance for Parking Violations
In the UAE, Parking fee violators are verified either manually by police or through parking control units. As the weather is too hot it is exhausting for a policeman to manually check. If Parking control units are used, it is waste of fuel. So, to make sure there are no Parking violators. We have come up with a solution to use solar-powered drones. These camera-equipped drones scan number plates and send details to Pictoblox, then it checks payment status, and issues fines for violations. It also sends message to drivers who haven’t paid the parking ticket. Arduino uno displays red light if car has not paid fees & one operator monitors it. The main advantage of our project is it reduces fuel use, reduce manpower, and increase the revenue and also it aligns with 4 SDGs.
Smart Parking |Revolutionizing Urban Mobility with Artificial Intelligence
In today’s fast-paced world, finding a parking spot in crowded urban areas can be a daunting task. However, thanks to the power of artificial intelligence (AI), the concept of smart parking is transforming the way we think about parking spaces.
Smart parking systems utilize AI algorithms to analyze real-time data from sensors installed in parking lots and on-street spaces. These sensors detect the presence of vehicles, monitor parking space availability, and provide drivers with real-time information through mobile apps or electronic signage.
The implementation of smart parking solutions not only enhances convenience for drivers but also contributes to a more sustainable urban environment. By efficiently managing parking resources, cities can reduce emissions, alleviate traffic congestion, and enhance the overall quality of life for residents and visitors alike.
The BioGuardian Project- Deploying Eco-Plough for Biodiversity Conservation
“BioGuardian” is an innovative robotics project dedicated to safeguarding biodiversity through cutting-edge ploughing technology. With a focus on environmental conservation, the project aims to address the urgent need to protect and restore natural habitats worldwide. Through the integration of advanced robotics and sustainable agricultural practices, BioGuardian seeks to reduce the adverse effects of human activities on ecosystems and species diversity. By utilizing autonomous ploughing technology, the project minimizes soil disturbance and habitat disruption while promoting soil health and biodiversity. BioGuardian’s mission extends beyond traditional farming methods, aiming to establish a harmonious balance between agricultural productivity and environmental stewardship. With its pioneering approach, BioGuardian strives to pave the way for a sustainable future where human development coexists harmoniously with the preservation of our planet’s precious biodiversity.
Smart Traffic Control system,
Smart Traffic Control system, a system for controlling traffic lights according to car numbers using AI and Machine Learning , giving priorities to emergency vehicles such as ambulance
TransitEase
Imagine a world where bus drivers who work countless hours to make our, us students’ experience in the bus perfect, fell safer on the roads, a place where the 15,000 accidents that occur every year, don’t happen anymore and a place where the approximately 7,500 injured drivers stay safe for the following years, that’s a world my project TransitEase can create. My Project is a system made using software like Machine Learning, Weather Data, and hardware like Quarky to create an awesome system for the bus drivers. The app does 5 main things, Firstly, it determines the type of road ahead and establishes a speed limit, notifies the bus driver of the weather, and (for students) creates a Virtual ID that the student can use in case they forget their ID card. It also notifies the student’s parents if the student is late for pickup.
Earth Guardians – Plastic Cleaning boat
This unique boat is an incredible display of creativity and engineering. The boat’s body is constructed entirely out of Lego bricks, forming a rectangular box that is spacious enough to hold garbage. The boat is equipped with two powerful Wedo motors that operate a conveyor belt, which moves the garbage into the boat. To ensure the boat doesn’t sink, a thermocol layer is installed underneath the Lego surface. This helps to keep the boat afloat while also providing a sturdy surface for the garbage to rest on. A plastic bag is also placed inside the boat for easy garbage removal. And there is a powerful DC motor to move the boat
OXI with AI … Ocean Xpert Innovations
Our project is distinctive. It manages ship transportation operations and movements to and from where it becomes a main headquarters, attracting all ships to train by providing full services to those ships, from filling cheap environmentally friendly fuel, transit and overnight services.
Using artificial intelligence to provide protection, safety, and future forecasts of weather and ship movement
1-Automating administrative processes by implementing an application for ships to book their arrival time.
2-Enhance safety and security through thorough ship inspections and immediate notifications of dangerous materials.
3-Improve monitoring and updates with real-time information on ship conditions.
4-Optimize ship construction using lightweight and robust carbon fiber materials.
5-Enable self-observation capabilities for ships to monitor and report their own status.
6-Prevent ship sinking by installing water gauge sensors.
7-Enhance auxiliary aircraft features for surveillance, monitoring, and navigation assistance.
Sustainable life
Our city is striving to achieve a sustainable lifestyle where our homes run on clean energy and feature a water purification system for plant irrigation. To accomplish sustainability, cooperation between the government and the community is essential.
We have developed a comprehensive and intelligent waste management system. The government provides an integrated waste management system that requires citizens to sort their waste into color-coded bags. Equipped containers with sensors send signals when they are full, notifying the relevant authorities for collection. This helps save time and effort in cleaning partially filled containers.
The container design is distinctive to facilitate recycling processes, thus saving space and time. For instance, the food waste container grinds food scraps, while the paper container compresses paper and cardboard to save space. The glass container crushes glass into protective powder ready for recycling,
the plastic container compresses and reshapes plastic for educational purposes or tool manufacturing.
Search and Rescue Drone (SARD)
Drones can become very supplemental or key additions to Search and Rescue in the case of a disaster. Although many drones contain basic functions like flying or recording, they are still not adequate for disaster-use. To improve this, our team has decided to use AI, training a ML model, to easily detect survivors. Our project started with the construction of our own drone, which unlike other drones in the market, is easily customizable from the speed, program, and infrastructure. We trained the ML model ourselves using the Pictoblox program and coded the drone using Arduino. All of the features can be accessed via just a laptop. We believe this drone, specifically the idea it represents, can become a main catalyst in Search and Rescue operations.
Robo-Gate Guider
Transforming the shipping landscape, our project combines smart ships, robotic assistance, and advanced sensors to streamline operations, eliminate delays, and combat trafficking. Prepare for a game-changing solution that revolutionizes maritime logistics and security.
