Projects

The Object Finding and Obstacle Avoidance Robot A Step Towards Intelligent Machines

The Object Finding and Obstacle Avoidance Robot: A Step Towards Intelligent Machines

This little helper can autonomously search for objects you specify based on their unique RGB color patterns. It then navigates its environment, closing the distance until it reaches a designated stop point, just 10 centimeters from the target. But that’s not all! While on its mission, the robot expertly avoids any obstacles in its path, […]

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Build High-Performance Computer Cluster

Beowulf Revived: Students Unite to Build High-Performance Computer Cluster

Here are the key takeaways from the passage: A Beowulf cluster is an alternative to expensive supercomputers, made up of networked commodity computers that act as a single powerful machine. It offers cost-effectiveness, scalability, and a valuable learning experience for students. Building a Beowulf cluster involves planning hardware requirements, assembling individual computers, installing Linux and

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Raspberry Pi Based Sequential Switching A Budget-Friendly Automation Solution

Raspberry Pi Based Sequential Switching: A Budget-Friendly Automation Solution

This commentary dives into a research paper exploring the use of a Raspberry Pi for sequential switching of industrial loads. It analyzes the project’s concept, advantages, and the hardware components involved. Abstract Breakdown The paper proposes a system utilizing a Raspberry Pi, a low-cost computer, to control and automate the switching of industrial loads in

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Projected Virtual Board Using Raspberry Pi

Projected Virtual Board Using Raspberry Pi

Introduction The project identifies a common problem: the cumbersome nature of traditional whiteboards. It highlights the benefits of a portable virtual board system: Increased Portability: The system’s compact size makes it easier to carry around compared to traditional whiteboards. Enhanced Interactivity: The LED pen allows users to write and draw on the projected virtual board, replicating the

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Raspberry Pi board

Exploring Raspberry Pi for Interactive Home Automation: An IoT Survey

Abstract Home automation refers to the branch of technology dedicated to streamlining household tasks and reducing human involvement through automation techniques. The primary objective of these systems, leveraging the Internet of Things (IoT), is to enable automatic and digital control of household activities and appliances. This paper focuses on facilitating comprehensive connectivity and energy-efficient management

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Power Consumption Comparison

A Comparative Study on the Power Usage of Raspberry Pi Models

Abstract In recent decades, there has been a notable surge in the adoption of various personal computing devices, ranging from traditional desktop computers and laptops to tablets and smartphones. A more recent addition to this lineup is the Raspberry Pi, which has gained rapid popularity since its introduction in 2012, eventually becoming the best-selling British

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Camera and Raspberry connection top view

Exploring the Frontiers: Raspberry Pi Model for Autonomous Self-Driving Cars

Abstract: Presently, self-driving cars are operational in foreign nations; however, their implementation in India remains unfeasible due to reliance on GPS and sensor-based approaches. A key issue with GPS is its tendency to display roads on maps that may not exist or may not accurately reflect the road conditions in India, which often include non-concrete

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Assembled image of robotic vehicle

Raspberry Pi Enabled Hand Gesture Recognition for Vehicle Control

Abstract Individuals with disabilities benefit greatly from hand-operated vehicles as they can navigate in their desired direction without the need for button inputs. This system comprises a glove equipped with a receiver circuit mounted on top, along with an Atmega microcontroller connected to an accelerometer that the user wears while operating the device. The vehicle’s

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Evolution of different technologies in agricultural sector

Visualizing Precision Agriculture: Raspberry Pi as Key Sensor Nodes

ABSTRACT With the continuous advancement of Internet of Things (IoT) technology, wireless sensor network applications in agriculture are becoming increasingly popular. These networks are primarily utilized to monitor crucial agricultural parameters like temperature, humidity, soil moisture levels, nitrite content, and groundwater quality. The collected data is transmitted to a remote station for analysis, facilitating the

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