 Subjects -> ELECTRONICS (Total: 207 journals)
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- Accident Detection and Alcohol Detection using Smart Helmet
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Authors: Aditya Jadhav; Aditya Vaidya, Yash Thakur, Yash Mhatre, Abhaysingh Bhosale
Abstract: In an era driven by technology and a growing concern for safety, the concept of the 'Smart Helmet' has emerged as a evolved solution, combining innovation and practicality to redefine head protection and user experiences. Just imagine a helmet that’s not just a helmet but a high-technology gadget for your head. The smart helmet is a fusion of technology with a traditional helmet. Helmets are rationally designed to protect the Head of the Rider, now these helmets are being transformed into such devices that not only protect the head but also send riders location and alert message to be registered mobile numbers in emergency situations like accidents. The Smart Helmet is a concept that illustrates innovation through its integration of sensors, like Accident Detection, Alcohol Detection, Location Tracker, Message Sending, and More. These elements come together to create such a device that enhances the safety and overall quality of Simple Helmet. In this report, we aim to provide an understanding of Smart Helmets, their Key Features, Objectives, and their transformed safety features. We will investigate the influence of IoT technology and the integration of sensors.
PubDate: Sat, 28 Oct 2023 06:27:16 +000
- Child Rescue System from Bore wells using Arduino
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Authors: Swapnil Khanpate; Om Raut, Suraj Jambhale, Rajashree Gadhave
Abstract: India is facing water crisis constantly India grapples persistently with an ongoing water crisis. It holds the unfortunate distinction of being the largest global extractor of groundwater, a perilous trend that jeopardizes political, economic stability, and public health in the long term. Consequently, there's been a surge in bore well installations tapping into subsurface aquifers, often situated in human-populated areas, with some failing to yield adequate groundwater resources. The traditional approach to rescuing a child from such peril involves the intricate, protracted, and precarious process of excavating a parallel pit adjacent to the well. This method's inefficiencies and risks necessitate innovation. In recent times, there have been numerous incidents of abandoned bore wells becoming death traps for innocent children and animals. The purpose of these bore wells is to save lives, but unfortunately, they have turned into a source of tragedy. The conventional method of rescuing a child from a bore well involves digging a parallel pit next to the well, which is a complicated, lengthy, and risky process. To address these challenges, a simple and effective method of rescuing a trapped child from a bore well is proposed. This method involves using a system that can move inside the bore well channel and control its gripper arm according to user inputs.
PubDate: Mon, 23 Oct 2023 06:47:35 +000
- An Independent & Cost Effective IoT based System for Safe Ride of the
Vehicle-
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Authors: B. Devika Reddy; Tharun Kumar M.D, G. Soniya Priyatharsini, S. Geetha
Abstract: Road Accidents are common all over the globe. Road Transportation System (RTS) involves various fields like Civil Engineering, Mechanical Engineering, Traffic Department etc. The various reasons for road accidents will pertain to different above-mentioned fields like poor design & maintenance of roads, rash / negligent driving, poor knowledge of traffic rules, design faults in vehicle & running poorly maintained vehicles. Right from the inception of Road Transportation System various technological improvements in mentioned fields tried to mitigate the accidents. The technological advancements in Computer Science Engineering has revolutionized the RTS. Much research is being carried around the globe in mitigating the accidents. In this study we proposed a new Cost Effective IoT based System for Safe Ride of the Vehicle.
PubDate: Mon, 23 Oct 2023 06:37:17 +000
- Coarse-Grained Logic Interface with Floating-Point Arithmetic Unit: A
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Authors: Devendra Singh Thakur; Sunil Kumar Shah, Sateesh Kourav, Anoop Kumar Dubey, Yashwant Singh
Abstract: One of the most significant components of their design since it affects the type of programmable connectivity and logic capabilities they have. The FPGA architecture has a significant impact on the speed performance, space efficiency, and power consumption of the finished device. This examination examines the evolution of programmable logic devices over time, the underlying programming paradigms that underpin programmability, and the most important findings from architectural system research. We provide a description of the essential aspects of current commercial FPGA architecture while keeping new developments in mind. FPGA device performance and system integration have greatly improved, but new problems have emerged. To avoid these issues and take advantage of increased microprocessor density, the FPGA architecture must be modified. This analysis examines the most current advances in advanced FPGA topologies, including advancements in programming methodologies, logic building blocks, interconnects, and embedded resources. Furthermore, several major new design issues for FPGA designs, such as cutting-edge memory-based and 3D FPGAs, are studied to offer context.
PubDate: Wed, 27 Sep 2023 08:41:28 +000
- ROAD HEALTH MONITORING SYSTEM
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Authors: Kaushal Bhoir; Sujwal Latke, Sarafaraj Shah, Nikita Saindane
Abstract: The purpose of our project is to create a pothole detecting system that helps drivers avoid potholes on the road by providing them with warnings in advance. These alerts could come in the form of an LED light display or a buzzer. This can be utilised on a four-wheeler, particularly by ambulance drivers so that they can quickly save a great number of lives. Road surface quality needs to be regularly evaluated and maintained as necessary. The economy of the nation is significantly boosted by well-maintained roadways. Due to the heavy use of road transportation, there are numerous chances that potholes on the roads can cause accidents. Every driver in India must navigate potholes, which are most common during the rainy season. But each of the methods currently in use has some downsides, such as high setup costs, a risk of being discovered, or a lack of night vision capabilities. We have therefore created a project that could most readily help people. The major goal is to locate and warn of potholes, ideally without human assistance. We are utilising object identification API and AI-enabled cameras to detect potholes in order to accomplish our goal. The driver can use the information gathered to prevent collisions.
PubDate: Mon, 29 May 2023 11:42:44 +000
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