January 3, 2024

January 3, 2024

Safeguarding Public Spaces

Safeguarding Public Spaces

Safeguarding Public Spaces

In contemporary society, public space security and safety are of utmost significance. The theft of wallets, a frequent type of street crime, puts people’s personal items at risk and may result in financial loss and psychological misery. By utilizing Edge Impulse technology to identify and expose wallet-snatching incidents in public areas, this article offers a fresh solution to the problem. To develop a reliable and effective wallet-snatching detection solution, the suggested system blends machine learning techniques with the strength of the Edge Impulse platform. This study used Spiking Neural Networks (SNNs) which are inspired by the biological neural networks found in the brain. Edge Impulse offers a thorough framework for gathering, preprocessing, and examining data, enabling the creation of extremely precise machine learning models. The system can accurately discriminate between legitimate interactions with wallets and suspicious snatching attempts by training these models on a dataset that includes both normal and snatching events. The efficiency of the suggested method is 95% demonstrated by experimental findings, which show high accuracy and low false positive rates in recognizing wallet snatching instances. Increasing public safety, giving people a sense of security in public places, and discouraging prospective wallet-snatching criminals are all goals of this research.

In contemporary society, public space security and safety are of utmost significance. The theft of wallets, a frequent type of street crime, puts people’s personal items at risk and may result in financial loss and psychological misery. By utilizing Edge Impulse technology to identify and expose wallet-snatching incidents in public areas, this article offers a fresh solution to the problem. To develop a reliable and effective wallet-snatching detection solution, the suggested system blends machine learning techniques with the strength of the Edge Impulse platform. This study used Spiking Neural Networks (SNNs) which are inspired by the biological neural networks found in the brain. Edge Impulse offers a thorough framework for gathering, preprocessing, and examining data, enabling the creation of extremely precise machine learning models. The system can accurately discriminate between legitimate interactions with wallets and suspicious snatching attempts by training these models on a dataset that includes both normal and snatching events. The efficiency of the suggested method is 95% demonstrated by experimental findings, which show high accuracy and low false positive rates in recognizing wallet snatching instances. Increasing public safety, giving people a sense of security in public places, and discouraging prospective wallet-snatching criminals are all goals of this research.

In contemporary society, public space security and safety are of utmost significance. The theft of wallets, a frequent type of street crime, puts people’s personal items at risk and may result in financial loss and psychological misery. By utilizing Edge Impulse technology to identify and expose wallet-snatching incidents in public areas, this article offers a fresh solution to the problem. To develop a reliable and effective wallet-snatching detection solution, the suggested system blends machine learning techniques with the strength of the Edge Impulse platform. This study used Spiking Neural Networks (SNNs) which are inspired by the biological neural networks found in the brain. Edge Impulse offers a thorough framework for gathering, preprocessing, and examining data, enabling the creation of extremely precise machine learning models. The system can accurately discriminate between legitimate interactions with wallets and suspicious snatching attempts by training these models on a dataset that includes both normal and snatching events. The efficiency of the suggested method is 95% demonstrated by experimental findings, which show high accuracy and low false positive rates in recognizing wallet snatching instances. Increasing public safety, giving people a sense of security in public places, and discouraging prospective wallet-snatching criminals are all goals of this research.

Year

2024

Category

Project

Product Duration

18 Months
Introduction
Introduction
Introduction

Public places are critical for societal interactions and community participation. They are places of recreation, socialization, and public meetings. However, these areas are not immune to criminal activity, and one typical threat is wallet snatching. Wallet snatching is the act of forcibly removing someone’s wallet, which frequently results in financial losses, identity theft, and psychological suffering for the victims. Safeguarding public places and combating wallet snatching necessitate new measures that make use of developing technology. In this context, this introduction investigates the potential of Edge Impulse technology in uncovering and preventing wallet-snatching events

Design
Design
Design

The developed machine learning model effectively detects wallet-snatching incidents in public places with high accuracy and efficiency. Leveraging advanced computer vision techniques and real-time processing, the model identifies suspicious activities, ensuring rapid and reliable detection to enhance public safety.

Rainy Ride
Rainy Ride
Rainy Ride
Development
Development
Development

To achieve this, a dataset was collected, annotated, and submitted to the Edge Impulse platform. The model was trained to recognize wallet theft instances, with an impressive 95% accuracy rate.

Riders
Riders
Riders
FUTURE DIRECTION
FUTURE DIRECTION
FUTURE DIRECTION

The effective integration of Akida FOMO into the Edge Impulse platform opens the door for interesting new research trajectories. We may improve the area of computer vision and object identification by continually improving the model, investigating real-time applications, using transfer learning, assuring scalability, and extending to new domains, eventually helping society with increased safety and efficiency.

Riders
Riders
Riders
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BASED IN Bloomington, Indiana

AI and ML + Backend Developer

BASED IN USA, I AM AN STUDENT WITH AI And ml EXPERTISE. MY PASSION FOR artificial intelligence , machine learning, AND optimization IS EVIDENT IN MY WORK.

Let'S WORK

TOGETHER

BASED IN Bloomington, Indiana

AI and ML + Backend Developer

BASED IN USA, I AM AN STUDENT WITH AI And ml EXPERTISE. MY PASSION FOR artificial intelligence , machine learning, AND optimization IS EVIDENT IN MY WORK.

Let'S WORK

TOGETHER

BASED IN USA, I AM AN INNOVATIVE DESIGNER AND DIGITAL ARTIST. MY PASSION FOR MINIMALIST AESTHETICS, ELEGANT TYPOGRAPHY, AND INTUITIVE DESIGN IS EVIDENT IN MY WORK.

Let'S WORK

TOGETHER

BASED IN Bloomington, Indiana

AI and ML + Backend Developer

BASED IN USA, I AM AN INNOVATIVE DESIGNER AND DIGITAL ARTIST. MY PASSION FOR MINIMALIST AESTHETICS, ELEGANT TYPOGRAPHY, AND INTUITIVE DESIGN IS EVIDENT IN MY WORK.