AI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM

Nowadays in Indonesia, many cities have implemented smart cities where many CCTVs are installed in various corners of the city and then monitored through the command center. However, with the increasing number of video data taken from CCTV, the process of detecting crowded areas will be difficult to...

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Main Author: Abmi Ansyari Pane, Rudy
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/62339
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:62339
spelling id-itb.:623392021-12-27T11:59:04ZAI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM Abmi Ansyari Pane, Rudy Indonesia Theses Crowd Management System, jetson board, Artificial Intelligent(AI), SSD-Mobilnetv2, edge computing INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/62339 Nowadays in Indonesia, many cities have implemented smart cities where many CCTVs are installed in various corners of the city and then monitored through the command center. However, with the increasing number of video data taken from CCTV, the process of detecting crowded areas will be difficult to do manually. Therefore we need a device that can monitor and detect crowded areas automatically and digitally using a device called a Crowd Management System (CMS). CMS will perform face detection to determine the level of crowd in an area monitored by CCTV. In general, cloud computing-based CMS will face the problem of bandwidth requirements where a large internet connection is needed between CCTV cameras and data processors to transfer video data. One of solution for this problem is to process data directly on CCTV which is known as edge computing. The data processing uses Artificial Intelligent (AI), so an embedded device capable of running AI is needed. Therefore, this study will design an edge computing-based CMS using SSD-Mobilnetv2 on a Nvidia Jetson Nano. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Nowadays in Indonesia, many cities have implemented smart cities where many CCTVs are installed in various corners of the city and then monitored through the command center. However, with the increasing number of video data taken from CCTV, the process of detecting crowded areas will be difficult to do manually. Therefore we need a device that can monitor and detect crowded areas automatically and digitally using a device called a Crowd Management System (CMS). CMS will perform face detection to determine the level of crowd in an area monitored by CCTV. In general, cloud computing-based CMS will face the problem of bandwidth requirements where a large internet connection is needed between CCTV cameras and data processors to transfer video data. One of solution for this problem is to process data directly on CCTV which is known as edge computing. The data processing uses Artificial Intelligent (AI), so an embedded device capable of running AI is needed. Therefore, this study will design an edge computing-based CMS using SSD-Mobilnetv2 on a Nvidia Jetson Nano.
format Theses
author Abmi Ansyari Pane, Rudy
spellingShingle Abmi Ansyari Pane, Rudy
AI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM
author_facet Abmi Ansyari Pane, Rudy
author_sort Abmi Ansyari Pane, Rudy
title AI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM
title_short AI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM
title_full AI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM
title_fullStr AI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM
title_full_unstemmed AI IMPLEMENTATION ON NVIDIA JETSON NANO FOR EDGE COMPUTING ON CROWD MANAGEMENT SYSTEM
title_sort ai implementation on nvidia jetson nano for edge computing on crowd management system
url https://digilib.itb.ac.id/gdl/view/62339
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