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12th International Conference on Intelligent Human Computer Interaction (IHCI)

作者： Sultana, Samiha Rahaman, Ananya Paul, Akash Chandra Khan, Evea Zerin Uddin, Jia BRAC Univ Dept Comp Sci & Engn Dhaka Bangladesh Woosong Univ Dept Technol Studies Daejeon South Korea

ISBN: (纸本)9783030684525;9783030684518

Everyone is entitled to live the way they want and to feel happy, but there is a lot of verbal abuse and aggression that people face which is a huge challenge to everyone. It is a general urge to tell our close ones about our current position in emergencies and warn them about the fact that we expect danger. In the event of sudden abduction or sudden illness in an uncertain place, we can feel powerless. A way is therefore built to save lives from possible dangerous circumstances in which a person is at risk of being abducted, robbed, or raped. In the model, two voice inputs are detected-"Danger" and "Help" and also a switch button input is taken. As the voice recognition model is trained that way, the device can only recognize the user's voice. It sends the text to the police and parents for the "Danger" word input or push-button input. It also sends the location to the parents for the "Help" word. On the other hand, when the pulse rate is not within a certain range, the hospital and relatives are informed. The trained words, mobile numbers, BPM range used can be modified according to the user's preference. The model is designed to send SMS containing latitude and longitude which can be used to find the exact position on Google Maps. Using our model, individuals can make their lives free of fear as it will serve as a supporting hand in crisis situations.

关键词： Safety Emergencies Arduino uno Voice Recognition module VR3 Push-button sensor gps module GSM Sim808 module

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A Wearable Safety Device for Women using IoT 5

A Wearable Safety Device for Women using IoT

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5th International Conference on Inventive Computation Technologies (ICICT)

作者： Priya, C. Ramya, C. Naresh Mohit Pravin, Meager Akkash Karpagam Coll Engn Dept Elect & Commun Engn Coimbatore Tamil Nadu India PSG Coll Technol Dept Elect & Commun Engn Coimbatore Tamil Nadu India

ISBN: (数字)9781665408370

ISBN: (纸本)9781665408387;9781665408370

Even though India is a country with a developing economy, it nevertheless has a high rate of crime against women. In particular, Women are at high risk when they travel alone on desolate roads or in remote places. Due to the lack of security mechanisms to safeguard women. As a result, they carry many gadgets. The proposed safety gadget WSM can assist in safeguarding women from crime activities. The proposed Arduino board consumes less power and energy. The proposed model is an all-in-one security safeguard system, which is enabled by a single click, wherein the movements were tracked by using gps and GSM technology so that an emergency message could be sent to the Arduino's pre-programmed contact list.

关键词： Arduino Uno gps module GSM module

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UDDSUI: An Unsafe Driving Detection System Using IoT 19

UDDSUI: An Unsafe Driving Detection System Using IoT

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19th IEEE-India-Council International Conference (INDICON)

作者： Tushaar, T. H. Shashank, B. Jois, Tanvi K. Mukhopadhyay, Adwitiya Amrita Vishwa Amrita Sch Comp Dept Comp Sci Mysuru Campus Vidyapeetham India

ISBN: (纸本)9781665473507

People's increased use of automobiles has resulted in terrible events such as traffic accidents, deaths, and financial losses. The main elements associated with the most mishaps are driver errors and human variables influenced by medical conditions, alcohol intake, reckless or dangerous driving etc. Driver fatigue is seen as another key factor in automobile accidents. The majority of vehicular accidents are caused by the driver's actions. Data about the driver, the weather, and the vehicle may be used to determine unusual events on the road. In this paper, we offer a unique and effective method for preventing disasters caused by a driver's actions. 'Unsafe Driving Detection System Using IoT' (UDDSUI) is the name given to the proposed system. The UDDSUI system monitors the proximity of an adjacent car, alcohol intake and the exhaustion of the driver. It sends a warning message to the driver and stores the data in a cloud service via the Internet of things (IoT).

关键词： Internet of Things(IOT) Vehicle proximity Cloud Drowsiness Accident Detection NodeMCU Alcohol Detection Ultrasonic Sensor gps module GSM module Ubidots UDDSUI

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Optimizing UAV performance with IoT and fuzzy linear fractional transportation models

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RESULTS IN ENGINEERING 2024年 24卷

作者： Al-Janabi, Samaher Seyhood, Nawras G. Univ Babylon Fac Sci Women SCIW Dept Comp Sci Babylon Iraq

Unmanned aerial vehicles (UAVs) have become indispensable in replacing human pilots for high-risk, high-intensity operations, including search-and-rescue missions, infrastructure inspection, and environmental monitoring. As a key enabler of these operations, UAV task planning systems require advanced trajectory optimization to operate effectively in dynamic, complex environments. This paper presents an innovative model integrating fully fuzzy linear fractional transportation programming (FTMP) with Internet of Things (IoT) technologies to enhance UAV performance. Unlike conventional path-planning methods, the proposed model leverages bioinspired artificial intelligence (AI) algorithms and mixed-integer programming to solve multi-objective optimization problems under uncertainty. A critical feature of this platform is its ability to continuously adjust flight altitude based on real-time data, accounting for varying terrain morphology, fuel constraints, flight restrictions, and threats, thus ensuring optimal 3D trajectory planning. This makes the platform particularly effective in emergency scenarios such as natural disasters, explosions, or fires, where it supports rapid and accurate searchand-rescue efforts. The UAV system not only minimizes human involvement but also reduces the response time by transmitting real-time video, audio, and gps data to responders over long distances. The proposed solution offers several advantages over traditional aerial platforms, including: (a) Precision tracking and path optimization with a demonstrated accuracy exceeding 88 % across recall, precision, and F-measure metrics. (b) Costeffectiveness: The UAV is compact, lightweight, and affordable, significantly reducing operational expenses compared to helicopters. (c) Adaptability: Remote sensing allows for seamless control in rugged and obstructed environments. (d) Scalability: IoT integration supports multi-drone coordination for continuous real-time data collection and transmission

关键词： Edge computing UVA IoTs APM platform Control system Target detection gps module LORA modem

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LoRaWAN based Cattle Monitoring Smart System 7

LoRaWAN based Cattle Monitoring Smart System

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7th International Conference on Electrical Energy Systems (ICEES)

作者： Joshitha, C. Kanakaraja, P. Bhavani, Mallela Divya Raman, Yerramsetti Naga Venkata Sravani, Tadepalli Koneru Lakshmaiah Educ Fdn Dept ECE Vaddeswaram Andhra Pradesh India

ISBN: (纸本)9781728176123

The economy of developing country like India depends on livestock because it provides livelihood for majority people in the rural communal. Even though India has the world's highest livestock, it is not utilized properly due to lack of appropriate monitoring. Usually cattle move around the wide spread farms and hence differentiating each cattle may be difficult due to their indistinguishable appearance. Identification of individual cattle is mandatory for various reasons like to manage breeding process, to monitor draining status, to restrict dispersion of ailments etc. Here in this paper, we propose a novel cattle Monitoring using LoRaWAN (Long Range Wide Area Network). LoRaWAN techniques assure wireless radio frequency with long range and low power wireless platform. Cattle monitoring is one of the major applications of LoRa device as it supports not only to identify the strayed animal, but also monitors animal's vital condition. Initially LoRa based device is attached to the cattle's collar and hence its acts as a node. The distinct nodes can transmit their location coordinates with the support of gps(Global Positioning System). Temperature and humidity sensors are attached to the transmitter node to monitor the environmental condition of cattle and an alert message will be send to the concerned person if there is any deviation from expected readings. In the receiver side, the collected data will be shared to IoT dashboard using Raspberry Pi module. Hence the farm owner can monitor the cattle even from remote place. The prototype of proposed system is established and verified the real time performance as well.

关键词： LoRaWAN IoT Cattle monitoring Livestock Raspberry Pi GSM module gps module

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An IOT Based Smart Drain Monitoring System with Alert Messages 12th

An IOT Based Smart Drain Monitoring System with Alert Messag...

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12th International Conference on Intelligent Human Computer Interaction (IHCI)

作者： Sultana, Samiha Rahaman, Ananya Jhara, Anita Mahmud Paul, Akash Chandra Uddin, Jia BRAC Univ Dept Comp Sci & Engn Dhaka Bangladesh Woosong Univ Dept Technol Studies Daejeon South Korea

ISBN: (纸本)9783030684525;9783030684518

Everyone has the right to live in a healthy environment. Flooding due to obstructed drain is a very common phenomenon in Bangladesh and many other developing countries that leads to unhygienic surroundings. Because of this, many health issues appear when the air gets poisoned due to sewage gas. One of the key causes of increasingly growing Aedes mosquitoes is the stagnant water on the road for too long. It is difficult to track manually, and the issues become apparent only when they are already clogged and the whole region is filled with water. A warning system that sends the sensed data to the managing authorities using GSM techniques and IOT is generated to prevent such incidents even before it could impact the public is proposed in this paper. MQ135 is used for sewage gas, an ultrasonic sensor for sewage distance, and awater level sensor is used to keep track of water flow. If the level reaches a certain threshold, it will send a text message using GSM to the authority to report the issues mentioning which areas should be fixed with a location using gps, and authority and general people will also be able to keep track of real-time data via an online website which is implemented using NodeMCU. It is possible to adjust the threshold values according to the user's choice. As it ensures that the authority can get notified in time and also shows live data, the system can help people in the community live healthier lives.

关键词： Drain water GSM SIM808 IoT Alert system MQ135 Ultrasonic sensor Water sensor gps module Adafruit IO

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Smart Garbage Monitoring and Alert System:An Eco-Efficient Approach towards Environmental Sustainability and Recycling

Smart Garbage Monitoring and Alert System:An Eco-Efficient A...

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8th IEEE Asia-Pacific Conference on Computer Science and Data Engineering (IEEE CSDE)

作者： Karmaker, Dolan Muntaha, Mahjabin Ibn Awlad, Md Sifat Iqbal, Sumaiya BRAC Univ Comp Sci & Engn BRAC 66 Mohakhali Dhaka Bangladesh

ISBN: (纸本)9781665495523

Our digitized and fast-paced world which saw the revolution of science and technology at its peak contributed most to the rapid urbanization and industrialization. The impact of this revolution on the environment is great but not good. Now that we have countless innovations it is time to take a step forward with consideration of the sustainability of the environment and proper usage of its limited resources. The best way to achieve that is by recycling the primarily produced objects. By ensuring proper monitoring of the waste produced and management of that can pave the way for recycling. Recycling waste is of maximum benefit especially in solving innumerable environmental problems. It can also contribute to a nation's economy by producing many employment opportunities, land use reduction, and minimizing the disposal cost of wastes [1]. While all these sound very appealing, the problem persists in the very root which is gathering the garbage while it is still in the recyclable condition and distinguishing whether the garbage is recyclable or not. This precisely is the purpose of this paper, to propose a cheap, easy to implement, and least time-consuming system. Using NodeMCU, 3 Ultrasonic sensors, gps module, Moisture Sensor with Amplifier and Blynk app a possible solution is proposed which would have constant monitoring over the garbage level to keep track of the level garbage can and detect the moisture level of the trash chute to identify wet garbage and constantly update the data in the server. Then it would notify the collector through the Blynk app when the trash chute needs to be emptied along with a message marking whether the disposal is recyclable or not. It is designed with the view that would allow us to spend less and gain more.

关键词： NodeMCU Blynk Ultrasonic sensors Moisture sensor gps module Recycling Sustainability

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ICE Vehicle Energy Consumption Measurement and Calculation Methodology for the Purpose of EV Battery Pack Design 35

ICE Vehicle Energy Consumption Measurement and Calculation M...

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35th International Conference on Power Electronics and Electrical Drives, EDPE 2021

作者： Peršić, Antonio Kristek, Hrvoje Peršić, Vladimir Vražić, Mario Department of Electric Machines Drives and Automation Faculty of Electrical Engineering and Computing University of Zagreb Zagreb Croatia Novatec D.o.o. Labin Croatia

This paper presents a standard vehicle's energy consumption calculation for the purpose of an electric vehicle (EV) battery pack design procedure. The vehicle dynamics parameters were measured on a route located on a mountainous terrain with a standard driving profile. Vehicle used to conduct the measurements, was a standard internal combustion engine (ICE) vehicle. Afterwards the measured parameters have been used as inputs to a vehicle dynamics model to calculate the resistive forces "on the wheels"that the vehicle had to overcome to achieve the desired driving profile on the specified route. Those forces are then used to calculate the average energy consumption of the vehicle on the mentioned route, only to be scaled to the battery pack with the use of the powertrain model. Furthermore, the consumptions of the vehicle's onboard electrical devices are added to receive the complete energy consumption of the vehicle on the specified route with the desired driving profile. The before mentioned average energy consumption (in kWh/km), can be then used for further application of this vehicle model in different scenarios. ©2021 IEEE.

关键词： Auxiliary on board devices Battery pack Electric vehicle Energy consumption gps module Powertrain Vehicle dynamics

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Band guard- a dynamic security tool for women protection using data analysis 1

Band guard- a dynamic security tool for women protection usi...

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International Conference on Smart Technologies and Systems for Next Generation Computing (ICSTSN)

作者： Renukadevi, P. Brindha, R. Jeyakumar, D. Kanagavalli, N. SRM Inst Sci & Technol Dept Comp Technol Chennai Tamil Nadu India Rajalakshmi Inst Technol Dept Comp Sci & Engn Chennai Tamil Nadu India

ISBN: (纸本)9781665421119;9781665421126

Nowadays every woman is working and they strive hard for their growth of their family and society. On the same side, the crime against women is increasing day by day in all aspects and the world is becoming vulnerable for women to survive. Not only women, but girl children also face the same crises, they are not feeling safe due to increasing crimes;there is a feeling of insecurity amongst the women, girl children, and their family members. Hence, by analyzing through various views of women's insecurity we concluded with a proposed solution for resolving this issue with the help of BANDGUARD - women safety system that has a dual security feature based on gps. This paper explains, it is a system which has dual alerts in case a woman or girl child is harassed, kidnapped by someone, or she thinks she is in trouble. This band guard is a hairband that is used by all the women and girl children in their day-to-day life, in which a gps tracker is being placed with the inbuilt SOS Panic button with power source inbuilt battery with a waterproof coating material. The gps tracker with SOS Panic button, which is used to send alert messages and to share the users location that is women or girl children, which will be sent to their family or friends. So that their parents will be tracking the location of the children without the feeling of insecurity and this can be located with the help of Google Maps by gps tracking methodology. The main purpose of this device BANDGUARD is to inform the parents or friends or guardians about the current location of the women or girl children when they are in insecure situation or in danger.

关键词： Hairband gps module SOS Panic Button Inbuilt Power Supply (Battery) Water Proof Coating material Geo Location Google API

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Design and Business Modeling of an IoT Based Cost-Effective Vehicular Monitoring System for Next Generation Smart Vehicle 6

Design and Business Modeling of an IoT Based Cost-Effective ...

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6th IEEE International Women in Engineering (WIE) Conference on Electrical and Computer Engineering (WIECON-ECE)

作者： Khan, Md Shahrukh Adnan Akter, Tanzina Hossain, Mirza Muhammad Yeamin Hossain, Md Shamim Mazumder, Saykot Alam, Md Khairul Canadian Univ Bangladesh Dept Elect & Elect Engn Dhaka Bangladesh Univ Asia Pacific Dept Elect & Elect Engn Dhaka Bangladesh

ISBN: (纸本)9781665419178

In the fast-moving world, we live in, every piece of electronics in our lives already has a smarter counterpart. Vehicles are no exception to this pattern and in the previous 10 years, they have gotten more intelligent than their drivers have, and as a rule - became more secure and progressively cost-efficient. In our research, we designed a cost-effective Arduino based smart monitoring system and vehicle tracking system that will be making our life easier, and secure. Here we implemented a system that includes an automatic temperature based fan speed control system, coolant/water level detection, engine oil level detection, engine temperature detection. We designed the monitoring system using Arduino Uno and Arduino touch screen display for real-time monitoring. This system will show coolant/water level, engine oil level, engine temperature, fan speed in percentage scale, tachometer reading in RPM of vehicles, will be fitted in front of the driver. A low-cost vehicle tracking system is implemented for tracking vehicles at any time. We also designed a smartphone application by using MIT app inventor for showing vehicle location on a map. The entire system has been tested and the result has been included. We get satisfactory performance from the test result. Finally, a cost comparison between the price of our entire system and the price of the recent market has been attached. The price of the smart transport system that we approached is lower than the market price. Business modeling of the proposed system is also included.

关键词： IoT Smart Vehicle Arduino Uno RPM meter Waterproof Temperature sensor Waterproof Ultrasonic Sensor GPRS module gps module Mobile App

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