Code Number TITLE Abstract
SH19AND01 Pedestrian Congestion Monitoring Platform

Abstract:- This paper proposes a system able to collect information about pedestrian congestion levels in Bucharest, by offering an Android application for monitoring its users’ location anonymously. The application sends the data to a server which calculates the most crowded areas of the city using the DBSCAN clustering algorithm. The application displays congested areas, as well as their level of congestion by using different coloured circles on the map presented to the user. The history of busy areas of Bucharest can also be visited at the request of the user.

Keywords:-pedestrian congestion, mobile application, clustering algorithm.

SH19AND02 ViNav: A Vision-based Indoor Navigation System for Smartphones

Abstract:- Smartphone-based indoor navigation services are desperately needed in indoor environments. However, the adoption of them has been relatively slow, due to the lack of fine-grained and up-to-date indoor maps, or the potentially high deployment and maintenance cost of infrastructure-based indoor localization solutions. This work proposes ViNav, a scalable and cost-efficient system that implements indoor mapping, localization and navigation based on visual and inertial sensor data collected from smartphones. ViNav applies structure-from-motion (SfM) techniques to reconstruct 3D models of indoor environments from crowdsourced images, locates points of interest (POI) in 3D models, and compiles navigation meshes for path finding. ViNav implements image-based localization that identifies users’ positions and facing directions, and leverages this feature to calibrate dead-reckoning-based user trajectories and sensor fingerprints collected along the trajectories. The calibrated information is utilized for building more informative and accurate indoor maps, and lowering the response delay of localization requests. According to our experimental results in a university building and a supermarket, the system works properly and our indoor localization achieves competitive performance compared with traditional approaches: in a supermarket, ViNav locates users within 2 seconds, with a distance error less than 1 meter and a facing direction error less than 6 degrees.

Keywords:- Indoor mapping, Indoor localization, Indoor navigation, 3D modelling, Mobile crowdsensing.

SH19AND03 An Android-Based Emergency Alarm and Healthcare Management System

Abstract:- This project presents an emergency alarm and healthcare management system, which is mainly deployed in an android-based phone that is conveniently used and carried. So our system is suitable for most of the people. With the help of the GPS and GSM network, the system can make sure the location of the users when they are in trouble and trigger the alarm. When the doctor or family receives the alarm message, they can immediately take measures to rescue the user. It can also manage the health record of the user. The user can take online medical to send their physical condition and then get prescription from doctor who will send the prescription on the user's phone . After that the life reminder system can remind the user to take medical on time and so on.

Keywords:- Healthcare; Emergency Alarm; Life Reminder; Healtcare Management; Android.


Abstract:- In today’s world, people using smart phones have increased rapidly and hence, a smart phone can be used efficiently for personal security or various other protection purposes. The heinous incident that outraged the entire nation have waken us to go for the safety issues and so a host of new apps have been developed to provide security systems to women via their phones. This paper presents Abhaya, an Android Application for the Safety of Women and this app can be activated this app by a single click, whenever need arises. A single click on this app identifies the location of place through GPS and sends a message comprising this location URL to the registered contacts and also call on the first registered contact to help the one in dangerous situations. The unique feature of this application is to send the message to the registered contacts continuously for every five minutes until the “stop” button in the application is clicked. Continuous location tracking information via SMS helps to find the location of the victim quickly and can be rescued safely.

Keywords:- Android; GPS; URL; Registered Contacts.

SH19AND05 Safe Driving: A Mobile Application for Detecting Traffic Accidents

Abstract:- The Safe Driving Mobile Application is described. It helps the users while driving their cars by alerting them if they exceed the allowed speed through an audio notice. Furthermore, it detects car accidents through an analytical model that integrates measurement data collected from the mobile phone (e.g., monitoring the variation of speed, acoustic waves, and vibration waves), and informs the concerned authorities (rescue teams, police, relatives, etc.) about the place and time of the accident in addition to some personal information about the driver (e.g., full name, telephone number, number of a relative, blood type, plate number, etc.). In addition, it provides to the user real-time information about the current road conditions through push notifications.

Keywords:- Mobile application, smartphone, android, accident detection, phone sensors, accelerometer.


Abstract:- “Raspberry pi based blood bank system” proposed to bring blood donors to the one place. The aim of this system is to fulfill every blood request by using android application and raspberry pi. In the proposed system, data about the donors will be collected by using android application and raspberry pi by installing systems at places such as hospitals, blood banks etc. These data will be stored in the database. User/Patients needs to access application and needs to enter his requirements about the blood in the application the requirements are matched with the database and message will be to that particular blood donor through GSM modem.

Keywords:- Raspberry Pi;Embedded Blood Bank;Blood donor; GSM; Android.

SH19AND07 NFC-based Smart Notification System for Hospital Discharge Process and Bed Management

Abstract:- An efficient discharge workflow with objective to minimize the turnaround time upon discharge of a patient in a typical hospital environment is proposed. The implemented workflow, which relies on a near-field-communication (NFC)based patient discharge event, triggers a sequence of notifications and actions both by the nurses and housekeepers till the bed is cleared for occupancy by the next patient. The notifications are automated through Telegram Bot API. Android-based mobile applications are developed for both nurses and housekeepers. The mobile apps allow for follow-up actions and the status of the bed to be captured and sent to the cloud. Key functionalities of the system include immediate notification send to the housekeepers when a patient leaves the hospital, simple sending of cleaning requests and viewing of bed status. The system has been deployed in a hospital and evaluation is carried out in terms of improvement in the turnaround time of hospital beds.

Keywords:- NFC Tags, Hospital Discharge Process, Workflow Optimization, Mobile Applications.

SH19AND08 An Andriod Application For Smart Parking With Efficient Space Management

Abstract:- Paying for parking is a waste of time and an inconvenient procedure. To solve this problem we introduce our system “An android application for smart parking with efficient space management” which offers full automation of paying for parking. Our solution will change the life of every driver. This will not waste their time anymore searching for a parking meter because the parking meter will find them. They will not have to pay a parking ticket again since they get the nearest place for parking using our system and pay parking fees for the place. There is also a module, the user can give their place for parking and they get rent for the parking slot, if the place is in congested areas then the amount of rent will also increase. Security is another one, we provide security for each vehicle that registered for parking. Efficient space management in the parking area is also important. That will help the application's proper working and customer satisfaction. The user first needs to register or create an account using his android phone and application. This registration will save on our server. When the time for parking the vehicle number scanned with a camera and compare with the registered number in sever, if they match then the gate automatically opens, else don't. Only after the timeout and or timeout call the vehicle can safely get out of the parking area. The cameras installed in the parking area to capture photos of the vehicle at every entering an exciting time and send them to the server. The time will also be recorded.

Keywords:- Parking System, Pay Park, Rend.


Abstract:- Today, most instructors in universities are found up 'til now using the normal procedures for taking understudies' interest either by getting out the understudy names or by circumventing a cooperation sheet for understudies to sign asserting their substance. Despite the monotonous issue, such technique is also at higher peril of having understudies misleading about their support, especially in a broad classroom. Consequently, a strategy for taking investment by using an application running on the Android arrange is proposed in this paper. This application, once acquainted can be used with download the understudies list from a doled out web server. In light of the downloaded once-over of understudies, the device will then act like an IMEI number for understudy compact one by one to avow and check the understudy's quintessence. The revived interest sends SMS to gatekeepers either understudy is accessible or truant. This system will shed the present issues, while also propelling a paperless area meanwhile. Since this application can be sent on educators have existing Android devices, no additional hardware cost is required.

Keywords:- Attendance, students, staffs, IMEI number, Server.

SH19AND10 A Cost-effective Mobile Sensing System intended for Continuous Monitoring of Vehicular Emissions for Air Quality Monitoring Applications

Abstract:- Advances in Embedded systems, low-cost gas sensor, and wireless communication technologies are enabling new possibilities to develop systems that can be used to continuously monitor the health and stability of the environment we live in. Traditionally, environmental monitoring systems are expensive and are installed at fixed locations. This is a distributed approach where the measuring units are sparse and placed remotely from each other. In this paper, we present a transportable environmental monitoring system which will detect the presence of vehicular emissions which is mainly contributed by Carbon Dioxide (CO2) and Carbon Monoxide (CO) gases together with weather conditions such as temperature and relative humidity of the surrounding atmosphere. The acquired data can be transferred through a Bluetooth module to an Andriod application for continuous visualization. In addition to that, the Andriod application is also designed such that it acquires the geographical coordinates of the cell phone form the inbuilt Global Positioning System (GPS) module and can record the pollution concentration of that specific location and store the records in a designated Web server. We present a preliminary prototype of the system and discuss the implementation challenges and initial experiments.

Keywords:- Embedded systems, Environmental monitoring, Bluetooth technology, Andriod application, GPS, Web Server.

SH19AND11 Digital Moisture Monitoring System Embedded in PIC

Abstract:- Digitalization in agriculture can eliminate many malicious effects in the agricultural industry and reduce uncertainty due to the uncertainty in weather and complex agriculture system. This study designs a PIC based web-service oriented architecture to achieve achieves more flexibility, affordability as well as usability through adapting the Web services and PIC based Sensor integrated with GSM/GPRS based mobile application model to take progressive data of temperature, level of soil moisture, photo taken from the harvest field and renders these data into a web server to produce report for farmers or agriculture experts through android devices. These data are then stored in the web server as per date and time. Besides, the ratio of soil moisture in a specific area is calculated and displayed in a graph in the web page. Moreover, an android application “Smart Agriculture BD” has been constructed to incorporate the field images along with other data in the web server. In order to collect the data for the humidity of soil grove-moisture sensor, a temperature sensor for calculating temperature, android app for retrieving collected images and SIM900A kit (GSM/GPRS module) has been integrated with PIC Microcontroller 16f877A to forward the data to a web server for immediate use. Henceforth, a user can predict the field condition by manipulating the data and take the imperative decision to overcome any detrimental effect on crops due to nature.

Keywords:- Android Apps, GSM, GPRS, PIC, Moisture sensor.

SH19AND12 BloodBank PH: A Framework for an Android-based Application for the Facilitation of Blood Services in the Philippines

Abstract:- Blood services are very essential for it can save a person’s life. The absence of a platform to schedule blood donation appointment and to request for blood lead to problems such as lack of knowledge with the process of blood donation and requesting for blood. This study presents a framework for the development of an Android mobile application that will facilitate blood services between blood banks, blood donors and blood requesters. The proposed system will allow blood banks to manage blood drives to encourage more people to donate, view updated reports of the current status of blood services, and manage blood requests as well as blood donations. The proposed mobile application will allow blood donors to conveniently schedule blood donation appointments or participate in blood drives. People who need blood can send a request to the nearest blood bank with an available supply of blood through the proposed mobile application.

Keywords:- Android, Blood Bank, Blood Donation, Mobile Application.

SH19AND13 Implementation of Secure End-to-End Remote Control System for Smart Home Appliances on Android

Abstract:- In most existing remote-control services for smart home appliances, a controller outside the home network can be used to control these appliances in the home network using a remote-control support server installed on the Internet. However, if the service provider ends the service, a user cannot control these appliances from outside the home. In this paper, we propose a secure end-to-end remote-control system based on NTMobile which is a technology to achieve NAT traversal and end-to-end encrypted communication. With the proposed system, the operating android device can remotely control the smart appliances existing in the house from outside the house safely and securely without requiring a manufacturer’s remote-control server in the existing service. As a result of the operation verification and performance evaluation of the proposed system inthemobileInternetenvironment,weconfirmedthatthedevices compatible with ECHONET Lite, which is a communication standard for controlling smart home appliances and residential equipmentsfrominsidethehouse,installedundertheNATrouter can be directly controlled from outside the house within the timeout time specified by the ECHONET Lite specification.

Keywords:- ECHONET; NTMobile.

SH19AND14 A Mobile Application for Cat Detection and Breed Recognition Based on Deep Learning

Abstract:- Deep learning is one of the latest technologies in computer science. It allows using machines to solve problems in a manner similar to the human brain. Deep learning approaches have significantly improved the performance of visual recognition applications including image classification and image detection. In this paper we benchmark different deep learning models and present an Android application used to predict the location and breed of a given cat using a mobile phone camera. The average accuracy of the finalized model was 81.74%.

Keywords:- Deep Learning, Cat recognition, Android.

SH19AND15 Voice Recognition based Intelligent Wheelchair and GPS Tracking System

Abstract:- Development of a voice recognition based intelligent wheelchair system for physically handicapped people who are unable to drive the wheelchair by hand is represented in this paper where the patient can operate the wheelchair using voice commands and the location of patient can be traced using GPS module in the wheelchair that tracks and sends the information to smartphone application (app) via Firebase. Voice module V3 is used to record patient’s voice and recognize that voice to follow the instructions of the patient. This kit converts the voice commands to hexadecimal numbers and then the data is fed to the Wi-Fi module to control the wheelchair. Wi-Fi module directs the motor driver IC to move the wheels in desired direction. Motor speed can also be controlled in three stages-low, medium, high. This system also offers obstacle detection automatically using IR sensor and a smartphone app has been developed for the family members of patient to know about the location of the patient. Use of firebase makes the system fast and android app offers low cost and user friendly environment than the conventional GSM based navigation systems. As this system simultaneously offers voice operated wheelchair, motor speed control, obstacle detection and GPS tracking of patient using android app, hopefully it will be a fruitful system for the handicapped people worldwide.

Keywords:- voice recognition; GPS module; smartphone application; Firebase; Wi-Fi module; speed control; obstacle detection.

SH19AND16 Design and Implementation of SENSEPACK: An IoT Based Mushroom Cultivation Monitoring System

Abstract:- In this paper, the design and implementation of SENSEPACK - a smart system to monitor room environment of mushroom cultivation farm is reported. The system measures the temperature, humidity, light and CO2 level with appropriate sensors. The obtained data can be utilized to control the environment of the nursing room with the help of external devices such as water pump, exhaust fan, light bulb and air conditioner. An android/web-based application has been developed for the ease of monitoring the system. The software application allows automation and remote operation of the external devices to maintain and control the optimum environment.

Keywords:- Mushroom, Cultivation, Android, Arduino, Smart, IoT, Monitoring System.

SH19AND17 Automated greenhouse system

Abstract:- In this paper, an experimental setup for automated greenhouse system is presented, with an aim to improve the crop productivity under a controlled environment. For this purpose temperature, light, humiditv and soil moisture sensors are used to collect critical data. Arduino mega 2560 is used to take necessarv decisions based on threshold valúes of these environmental parameters. The control system then generates control signáis to actúate exhaust fan and sprinklers, depending upon the environmental parameters. User can keep track of the environmental parameters and crop health through an android application. Moreover, actuators can also be actuated through the android application, if required. For improving the crop growth and maintaining the health of the crops a special combination of red and blue light emitting diodes (LEDs) is used. The greenhouse system is powered bv solar panel to make it a self- sufficient unit.

Keywords:- Automation, Greenhouse, Sensors, Arduino, Solar panel.

SH19AND18 The Development of an Internet of Things Mobile Application for Tracking an Electric Bus in a Campus

Abstract:- To reach the idea of data science for the Internet of Things (IoT) innovation, we believe that if we can collect data from our daily life activities such as our commuting data from a bus system based on IoT. We can add values to this collected data using, for example, machine learning or data analysis and statistics. However, we need to enable the system to be able to measure our daily life’s activities. As an example of such a system, this research demonstrates how to apply the IoT technology to track an electrical bus status of a mass transit system in a university. We develop a mobile application to show the information of the bus on a smartphone. The information can be alerted to a user or passenger in real-time. This information includes an estimated waiting time until the bus reaches a user, the number of passengers on board, and the current bus’s position on the route in Google Maps. The mobile application can help a passenger to decide and manage the right journeys to travel in the university. The application was developed on the Android platform with many technologies including an Arduino integrated development environment or IDE, Google Maps application programming interface or API, a global positioning system or GPS module, ThingSpeak cloud, and infrared distance sensors. The 30 passengers evaluated the satisfaction survey. The survey mainly includes the accuracy of the tracking and alerting processes. The results are that the passengers were delighted with the processes. The evaluation related values are following. The mean is 4.91, and the standard deviation or SD is 0.29 or representing as 98.20%. To sum up, the application in this research can provide an example of mobile application development with current and available technologies such as IoT and cloud in the disruptive era to enhance applications in a transportation or others domain.

Keywords:- Cloud Computing, Internet of Things, Google Maps API, distance sensor.

SH19AND19 IoT based speed control of Smart Fan

Abstract:- This project explains an efficient speed control method of an electric fan module using Smart Android or IOS phone. Espino and Arduino circuits are used in this process to achieve the objective of this paper. Wi-Fi connection is used as a communication protocol between fan, Espino board and smart phone. The goal is to develop an existing fan into a smart fan, thereby the user can regulate the fan speed from his or her foot step. The final prototype fan model significantly improves ease of use for senior citizens and disabled persons. The proposed method is simple and provides room for further improvement.

Keywords:- Phase angle control, Espino controller, Zero Crossing Detection, Triac control.

SH19AND20 Monitoring System for Emergency Service in a Hospital Environment

Abstract:- The hospital emergency service remains the first choice for the vast majority of patients. The large influx of hospital emergency services, combined with the lack of health professionals, often makes the patients susceptible to excessive waiting times. As a result, their health condition may worse after triage, until they are observed by a doctor. In the developed prototype, a bracelet is placed on the patient’s wrist, which reads their vital signs, accompanied by a mobile phone with an Android application, designed to send the collected vital signs data, as well as patient's location, periodically, to a server. There is a database, with the information of all patients under care and, through a dashboard, the interface is made with the health professionals. Such interface alerts the professional whenever a situation is considered critical. The prototype was positively evaluated by the usability tests carried out and could be considered a Minimum Viable Product in the business perspective.

Keywords:- Android Apllication; Minimum Variable Product.

SH19AND21 Design and Implementation of an Android Application for Smart Shopping

Abstract:- The growth of Android applications around the world is extraordinary. People turn towards technology for making their life more innovative and find solutions to their daily problems. When it comes to shopping, customers find it very difficult to find their products around the supermarket as well as to stand in long billing counter queues. Here we have come up with an android application which can be used in smart shopping carts that solve these dilemmas and provide a better shopping experience. Our smart app consists of two parts which mainly focuses on navigation to the item’s location and automatic billing of the products that the user has purchased. The building environment of the app is the open source software called Android Studio software. An RFID reader is used to scan the products. This paper discusses the design and implementation of the app and the results thus obtained.

Keywords:- Android App, Smart Shopping, Android Studio, RFID, Shopping Carts.

SH19AND22 Smart Switching System Using Bluetooth Technology

Abstract:- When being “SMART” is highly in trend nowadays, why stop only to smartphones or computers? So here the home appliances are made possible to control using a simple smart phone. An Android application is used to control the devices that are used in daily life. The other important devices that are used in this project are bluetooth module, microcontroller, relay board, and bulb. The hardware and software architecture of the whole system are described in this paper. It has been made sure that this venture can be accomplished under extreme low price so that it can easily be implemented in familiar atmosphere. This system was wirelessly controlled the switches from a distance of approximately 30 m radius. It is possibly used in health centre, nursing home, and home appliances for elderly, and Parkinson’s patients.

Keywords:- Bluetooth module HC-05; Home automation; Microcontroller ATtiny2313; Relay board; Smartphone .

SH19AND23 Smart School Bus: Ensuring Safety On The Road For School Going Children

Abstract:- A vital part of providing quality education to children is ensuring their safety while traveling between school and home. We developed a low cost, effective smart school bus system utilizing various homemade as well as off the shelf components. This paper discusses the hardware-based smart school bus system for monitoring and ensuring the safety of school going children onboard a school bus.

Keywords:- road safety, child safety, smart system, Arduino, reed switch, pressure pad, HC-05 Bluetooth module, Java, Android, PHP, XML.

SH19AND24 A Smart Android Based Parking System to Reduce the Traffic Congestion of Dhaka City

Abstract:- Traffic congestion is a common phenomenon in developing countries like Bangladesh. This is the quotidian scenario in most of the metropolitan cities of the world. Because of heavy traffic, people lose their valuable time from their busy schedule. One of the prime reasons of this traffic congestion is parking on the roadside. So, a need arises to develop a parking system so that it can reduce the traffic congestion in near future. The paper focuses on a smart android based parking control application which will help you to find out a parking area in nearby your location. The mobile application will also help you to pay the parking charge by online payment system. A counter will be there in the application which will help you to count the amount of time your car have spent in the parking lot. This application will also track the entire process and all the previous records.

Keywords:- Traffic Congestion, Parking Area, MAC address, Attendance System, Smart Android Based Mobile Parking Control Application, Location, Track.

SH19AND25 Automatic Control and Management System for Tropical Hydroponic Cultivation

Abstract:- Tropical hydroponic cultivation needs to control humidity, temperature, water level, pH, and EC factors suitable for tropical climate. In order to grow qualified hydroponic plants, nutrient solution has to run through bottom channels constantly, and pH and EC factors in the solution have to control as the plant ages, the varieties of hydroponic plants and also the food safety qualification. In addition, tropical counties have hot climate almost the whole year; therefore, the greenhouse humidity and temperature have to be controlled. The power outage should be detected to avoid shutting off the nutrient solution pump. This paper proposes automatic control and management system for tropical hydroponic cultivation. The system aims to reduce information exchange of multisensor data fusion within the wireless sensor network by grouping the sensors to decide the data fusion results. It can control water level, humidity, and temperature as grower setting automatically. It also sends sensor data and status, collects pH and EC values of individual nutrient solution tank, and sends notification via Android mobile application. The data history is available on web application. This therefore is easily to monitor, manage data, and setting online. The system is tested in northern Thailand hydroponic farm. The evaluated results show that the system can decide the results from multisensor grouping as the setting correctly.

Keywords:- Hydroponic vegetable, Internet of Things (IoT), Mobile application.

SH19AND26 Bring your own Sensor: Use your Android Smartphone as a Sensing Platform

Abstract:- Various distributed sensing applications are being deployed in the context of crowd-sensing. These applications often require that sensors are mutually synchronized. However, when synchronization is required in a setting where volunteers bring their own mobile device, to contribute to a measurement campaign, several issues arise. This paper analyses and evaluates the Android mobile platform for applications which require collaborative continuous sensing. These applications rely on time synchronized devices to sample sensors at a high data rate and without discontinuities. We show that it is feasible to synchronize smartphones without limiting the system’s scalability, or introducing additional power consumption. Furthermore, the challenges related to continuous sensing in Android for crowdsensing applications are identified.

Keywords:- Crowd sensing, time synchronization, mobile platform, continuous sensing.

SH19AND27 Microcontroller Based Digital AC Dimming Techniques for Light Intensity Control

Abstract:- This project presents microcontroller based digital alternating current (AC) dimming techniques for controlling the ambient light intensity. In this work, the light intensity control is intelligently implemented by varying the AC voltage using the digitally isolated forward phase controlled gate pulses of bidirectional triode thyristor (TRIAC). The main objective of this work is to digitally control the firing angle delay of gate of TRIAC from both onsite and remote location using different methods that replaces the conventional AC dimmer. The dimming level signal is transmitted to the low cost microcontroller board from the capacitive touch sensor at the onsite location. At the remote location, dimming is performed using either the Bluetooth communication interface or web based dimming from the client computer to microcontroller board using NI (National Instruments) LabVIEW software. In order to perform onsite dimming, AC input voltage supplied to light source is varied in proportional to the time period elapsed during which the finger is placed over the capacitive touch sensor. To facilitate remote dimming, the dimming level signal is supplied from Android based smart phone having the application software for paring connection and data communication with Bluetooth transceiver interfaced with microcontroller and also the dimming signals are supplied from the client computer to microcontroller board using web publishing tool of LabVIEW.

Keywords:- AC dimmer; Bluetooth; microcontroller; TRIAC; zero crossing detector.

SH19AND28 AmIE: An Ambient Intelligent Environment for Assisted Living

Abstract:- In the modern world of technology Internet-ofthings (IoT) systems strives to provide an extensive interconnected and automated solutions for almost every life aspect. This paper proposes an IoT context-aware system to present an Ambient Intelligence (AmI) environment; such as an apartment, house, or a building; to assist blind, visually-impaired, and elderly people. The proposed system aims at providing an easy-to-utilize voicecontrolled system to locate, navigate and assist users indoors. The main purpose of the system is to provide indoor positioning, assisted navigation, outside weather information, room temperature, people availability, phone calls and emergency evacuation when needed. The system enhances the user’s awareness of the surrounding environment by feeding them with relevant information through a wearable device to assist them. In addition, the system is voice-controlled in both English and Arabic languages and the information are displayed as audio messages in both languages. The system design, implementation, and evaluation consider the constraints in common types of premises in Kuwait and in challenges, such as the training needed by the users. This paper presents cost-effective implementation options by the adoption of a Raspberry Pi microcomputer, Bluetooth Low Energy devices and an Android smart watch.

Keywords:- Internet of Things, context aware, ambient intelligence, blind and visually impaired.

SH19AND29 STLS: Smart Traffic Lights System for Emergency Response Vehicles

Abstract:- Emergency response vehicles, such as ambulances and fire-trucks, cannot afford to waste time while waiting on traffic lights. These vehicles need a system that would allow them to safely cross the traffic lights without any delay. We propose a smart traffic lights system (STLS) that uses an Android app, MQTT (Message Queuing Telemetry Transport) protocol, Google maps, micro-controlled traffic lights and the Internet for connecting them together. The Android app allows a user to select the destination, Google maps find the shortest path to the destination and position of all traffic signals on the path, the mobile app sends the arrival time for each traffic signal controllers. Eventually, when the vehicle will arrive at the traffic lights, it will find them opened without any conflict with the other signals. A laboratory prototype is made using an Arduino microcontroller to control the traffic lights represented by LEDs on a breadboard, while a fully functional prototype with actual traffic lights is also developed and tested with 100% correct results.

Keywords:- emergency response vehicles, smart traffic lights, Android app, Arduino programming.

SH19AND30 Smart Water Leak Controller in Metro Water Supply Lines

Abstract:- In water supply networks system, the major problem is water leakage. Unwanted water leakage due to leaky pipe lines and beneath the underground pipelines is almost always pertaining in drinking water supply networks. This system contains two sections, first part is leakage detection and automatically closes the solenoid valve for to prevent the over leakage of water and send SMS to the corporation using GSM module according to sensor information. By using GPS location to detect where the leakage takes place. The second part is that to fill the water tank by using android application.

Keywords:- Raspberry pi, Solenoid valve, flow sensor, Ultrasonic sensor, Android application.

SH19AND31 Image and Face Recognition using CV Lens Machine Learning Android Application

Abstract:- This project deals with the camera application that can process the image to various processes. The impact of this project is made by the existing system where Google Lens process the image into text, translate, navigate and search about the text. The image is processed based on two major modules TEXT and IMAGE. TEXT module contains OCR, translation, maps, related Images. IMAGE module contains face emotions and image recognition. Where face emotion detects a face and reveals one’s reactions such as happiness or sadness, etc. Whereas the image recognition module processes the entire object within an image and identifies each object in text form. This project is being developed using Android Studio with the Cognitive Services from Microsoft and Google API services.

Keywords:- text, image, maps, translation, face, detect, emotions, services.


Abstract:- In this era of rapid growth of vehicles, the ratio of road accident increases day by day. Nowadays, Traffic incidents are persistent problems in both developed and developing countries which result in huge loss of life and property. No one in this world is ready to gaze what’s happening around them. Nobody cares even when an accident occurs. This paper provides an innovative solution by developing an Accident Alert Message System using an Android Smartphone Application that can be used from the accident zone. The application uses GPS technology for location mapping and sends an alert and notification of an accident. The generated accident alert message is endorsed by the nearby registered users who also witness the accident to ensure the increased reputation of the message. Based on the endorsement of the message, the system will instantly transmit the location of the accident to the nearby emergency services. In this case, users usually lack the enthusiasm to generate or endorse alert messages because they might fear that their privacy will be breached. At the same time, users do not benefit from generating or endorsing alert messages which also makes them lack the enthusiasm or motivation to respond to messages. In order to provide a solution to resolve these issues, this paper presents a novel privacy-preserving Blockchain – Based Incentive Mechanism for Accident Alert Message System. The main objective of the paper is to encourage the users to generate and endorse accident alert messages from the accident zone without revealing the user’s identity. Also, some incentives to the users are paid to the message generators and endorsers and the transactions get stored based on the Blockchain technology; hence the privacy of the user is preserved. Our proposed system ensures the reliability of alert messages without revealing the privacy of the user and is reliable and efficient in the non-fully-trusted environment.

Keywords:- Android Smart Phone, Mobile Application, GSM(Global System for Mobile Communication), Alert Message, GPS(Global Positioning System), Blockchain.

SH19AND33 Environment Dynamic Monitoring and Remote Control of Greenhouse with ESP8266 NodeMCU

Abstract:- Aiming to reduce the labour cost in managing greenhouses, an combined greenhouse management system including environmentally dynamic monitoring system and remote control system were developed and implemented in a greenhouse. The central unit of this combined system is the ESP8266 NodeMCU board. Environmental parameters including air temperature, air humidity, CO2 concentration and soil moisture were selected to represent the state of the interior environment state of the greenhouse. Based on HTTP protocol, the ESP8266 NodeMCU connected to the Wi-Fi and communicated with IoT platforms, Thingspeak and Bylnk. The data regarding environmental parameters was collected from sensors was processed and sent to cloud and IoT platforms though Wi-Fi. Environmental data was visualized in time-series form on IoT platforms allowing users to know about the internal environment conditions in real time. Moreover, the remote system has enabled users to change the operative condition of environment controllers remotely by altering between the on-off state of control buttons on Bylnk android application. This combined system has low-cost characteristics and is suitable for indoor garden, sized greenhouse. Moreover, it can be applied in modern smart agriculture.

Keywords:- ESP8266, Internet of Things, Remote Control, Environment Dynamic Monitoring, Intelligent System, Wireless Sensor Network.

SH19AND34 EasyFind: A Mobile Crowdsourced Guiding System with Lost Item Finding Based on IoT Technologies

Abstract:- This project designs and implements a mobile crowd sourced guiding system, called EasyFind, using smartphones to guide indoor people and find lost items through Internet of Things (IoT) technologies. In normal time, the EasyFind system can provide the fastest guiding path with the shortest moving time to a destination place based on the density of indoor people in each area. In addition, in emergency time, the EasyFind system can evacuate all people in the shortest total escaping time through modeling spatial and temporal mobilities of indoor people. Furthermore, the EasyFind system can cooperatively find lost items equipped with mobile iBeacon nodes through participatory sensing networks formed by mobile users with smartphones in places with static iBeacon nodes. To precisely localize the lost item, six item localization cases are addressed to reduce the positioning errors with different numbers of smartphones detecting the lost item and different numbers of fixediBeaconnodesnearbytheseitem-detectingsmartphones.An Android-based prototype with static and mobile iBeacon nodes is implemented to verify the feasibility and correctness of our EasyFind system.

Keywords:- iBeacon; Internet of Things; Crowdsourced Guiding; Indoor Navigation; Mobile Device.

SH19AND35 LoRa-based Alert System for Public-safety

Abstract:- This project presents a novel closed loop architecture for citizen security using LoRa based devices. The proposed system comprises of a custom made end-device which can be connected to street light poles in an area and a gateway device which can be connected at a large distance from the end-devices. LoRa physical layer is used as the main communication interface which enables large distance transmission. A data logging server is used for logging the node-id everytime it is pressed. Data is uploaded to the server using a 4G-LTE dongle. An android app is also developed which shows the location of the pressed node and provides navigation routes to the concerned security person to reach that node. We have compared our network operation with commercially avilable security devices. Power consumption and costare the two metrics chosen for evaluation. Results show that our network is extremely low-cost and lowpowered than existing solutions.

Keywords:- LoRa; 4G-LTE Dongle.


Abstract:- In recent days, as in repeatedly we notice that the ashbins are located at various places of the cities in which it is abundant because of addition within the waste on a daily basis. In this proposed project system there are several ashbins situated throughout the town or field, these ashbins are handled with least cost device which helps in monitoring the level of garbage bins Associate in Nursing an distinctive ID are provided for each ashbins so it's straightforward to spot that ashbins is full. When the sensor is placed over on the top of ashbins lid, it will maintain some weight age level as the threshold range; if the level reaches it will send the ashbins status to the centralized server based on the distinctive id. The details are collected from the server and the android application is developed to view those details and location, ashbins status are shown in the app with the help of GSM and GPS module.

Keywords:- Distinctive ID; GSM Module; GPS Module.

SH19AND37 Smart Buspass System Using Android

Abstract:- The main aim of this paper, to introduce the online based app for applying and renewals of bus pass in the government bus. Those who wish to take a bus pass in the government bus and also renewal of their bus pass within the specific period of time which is easy by using this app.

Keywords:- IoT, JSON, android OS, Mysql.

SH19AND38 Intelligent Neonatal Monitoring System Based on Android Application using Multi Sensors

Abstract:- The purpose of the project is to develop an Intelligent Neonatal Monitoring System based on temperature and pulse rate data. In the Neonatal Intensive Care Unit (NICU), there are premature babies and other ill babies who need extra care from the doctors, nurses as well as medical supplies. Therefore, an intelligent neonatal monitoring system should be a good solution in order to help them to observe neonates frequently and consistently. This system transmits the vital signs of the neonate such as body temperature and pulse rate to the Internet of Things (IoT) called ThingSpeak. The body temperature and the pulse rate will be detected by LM35 temperature sensor and pulse sensor respectively. These information will be sent to the IoT via ESP8266 Wi-Fi Shield. IoT helps the doctors and nurses to be connected with the neonate’s vital signs and it is helpful in monitoring the neonates at anytime and anywhere through the internet. The percentage difference between LM35 temperature sensor and digital thermometer is less than 3% while the pulse rate can be varied according to the physical activity. This develops system will providing efficiency and reliability which will play a vital role for better care.

Keywords:- Neonatal Monitoring, Internet of Things, Android Application.

SH19AND39 An IoT Based Air Pollution Monitoring System for Smart Cities

Abstract:- As the world’s population is becoming increasingly urban, the cities are under pressure to remain livable. In recent years, the air quality of the cities has become one of the major cause of concern around the world. Thus, it is necessary to constantly monitor the air quality index of a city to make it smart and livable. In this paper, we propose and develop an IoT based Air Quality Monitoring System for Smart Cities. The real-time data of the air quality is accessed through the smart devices and analyzed to measure the impact on city dwellers. The smart devices are capable of measuring the Temperature, Humidity, Carbon Monoxide, LPG, Smoke and other hazardous particulate matters like PM2.5 and PM10 levels in the atmosphere. The gathered data is accessible globally through an Android Application.

Keywords:- Internet of Things; Air Quality; Smart Cities; Smart App.

SH19AND40 DevelopmentofAndroid Application for Gender, Age and FaceRecognition UsingOpenCV

Abstract:- The idea behind the face recognition system is the fact that every individual has a unique face. Like the fingerprint, an individual's face has many unique structures and features. Facial authentication and facial recognition are challenging tasks. For facial recognition systems to be reliable, they must work with great precision and accuracy. Images captured taking into account different facial expressions or lighting conditions allow greater precision and accuracy of the system compared to a case where only one image of each individual is stored in the database. The face recognition method handles the captured image and compares it to the images stored in the database. If a matching template is found, an individual is identified. Otherwise, the person is reported as unidentified. This paper describes and explains in detail the entire process of developing Android mobile application for recognizing person’s gender, age and face. Face detection and recognition methods that have been used are described and explained as well as development tools used in the development of Android mobile application. The software solution describes the details of using the OpenCV library and shows the actual results of the mobile application through the images.

Keywords:- face detection; deep neural network; face recognition; Android application; gender, age, face recognition;OpenCV;Android Studio.

SH19AND41 A Mobile Application for a Smart Car

Abstract:- In the present, the design and implementation of a smart parking prototype is carried out, which allows us to calculate the number of spaces available or occupied in a car park. The data of each of the car parks shared in real time through a mobile application for smartphones and an interactive and intuitive web platform for easy access and use of it. The development of the project starts with the research, the necessary resources, the function of a processing base, a microcontroller, which is responsible for carrying out the control, the operation of the system; and the sensors that detect the physical state of the vehicle parking space, which will be transmitted to a WiFi module and once to the application.

Keywords:- Smart; Mobile Application; Reflective Sensor; Internet of Things; Network; WiFi; Parking; Android.

SH19AND42 Disaster Management System Over Wifi Direct

Abstract:- Disaster management is a complex and interesting domain which deals with abnormal, extremely critical and challenging situations. It has always been a worldwide concern and considered one of the leading causes of death and injuries around the world. During disasters, continuous connectivity plays a vital role in rescue operations. However, maintaining stable and continuous connectivity in disasters is unguaranteed because of the possible failure of infrastructure network caused by disasters. Hence depending on disaster management systems that are built on infrastructure networks is impractical and unfeasible. Utilizing alternative solutions like mobile Ad-hoc networks may substitute the infrastructure network. In this paper, we utilize WiFi direct technology which is known for its superiority over other similar ad-hoc network technologies to develop a disaster management system. The System is specifically developed to provide a stable communication channel between victims and rescuers. Additionally, we propose an optimization to WiFi direct network to enable the inter-group communication between different WiFi direct groups using WiFi legacy. Using this hybrid solution of the two technologies (WiFi legacy and WiFi Direct), we developed an android disaster management system that is more robust and resilient to damage. Experimental results demonstrate that the system achieves improvement in terms of energy consumption, delay and reliability comparing to existing works.

Keywords:- Disaster management system; WiFi Direct; WiFi legacy; Android application.

SH19AND43 Development of a Low-Cost and User-Friendly Neurofeedback Tool to treat Depression, Insomnia, Anxiety, Pain and ADHD using an Arduino and Android Application

Abstract:- The main objective of the paper is to achieve the implementation of an economical and user-friendly neurofeedback tool that can be used to treat pain, addiction, aggression, anxiety, autism, depression, Schizophrenia, epilepsy, headaches, insomnia, Tourette syndrome, Attention Deficit Hyperactivity Disorder (ADHD), also used for the treatment of brain damage caused by stroke, trauma, and other causes in developing countries using EEG signal analysis. The analysis and the detection of the EEG can be achieved with the help of a home-made neurofeedback-built system. The technical and clinical EEG spectrum can be subdivided into – Alpha, Beta, Theta and Gamma ranges. The report will focus on the frequencies of the Beta band in accordance to the analysis of the power values and the output of the EEG analysis will be required to control the video and-or audio feedback.

Keywords:- BCI, EEG, Neuro-feedback, Beta wave, Arduino, Low cost.

SH19AND44 Automated Facial Recognition Attendance System Leveraging IoT Cameras

Abstract:- In recent years, biometrics using facial recognition has become an important part of many industries like security, retail, marketing, health-care, etc. Internet of Things has played a pivotal role in enhancing and automating technology for practical applications. However, there exist some issues with implementing these systems practically. In this paper, an attendance management system is proposed which can detect and recognize faces of an entire class from a few pictures and mark the attendance of the recognized students. IoT cameras have been used instead of a smartphone camera to increase coverage and reduce the number of missed attendances. In addition to reducing manual work, it has also been ensured that this system is completely secure. The system proposed mainly comprises of IoT Camera Module, custom back-end server and separate Android apps for teachers and students. The system is also able to provide high accuracy at low cost as compared to other other similar applications and hence is suitable for real-life use.

Keywords:- face recognition, attendance management system, internet of things.

SH19AND45 Automatic Plant Watering and Monitoring System using NodeMCU

Abstract:- This paper aims at achieving automation for the purpose of plant monitoring and irrigation system, using Node MCU. Sensors are used for monitoring the environmental conditions surrounding the crop, whose outputs are obtained on an Android based mobile application as well as uploaded on the cloud. The updates of the atmospheric conditions such as temperature, humidity and soil moisture can be fetched from anywhere in the world as the data is shared on the cloud platform (Thingspeak). A record of this data can be maintained which could be used for the future reference, i.e., in the next cropping season, thereby, enhancing the planning and development of crop production.

Keywords:- NodeMCU, Soil Moisture Sensor, Mini-DC Pump, BLYNK Application, Thingspeak.

SH19AND46 Fire Detection System using Raspberry Pi

Abstract:- Fire presents significant threat to life due to its severe hazards and ability to spread rapidly. Fire detection systems, specially vision-based system offers flame detection prior to any loss or destruction. In this present model, new vision-based device is designed which works on Raspberry Pi and detects flame (visible part of fire) over remote regions. An immediate alert is generated on android application. Here in, HSV color combination is used for proposed model and changes in flame color and texture is studied.

Keywords:- Fire detection, flame color, flame texture, false alarm.

SH19AND47 Smart Kitchen with New Measurement, Web and Application Based with Affordable Design

Abstract:- The world is moving with rapid growth of technology. Everything is going to be automated and smart and is in one click. Kitchen is very important part of our house which highlight the beauty of our house and it is the area for improvement in the field of smart and automated. This paper deals with the measurements of ingredients of Kitchen in a smart manner with new and attractive design and it should be or must be control by an android application or website at any time at any place. New Technology changes the architecture of kitchen as well as changed the method of putting out ingredients with safety sensors for kitchen as well as users. The sensors are being used to calculate amount of the ingredients and controlled by raspberry pi. All the activities will handle by an application or website with collection of data. Level of will check at specific time and will give order at nearby stores. Lights will control according to the user by heat sensor.

Keywords:- Affordable Kitchen Design, Android application for Kitchen, Web Technology in Kitchen, Safety Sensors, Heat Sensors, Light Sensor, Arduino (Uno), Raspberry pi.

SH19AND48 Development of Smart Home System Controlled by Android Application

Abstract:- This paper presents a low-cost smart home system with an efficient system. The hardware consists of NodeMCU Arduino, PIR sensor, temperature sensor, light dependent resistor and a motion sensor in IP Camera. The software includes ArduinoIDE and MIT app inventor II for Android mobile phones. The system developed based on Android user Interface for controlling a smart home. The NETPIE platform, which is a network of IoT, is used for interfacing between a user and a smart home. This system consists of lighting system, fan and security system. The notification is through LINE Notify app. The system includes two control systems; manual and automatic. From the results, it is shown that the control system is well performance while it is developed just low-cost devices.

Keywords:- Smart home, Android app, internet of things, NETPIE, LINE Notify.

SH19AND49 Garbage Box (G-Box) Designing and Monitoring

Abstract:- This paper describes a G-Box, a garbage box that can be monitored using mobile phone. The G-Box is designed to attract, to stimulate, to educate, and to train the kids to throw the garbage in the correct place, so that the clean environment can be achieved. The system of the garbage box in this research is designed in two parts, i.e. G-Box (Garbage Box) and P-Box (Prize Box). The G-Box and P-Box can communicate using Bluetooth. When the kids have thrown the garbage in the G-Box, the G-Box will give the notification trough MP3 player by saying “Thank you very much, please get your candy in the P-Box”. The G-Box also sends the signal to the PBox to throw away the candy from the P-Box as the prize for the kids that have thrown away the garbage in the correct place (in this case, the G-Box).

Keywords:- Garbage, Monitoring, Android, Bluetooth.

SH19AND50 Design and Implementation of an IoT-Based Energy Monitoring System for Managing Smart Homes

Abstract:- The usage of smart meters has been expanding rapidly since the 2000s, as they provide economic, social and environmental benefits for multiple stakeholders. A smart meter can have a customizable design based on the requirements of customer and utility company. They can be implemented by using different sensors and devices, supported by dedicated communication infrastructure. This paper presents the design and implementation of a full working smart meter system that provides remote control of individual loads by using Arduino, Raspberry Pi and other sensors. The implemented system includes a mobile application, developed for the client to control and manage the smart meter, along with a website application, developed for the utility company to monitor and administer the system. The energy monitoring system is equipped with various features such as sending a notification to the client if consumption budget exceeds a customizable threshold (75%), payment options by Visa or PayPal and many others.

Keywords:- Multiple Stakeholders, Raspberry Pi.

SH19AND51 Bazaar Mind: A Virtual Shopping Assistant

Abstract:- Bangladesh is one of the most densely populated countries in the world. With vast amount of people joining the workforce and huge traffic jam in the capital, it becomes very difficult for city dwellers to manage family life. In this paper, we present a simple shopping assistant that keeps track of the items needs to be purchased by the user. It also searches in the background for the desired items and reports to the user on close by shops where the items would be available. The general acceptance of this app is found to be quite high. The novelty of this paper is twofold: (1) designing a shopping assistant, and (2) analysing the user acceptability. In future, we plan to incorporate a recommendation system.

Keywords:- android, bazaar mind, shopping assistant, user feedback.


Abstract:- This work exhibits an efficient women security recognition system utilizing GPS and GSM modems. Inspite of different enormous growth in technology, science and mechanical engineering today world creates so many threats and risky spot for woman and for some kids . Women are living in the basic environment and society in which the dread of wrongdoing is dependably in high system. Today, viciousness against women unavoidably expanded. This paper targets a gadget which guarantees the assurance of women. This gadget enables women in the risky circumstances by recognizing their area, to secure and call the closest assets. Whenever you sense risk, you should simply, hang on the catch of the gadget. The system comprises of an ARDUINO NANO Controller, Bluetooth module, Taser and an Android versatile. When it is actuated, it tracks the spot of the women utilizing GPS (Global Positioning System) and sends crisis messages utilizing GSM (Global System for Mobile correspondence) through Android portable Application to SOS contacts (Predefined Numbers). In the event that the message isn't checked by the specific number referenced, the system will give the call to the predefined number. It is the convenient gadget for the lady which will probably convey and simple to utilize. This gadget is joined to Taser will create a stun which will assault the abusers. The utilization of advanced parts guarantees precision and makes it solid. The system additionally gives voice acknowledgment includes in the Android versatile Application which will help in sort of crisis circumstances when the gadget is harmed.

Keywords:- Android application, Bluetooth, Women Safety, Taser.

SH19AND53 A New Android Application (Breeze) for College Management System

Abstract:- Breeze is an Android Application which provides a common, easy to use platform for college students to develop a better interaction with fellow students, faculty and administration. This work has unique and helpful feature of raising queries, where students can put up their queries and anyone can answer their queries. For keeping a check over the inappropriate posts a feature of report is also provided which informs the admin about inappropriate posts and actions which could be taken over it accordingly. Furthermore, it provides user a help option which helps them in discovering any information regarding labs, faculty and lecture halls. Breeze also creates a platform where user can view daily updates of his/her attendance syllabus, and time table. Breeze app works fluently as it is based on online database system called firebase. It has secure login features, and also allows login through Facebook and Google. It also provides basic features like changing password, profile picture, and retrieving the forgotten password. In all it is an all in one application which has all the features to solve the basic problems of college students.

Keywords:- Android; Online System; Traditional Notice Board; Notifications; Education System; Database; Firebase.

SH19AND54 Android Controlled Lawn Mower Using Bluetooth and WIFI Connection

Abstract:- This study was designed to clean the school field in an easier, faster, safer and more cost-effective way. The device has the following hardware such as Arduino Uno microcontroller, HC-05 Bluetooth module, WIFI module, two 12 volt wiper motors as wheels, 24 volt E- Bike blade motor, motor driver, two caster wheels, switch and two 12 volt 7 Ampere rechargeable lead acid battery that are connected in series. The device can be used using Android phone with installed ENIRO App. The ENIRO App was constructed using MIT App Inventor. In controlling the lawn mower, Bluetooth and WIFI connection can be used. The maximum distance of Bluetooth is up to 58 meters or 190 feet. The maximum distance of WIFI connection is up to 152 meters or 500 feet. In continuous usage of the device up to two hours, the area of mowed grass is 30 meters by 20 meters. The project passed the project evaluation and determined the quality of the project. It was evaluated by 20 evaluators using the criteria: functionality, reliability, usability, efficiency, portability and maintainability.

Keywords:- Arduino, Android, WIFI, Lawn mower.

SH19AND55 Smart City Bus Application With QR Code : A Review

Abstract:- Smart City Bus Application with QR Code is an Android application that provides bus information in real-time in Malaysia. It uses the commonly available function on any modern Android device such as the Global Positioning System (GPS). Other than that, Smart City Bus Application also provides many functions mainly QR code payment that might be useful for the public generally to make payment without using cash or card. This review paper brightens the idea of the application in a much simpler way.

Keywords:- Android Application, Bus Application, Internetof-Things (IoT), Smart City, Quick Response (QR) Code Payment, Global Positioning System (GPS), Real-time Positioning using GPS.

SH19AND56 An Intelligent Voice Interaction Model Based on Mobile Teaching Environment

Abstract:- To improve the effect of voice interactive learning in mobile teaching, this paper analyses the system characteristics of Android architecture and the characteristics of voice interactive mode in embedded environment. Firstly, the specific speech recognition algorithm based on practical application background is studied, and the complexity and real-time performance of the algorithm module are analyzed. Then, a speech recognition algorithm, Dynamic Time Planning(DTW) is adopted in the off-line mode of the network, and the adaptability of the related algorithms is optimized to enable it to be more suitable for the application in Android embedded environment. At the same time, the speech recognition technology and speech synthesis technology are integrated, and the database technology in Android is used to synthesize several modules into a complete and comprehensive intelligent voice interaction system. Finally, the function of the system is tested as a whole and the test data show that the voice interaction model designed in this paper can achieve speech recognition and intelligent voice control more completely. The recognition speed is faster, and it can meet people's needs for efficient, simple and fast interaction.

Keywords:- voice interaction; mobile teaching; DTW; Android.