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Project Code: RBTEE1601
Abstract: Time is of the essence when ambulances are utilized to save people's lives, but when an ambulance needs to pass through a junction, its speed often must be reduced due to traffic. This complicates situations when the patient in the ambulance needs urgent treatment that can be administered only at a hospital. Due to the unavailability of advanced medical procedures in an ambulance, there is the possibility for patients to suffer a loss of life.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RBTEE1602
Abstract: Over the next 30 years, it is anticipated that the world will need to source 70% more food to provide for the growing population, and it is likely that a significant amount of this will have to come from irrigated land. However, the quality of irrigation water is also important, and measuring the quality of this water will allow management decisions to be made. Soil salinity is an important parameter in crop yield, and in this paper, we describe a chloride sensor system based on a low-cost robust screen-printed chloride ion sensor, suitable for use in distributed sensor networks. Previously, this sensor has been used in controlled laboratory-based experiments, but here we provide evidence that the sensor will find application outside of the laboratory in field deployments. We report on three experiments using this sensor; one with a soil column, one using a fluvarium, and finally on an experiment in a greenhouse. All these give an insight into the movement of chloride over small distances with high temporal resolution. These initial experiments illustrate that the new sensors are viable and usable with relatively simple electronics, and although subject to ongoing development, they are currently capable of providing new scientific data at high spatial and temporal resolutions. Therefore, we conclude that such chloride sensors, coupled with a distributed wireless network, offer a new paradigm in hydrological monitoring and will enable new applications, such as irrigation using mixtures of potable and brackish water, with significant cost and resource saving.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES001
Abstract: The proposed ambient air pollution sensing
system provide real-time low cost flexible measurement of five
most important for human health urban areas air parameters
(such as CO, PM2.5, CO2, temperature, and humidity) and
transfer it to higher level applications for analysis and
forecasting. Implementation features of developed system and
proposed diagrams with their description bring a practical
value.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES002
Abstract: India is the second largest populated country in the
world. With rapid urbanization, the amount of waste generated
in urban areas has increased tremendously leading to a major
concern. Most of them are dumped in landfills directly without
proper treatment and segregation. This practice leads to a lot of
problems. Groundwater gets contaminated. These landfills act as
a perfect breeding ground for mosquitoes, rats and stray dogs.
Conservancy staff and rag pickers who are exposed to these
landfills develop a lot of health problems. To address this issue,
segregation should be done at various levels. The important level
of segregation is the source itself. Even primitive segregation at
the households could be a turning point in the waste management
of the country. The economic value of waste is unexplored in the
country. In this article, an automated waste segregator is
proposed that segregates the waste into wet and dry waste at the
household level using capacitive proximity sensor and inductive
proximity sensor, which also detects the bin filling status.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES004
Abstract: Usage of motor bike is preferred by most of the
people for it is an easy way for transport and it needs a little
space comparatively on parking. But when accidents happen, it
causes severe injuries and sometimes deaths as well. There are
many reasons for these accidents, internally and externally.
Forgetting to lift up the side stand is one of the reasons and it
could be avoided by certain technical aspects. This paper
presents an automatic side stand for motor bikes, which could be
lifted up while the bike starts moving and retrieve back when it
stops. The design consists of sensors, relay switches and
regulators which are controlled by Arduino UNO program.
There is no need to additional energy source or any other
complexity since the designed system uses the necessary power
from the motor bike battery.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES005
Abstract: Arduino based IOT device for septuagenarian fall
detection has developed especially for the elder peoples who
are staying alone in home. If the old age peoples felt down in
most of the cases, it will lead to serious injuries and they can’t
raise voice due to shock. This work possess to make the
detector on arduino based device for the old age people who
fall down. The device is used to detect the falling of a person
with the help of accelerometer and this is specially designed as
to contact an entitled person as soon. The implementation is
based on the combination of both hardware and software that
detects and triggers the entitled person through SMS alert. The
special feature of this device is portable and it can fix in any
space like wheel chair, bed, and the old age person can also fix
it with their watch they wear.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES006
Abstract: Vehicle accidents are rapidly increasing
in many countries. Among many other factors,
drowsiness and fatigue are playing a major role in these
accidents and systems which can monitor it are
currently being developed. Among them,
Electroencephalography (EEG) proved to be very
reliable. The conventional vehicle and the vision based
detection for drowsiness is very much essential only
when the driver is about to sleep and every so often very
late in preventing fatalities on road. This paper is
specially developed to improve the safety of the bikers.
The proposed system has EEG-sensors which are
implemented within the helmet to detect the drowsy
state of the driver. The biomedical signal from the
driver’s brain is sensed by a Brain-wave sensor. This
system provides real-time drowsiness and fatigue
detection for the bikers by making a helmet to play a
vital part with warning platform as a miniaturized
sensor and to provide mind machine interface (MMI) to
address the challenges like drowsiness and fatigue.
When the biker is detected to be in drowse state the
system alerts the biker by an alarm and motor gets slow
down and stopped.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES007
Abstract: Temperature Profiling is vital on all operations at a
manufacturing company especially on processes using heat
treatment such as ovens, furnaces, temperature cycling, and
reflow ovens. In most cases there is an insufficient number of
temperature profilers needed by all the manufacturing
processes. The best alternative to acquiring the needed number
of temperature profilers is sharing between the several processes.
But this solution leads to manufacturing process downtime that
eventually affects the production yield. This paper presents the
development of a low-cost temperature profiling system. The
system is designed using an Arduino Mega2560 micro controller
with a Raspberry-Pi used as CPU. It features an alert system
with digital notification in case there is a system malfunction. It
is software designed to present in a graphical format the
temperature profiles
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES008
Abstract: In recent years, motion capture is predominantly
used in biomedical and entertainment industry. The widespread
use of motion capture in entertainment industry has deployed
revolutionary changes in the field. At the same time, motion
capture technology enhances the quality of human lives with its
contribution to perform motion study in the applications like
medical diagnosis and rehabilitation. Many research works have
been carried out to make the technology as more accurate,
versatile and viable to use in other fields. On the other hand,
optical system also gains research interest with its extended
applications in big industries and facilities. But they are very
expensive and requires a large setup with various other
limitations that makes optical system unaffordable for many
small-scale industries and applications. This research work
proposes a system based on inertial sensing is observed as a more
accurate model when compared with the existing optical system
and it also overcomes many other major drawbacks like
flexibility and initial costing. System consists of MPU6050
integrated with Arduino Uno board. The output is serially given
to computer via Arduino board, on which the output is presented
in unity software. Complementary filter is used to integrate data
from sensors.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES010
Abstract: —Home-automation is one of the most desired
features in a smart home. In spite of so many features in a
smart home, there is dearth for a cutting-edge smart lock
which is sophisticated, secure and economical. In this
paper, we have come up with the idea of designing a smart
lock which is really "smart" and "secure". What puts this
smart lock a cut above the rest is its guest mode feature.
This feature enables the important guests of the
administrator to access the smart lock even when they
aren’t able to contact the administrator. This lock can be
built by using simple components like Arduino Uno, Wi-Fi
module, Bluetooth module, Fingerprint se nsor.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES012
Abstract: Safety is one of the important factors that should be
considered either in the parking area, workplace, home area
and so forth. In the university parking area, the students are
unable to receive any information regarding a fire smoke or an
accident near their vehicle. In addition, the parking safety also
not assured due to the shortage of car superintendence and
there is no any strict parking management by the security
officer. Therefore, a fire smoke alert monitoring system in the
university parking area is necessary in order to prevent any
accidents that may cause property breakdown and loss of life
as happens inside the university area. This system should be
introduced since the existing parking is unsystematic and less
efficient as it unable to response the complications that are
regularly happen to the students because they do not receive
any information regarding a fire smoke or an accident near
their vehicle in the parking area. With this new system, a few
advancements are implemented in order to help the students in
various aspects by using multiple and distinct Arduino devices.
Moreover, an android application is developed to facilitate the
security officer in order to identify the car information that are
involved in the accident that might be occur in the university
parking area.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES013
Abstract: In the new era of innovation, the ordinary
strategy which is the conventional method is still been
employed to measure rubber. In the conventional method, the
settler needs to bring the rubber to be measured, calculate the
result and physically recorded the data into the logbook before
bringing the logbook into the FELDA office. Besides, the
rubber officer needs to ensure that the weight in which the
settler shows match with the recorded data. This routine may
lead to misinformation or the information can be faded, lost
and misplaced. It takes a lot of time, energy and cost since the
settler needs to get the result of total rubber information every
day, week and month to be reported to the FELDA office.
Therefore, the Smart Rubber Scale (SRS) System is proposed
which inspired from the conventional process and it was made
into the cloud system where it is measured by using the
Arduino platform and all the data will be sent automatically
into the database using Internet of things (IoT) technology. The
SRS hardware devices consist of load cell sensor, scale sensor,
Arduino UNO R3, sensor module HX711, Bluetooth module
and LCD display. The SRS website is develop by using
notepad++ programming, PHP, CSS, SQL, and HTML
language. In this system, the staff in the FELDA office and the
settler can use it for their convenience. The system will help the
staff to automatically store all the rubber weight into the
system and it would prevent misinformation, unlike the
conventional method whereby the information needs to be
recorded manually in the logbook. The settler can see the
information anywhere and anytime. The system will record
rubber details and the total of rubber collected by settler for
every month.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES014
Abstract: Wireless communication may be between
humans or machines is very much prevailing at these times.
One of the most known methods is the use of Bluetooth.
Bluetooth is perfect for short-range wireless communication
and is a feature that can be found on phones, computers, and
other electronic devices. In this study, it aims to create a
wireless hand gestured controlled fan. The Bluetooth module is
the main component used for transmitting and receiving
information. The study used a gyro sensor in order to
determine the change in coordinates of the hand in which the
speed of the rotation of the fan will be dependent on it. It is
connected to a microcontroller, specifically an Arduino in
which coded functions have been used. Hand gesture
recognition has been done with an overall testing accuracy of
98.61%. Wireless hand gesture fan speed control system has
been effective and possible using the coordinates produced by
the Bluetooth and gyroscope axis.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES015
Abstract: This paper presents the prototyping air pollution
demonstration tool. The demonstration tool was designed a few
months before the outbreak of coronavirus and later adopted in
order to simulate “smart” intervention of sensors as a response to
the health risks following the outbreak of epidemy.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES018
Abstract: The paper deals with robust control design of an
original laboratory DC motor plant. The DC motor laboratory
plant is built based on Arduino UNO and Matlab – Simulink
environment. Mathematical model of the laboratory plant was
identified as an uncertain model. To design a robust PI(D)
controller in the frequency domain, the Quantitative Feedback
Theory (QFT) was used. The designed robust controller was
successfully verified in experiments on the DC motor plant
including reference and disturbance step changes within the
specified uncertainty area.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES019
Abstract: This paper presents a structural health
monitoring system for bridges. The system measures the
vibration in a bridge using accelerometer. Arduino UNO reads
the frequency of the vibration and sends it to a receiver via a
Bluetooth module. At the receiver end, required calculations are
done in MATLAB to identify the location of the damage and to
determine its severity. This knowledge of damage can help in
determining when and where the bridge needs to be repaired.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES020
Abstract: Real-time Python refers to using Python in realtime feedback control experiments by combining an Arduino
microcontroller with a computer. This paper uses a Raspberry
Pi to improve upon a previous method that combined a laptop
and an Arduino. The primary improvement is switching from
serial to i2
c for communication between the Arduino and
Python, which significantly reduces the latency in communications. The reduction in latency allows the digital control
frequency to increase from 200 Hz to 500 Hz. The latency
improvements are verified by oscilloscope measurements. The
new i2
c based approach is applied to vibration suppression
control for a 3D printed beam.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES021
Abstract: —Internet of Things (IoT) is the technology that
helps in communication between machines, circuits, and different
types of devices. This feature has applications in the health care
industry to benefit as sensors, actuators, and hardware support
the technology behind IoT. In the health care sector, in case of an
emergency, it is very crucial to know the exact location of the
patient so that different critical health care services can be made
available at the right time and place. This problem can be solved
by using GPS coordinates. In this paper, an IoT device is made
which locates the exact GPS coordinates of the patients to the
server. Moreover, using the web interface on the server and
Google Maps, doctors and hospital staff can track the exact
location of the patient and serve him. This system made can also
be used on wild animals, school students and transport services
where the location is an essential parameter. The system is made
using sensors like GPS Neo 6m, Arduino, GSM Sim800L. Here,
different IoT platforms, Different IoT tools, sensors, different
programming libraries, APIs usages, server hosting and needed
AT commands with website interface are implemented and
discussed in detail to make a low-cost GPS tracker.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES022
Abstract: This study presented a voice-controlled electric heat
radiator which was named as “little sun”. The switch of the
radiator was controlled by the input voice into the microphone. A
voice recognition module connected with Arduino
microcontroller which assigned the switches to turn on or off by
the instructions of the user’s voice. The results presented that the
little sun works. In 82 tests, 80 voice commands was successfully
recognized at the first command, and 2 voice commands was
successfully recognized after repeating the first commands in the
condition of signal-to-voice ratios (SNR) in the range of 10 to 30
dB. Therefore, a low cost, easy to use and high performance voice
controlled radiator was implemented to improve the convenience
and comfortability of human life.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES023
Abstract: A new smart voltage and current monitoring
system (SVCMS) technique is proposed. It monitors a single
phase electrical system using an Arduino platform as a
microcontroller to read the voltage and current from sensors
and then wirelessly send the measured data to monitor the
results using a new Android application. The integrated
SVCMS design uses an Arduino Uno as the microcontroller to
measure the results from voltage and current sensors and then
send this data, after calculation, to the Android smartphone
device of an end user using Wi-Fi module. The Arduino Uno
controller and ESP8266 W-Fi module are a cheap
microcontroller and wireless device, respectively. The new
Android smartphone application that monitors the voltage and
current measurements uses the open source MIT App Inventor
2 software. It allows for monitoring some elementary
fundamental voltage power quality properties. The system also
calculates frequency and power factor of line using zero
crossing detectors and from calculation of voltage and current
respectively.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES025
Abstract: Design a long-distance wireless control bionic robot
arm control system built on the mobile platform. The Arduino
Mega 2560 is used as the main control chip to control the whole
system, and a potentiometer is used to build a bionic bracket
with the same structure as the mechanical arm. The wireless
transmission module transmits the potential change of the
potentiometer to the control board of the robot arm in real
time. The control board controls the robot arm by calling
related instructions to realize the bionic control. The
mechanical arm control board can also add some sensors
according to different requirements, which makes it more
intelligent. The mechanical arm is built on a mobile platform
that can transmit video and wirelessly control in real time,
which can realize various task requirements. The experimental
results show that the mechanical bionic arm system has flexible
control, good synchronization performance and wide
application prospects.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES026
Abstract: A smart home is the residential extension of
building automation. It initially involved the control and
automation of systems that ensure human comfort such as
lighting, heating, ventilation, air conditioning and security.
This paper present a design and implementation of cost
effective smart home controlled with an android phone. This
framework is intended to help and satisfy the needs of the
elderly and the handicapped within our houses. Additionally,
the idea of smart home system will improve the well-being
status at our homes. The fundamental control system uses a
wireless Bluetooth device and analog sensors which in turns
they give a wireless access to smart phones. The system design
does not remove the existing electrical switches but rather gives
a safer control over the switches with low voltage usage
technique. The switch status is synchronized everywhere each
person interface demonstrates the current existing switch
status. This system is designed to control electrical device
throughout the home with ease of installing it, ease of use and
cost-effective design and implementation.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES027
Abstract: —The development in household devices is increased
over time due to modernization, consumer demands, energy
consumption, etc. This paper discusses the development and
simulation of hair dryer process temperature control. This design
has considered the Arduino board as the main control unit
and temperature measurement is to be done using the Arduino
interfaced thermocouple using MAX6675. The dryer includes a
main inlet of air, a fan for venting inlet air from the dryer, and
a heater for warming the blowing air. Based on the reflected air
temperature, the thermocouple measures the output voltage by
means of a zero crossing detector which electronically activates
the TRIAC angle to turn on and off the heater thus controlling
the amount of heat power. The hair dryer temperature is
continuously controlled in the experimental analysis and the
TRIAC angle is therefore regulated to control the fan speed.
The experimental results showed that the hair dryer system
temperature is effectively controlled.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES029
Abstract: —This paper presents the low-cost power converter
learning kit for power electronics lab in the undergraduate
electrical engineering course. This paper also examines the
learning outcome of an Arduino Nano and MOSFET based
converter learning kit. With help of this converter kit, the
student can learn the working and control of all types of basic
power converter circuits which is present in their electrical
engineering undergraduate curriculum. This is a plug and play
kind of learning kit with minimum connection changes required
to convert from one type of power converter to other types of
power converter circuit. This learning kit facilitates to learn and
control all type of basic power converter circuits like the chopper,
inverter, AC voltage controller, and rectifier. It supports the single
phase as well as the three-phase power conversion and control.
The total cost of the basic converter kit is less than Rs.1400 i.e.,
which is less than $20. The effective usefulness and ease in use of
the kit are evaluated by the feedback from the third year students
of electrical engineering course. The collective feedback result
shows the low-cost converter kit is much helpful to understand
the basic concepts of the power converter circuit.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES030
Abstract: The proposed Arduino-based automated washroom
sanitizing system, mainly deals with solving the problem of the
unhygienic condition of public toilets. The automation of systems
for everyone is turning very frequently in the present. Yet,
common people are facing many issues in their daily routine.
Sanitation is one of the largest problems faced by people in our
country. Even though 6 percent of the urban people are relying
on public toilets for their daily use, they are still not hygienic.
This has become one of the most basic issues faced by people
everywhere. Providing the best solution to this issue is the aim of
our project. The existing method involves manual cleaning done
by a human which is not at all an easy task and may not even
exist in all areas. Implementing a facility to clean the major units
of a washroom after several cycles will maintain a sufficient
hygienic environment. The cleaning process is aimed to be
automated and simple. Such a provision will ease the job of
regular janitors as well as the users. Placing a sensor-controlled
water flusher attached to the toilet will perform the cleaning task
and meanwhile, the number of cycles used is recorded to activate
the automated cleaning process. On selecting Arduino Uno as a
suitable interface, we aim to provide an easily compatible facility
at an economically feasible rate. We aim to ease the brushing
technology using a simple belt and DC motor-driven mechanism.
Pressure pump along with proper designing of pipes are also
incorporated. Hence, on adopting this methodology, we will be
able to increase the standard of public and community toilets and
facilitate people to use these effectively.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
Project Code: RES031
Abstract: This paper proposes an advanced system for
security through a smart band using arduino which is
an open source electronics platform and is designed to
make electronics more accessible. It is based on both
hardware and software. Arduino can be operated on
different platforms like Linux, windows and ,MAC
OS. The parameters which can be calculated are blood
pressure, body temperature and pulse rate. The smart
band is introduced which automatically senses our
body condition on time.
For IEEE Paper & Synopsis contact: 9886468236 / 7022390800
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