Help Of Bluetooth Research Articles

Technical Analysis of Contact Tracing Platform Developed by Google–Apple for Constraining the Spread of COVID-19

Amid the ongoing COVID-19 pandemic, technical solutions (e.g., smartphone apps, web-based platforms, digital surveillance platforms, etc.) have played a vital role in constraining the spread of COVID-19. The major aspects in which technical solutions have helped the general public (or health officials) are contact tracing, spread prediction, trend forecasting, infection risk estimation, hotspot identification, alerting people to stay away from contaminated places, hospitalization length estimation, clinical severity analysis, and quarantine monitoring, to name a few. Apart from other services, contact tracing has been extensively performed with the help of Bluetooth and GPS-powered smartphone applications when vaccines were unavailable. In this article, we technically analyze the contact tracing platform developed by Google–Apple for constraining the spread of COVID-19. We suggest unexplored technical functionalities that can further strengthen the platform from privacy preservation, service scenarios, and robustness point of view. Lastly, some AI-based and privacy-assured services that can be integrated with the platform to control the pandemic adequately are suggested. The technical analysis demonstrates that while the Google–Apple platform is well-engineered, it is not free of vulnerabilities, weaknesses, and misconfigurations that may lead to its poor adoption in real-life scenarios. This work can serve as a guideline for further enhancing the practicality of contact tracing platform to effectively handle future infectious diseases.

Smart Liquid Mixing System

Smart drink appliances with a wide area of different control specifications have become a popular research area. Most of these systems are expensive and takes a lot of time to replace the whole system. The proposed method below will help us upgrade the existing appliances that make liquid mixing possible and a feature where we can control it with the help of voice. This system will help the present technologies upgrade them for automation, which will be easy since this is done using simple methods while having an ease of access. The system runs on an android smart phone, connected with the help of Bluetooth to raspberry pi 3 nodes. The application analyses the commands given through voice and sends the data to the Raspberry Pi. Based on the motors connected to it, the application searches for keywords in the command and takes the required control action.

Electronic Hover Craft

Electronic hovercraft is a device which can easily move on sand, water, hill areas and also muddy places. The main reason behind this project is to rescue the people in the flooded region. Our Indian army forces like Indian army, Indian navy will have greater use of this project. For example coming to our local areas just recently happened these situation is in Hyderabad we got floods so many people lose their houses, property.so many people were injuired. There is no such reliable system to rescue there. In that one senior citizen was died due to the helpless situation these type of situation makes so hurting to us. In that cases these type of devices may save their lives. In this system we have Bluetooth, Arduino UNO, propellers, two navigation motors which can give right and forward moving directions. Considering the price, simple implementations this project proses a less cost compare to fire brigade. With the help of Bluetooth in distance we can operate the system. With driving manually we can operate. Due to this one person can be saved. Instead of a driver one extra person can save. By using Bluetooth Arduino control app we can send command to the Arduino. When we give command we can operate, navigate the device with the help of down propeller air fills in cushion with the help of back propeller it will move towards forward direction with this we can control the device navigation for this we have 12volt 3.5Amps Battery power supply. Amplified current version battery to drive the motors.

Developing a Message Broadcasting System for Natural Disasters

Natural disasters may cause fatal results on earth and often, it concludes with death and great destruction. One of the ways to cope with these effects is effective and continuous communication when the communication infrastructure destroyed with disasters. In this study, a message broadcasting system is proposed to enable the relief organizations to broadcast messages to the people in a disaster area even the communication infrastructures collapsed. The system uses smartphones for communication because of its widespread usage in the community. It consists of two mobile applications: master node and neighbor node. The master node is used to broadcast messages to disaster sufferers in the disaster area by relief organizations. The neighbor node receives the broadcasted message and also broadcasts the received message to other neighbor nodes. In the system, the communication between the smartphones were achieved by using Google Nearby Connections API. This API allows Android operating system smartphones to broadcast/discover each other and exchange messages regardless of network connectivity with the help of Bluetooth, Bluetooth Low Energy and Wi-Fi. In the context of this study, the proposed system was successfully developed and tested in different scenarios by using smartphones.

Unmanned Grounded Vehicle for Surveillance and Infiltration

Surveillance in remote areas can prove to be a difficult task due to the risk of safety. Therefore, this project is aimed to develop a robot that can be used for both surveillance and infiltration purposes. It is a land-based system where rear and front wheels are used as a form of locomotive control. It is an unmanned vehicle where it is controlled with the help of Bluetooth through either phone or laptop. This robot can also differentiate between friend and foe mainly with the help of image processing. By implementing this robot, one can substitute military personnel on the battlefield which can save many lives. It can also reduce human effort and error during war times.

Detection of EEG Signal and De-Noising for Hypoglycemia detection by Brain Wave Sensor

Electroencephalography (EEG) signs have remained proven an identical adaptable apparatus for recognition of dissimilar types of Brain infections. Nevertheless through footage of these signs, EEG records gets soiled by different clatter signs produced through supply line interfering, base-line-wander, probe association, muscle-movement etc. Such sound signs misinform analysis of brain that is not anticipated. To circumvent such problematic elimination of the sound signals been develop crucial. Owing to development of data and information equipment tele-medicine and e-health have developed prevalent in emerging and urbanized republics. In the examination drudgery we partake verified three dissimilar categories of adjustable filtering procedures to associate the presentations for scheming EEG signal as of arbitrary and Gaussian-noise. The main idea of the work is to interface the human brain signals and machine in an easy and cheapest manner to find out the various abnormalities in him. The methodology is as follows, we took brain-wave senor for acquiring of data from the person, and this is standard device available in market. The senor is connected to the laptop or system with the help of Bluetooth and the signals are acquired. The acquired signal will be a noisy signal which is to be de-noised and filtered for further process of detection. Random and white-Gaussian-noise is added with EEG signal and Adaptive filter with three different algorithms have been tested to reduce the noise that is added during transmission through the telemedicine system. Further based on the sum, mean and standard deviation parameters the individual is been evaluated the condition is been predicted. After an experimental learning of teenagers with type-1-diabetes (T1D), accompanying with hypoglycemic incident night, centroid, alpha-frequency condensed meaningfully and the centroid theta-frequency augmented meaningfully. The complete data remained prearranged hooked on a preparation set and examination customary arbitrarily designated. By means of proposed methodology, which was resultant as of teaching set through maximum log indication, projected blood-glucose summaries created a noteworthy relationship in contradiction of measured standards in assessment set.

A Prototype of the Humanoid Model for Rehabilitation of Patients with Severe Motor Disorders

The purpose of this project is to develop a prototype device for the Rehabilitation of Patients with Severe Motor Disorder (paralytic patients). There has been a constant need for the development of non-invasive electrical stimulation of the spinal cord using brain impulse. As of now, physiotherapy is the only method of treatment where the patients can regain their movement to some extent along with some intake of medicines or drugs to strengthen their nerves. In some cases brain implants and surgery are also used. Physiotherapy requires a lot of effort from the patients and it is very painful. In this project, I have developed a non-invasive electrical stimulator prototype that could make the limbs to move by collecting the impulses from the brain. This could be done in two ways. One is by Human Thinking and the other is with the help of Bluetooth. In the first method, EEG sensor has been used to detect the impulse of brain. This sensor collects the impulse from the brain and converts into electrical stimulation making the corresponding limb motor move as per the instruction given by the brain. In the second method, a third person can also operate this device using Bluetooth of his/her mobile to make the limb motor move. Thereby, limb movements of the humanoid model can be activated.

Remotely Monitoring of Health using Fitband

This paper gives monitoring of health of user done remotely using fitband. It can done remotely with the help of bluetooth. The system takes the user data and analyze the data. The system also recommend the user if unusual activity is found out. With the help of DHT11 the system measures sweat and temperature of user’s body. With the help of accelerometer ADXL335 step count is counted. With the help of step count, distance travelled and calories burnt can be easily calculated. All these data is then transferred to application which is built in mobile terminal. Mobile terminal and fitband is connected through wirelessly using bluetooth.

Arduino based Wireless Powered Chess

This paper concentrate on designing of chess boards using Arduino mega and Reed Switches. The Arduino is the open source platform. The normal chess procedure is just so sit next to each other and enjoy the game but if you don’t find anyone near you to play, And if you find a person who has a same skills as you but live for five block ahead and can’t come to your place to play and what happen when you are in hospital and you want to kill the time by playing the game. The wireless powered chess has solutions of all the problems. Already build system requires computer and laptop to enjoy the game which affects cost and complexity. In the result and simulation part this paper will focus to enjoy the game at distance.When we play an ancient and noble game of Chess, we grapple with ideas about honesty, deceitfulness, bravery, fear, aggression, beauty and creativity which echo the attitude we take up in daily lives. Chess is an activity in which we deploy almost all our available cognitive resources; therefore it makes an ideal laboratory for investigation into the working of human mind. This study will focus on automatically operated chess board with the help of Bluetooth and Arduino Processesor. In this process two chess boards are connected with the help of Bluetooth and by using Arduino processors the interfacing between the two boards is done. The idea to carry on this project is taken up from “Computer Controlled Chinese Chess” in which the program is written in visual basis (VB) language and the commands are given with the help of computer to microcontroller which manages the different RF receiver robots at RF frequency and moves the different major and minor pieces and performs the operation of castling .The Complete operation is done at RF frequency and the moves done on computer is perform on the board as well. In the proposed wireless powered chess project, since both the chess boards are connected with Arduino Microprocessor, the move performed on manually attended boards is also seen on other board without operating by the player. This study of Wireless powered chess will facilitate playing chess sitting at different location in a limited surrounding.

Indoor TMD Secure System for early Detection of Alzheimer’s Disease

With more number of aged people being diagnosed for Alzheimer’s disease and prevention being the only remedy, the proposed idea helps in continuous monitoring through wireless technology. The Tracking, Monitoring and tele-Diagnosing (TMD) secure system utilises Bluetooth wireless technology. Here the movement pattern of the patient is tracked with the help of Bluetooth enabled handheld device carried by the patient and Bluetooth APs located in each room. This pattern is stored in the data base. To protect the privacy of the patient the collected information is secured through geo-encryption technique before sending via open wireless channel (internet). The remote medical practitioner is able to diagnose whether the target patient is developing Alzheimer’s disease from the received information. Thus, our proposed system provides secured remote diagnosis of the disease in senior people.