Android Bluetooth Research Articles

Design of Poison Lawn Springer Robot Using Proportional Integral Derivative Algorithm With Remote Control System

Grass is one of the plants that live on God's earth, even grass is also written in the Koran. Grass is currently also a pest for plants, so sometimes to minimize grass growth, many farmers or people eradicate grass by cutting it and even poisoning the grass. Each method used has its own risk of work accidents, such as using grass poison can experience insecticide poisoning. To anticipate this, a remote control robot was designed to sprinkle automatic grass poison using the PID (Proportional Integral Derivativ) method. The test results using measurements using a multimeter or multitester show that the robot works with a voltage of 11.1 VDC with a 5-12VDC motor with a speed of 3000 rpm and uses a motor gearbox so that it turns into a torque load of 5 Kg. Meanwhile, for control using a bluetooth module with the HC-05 interface type connected to the Android bluetooth system, the maximum distance transmission system is 0 - 10 m. For watering grass, it has 2 scales of watering from the height of the grass, grass with a height of 10 - 15 centimeters using PID 1, which is watered with a voltage of 11.1 VDC delay (t) 1.5s. Grass with a height reaching 20 - 30 using PID 2, watered with a voltage of 14.8 VDC delay (t) 3s. All lawn watering uses a 16 VDC pump motor with 1500 rpm. After the lawn watering system is implemented using the PID method, the P value = 14.56. Value I = 22.08 and value D = 15.5. The conclusion from the design of a grass poison sprinkler robot, namely the robot is able to read the type of tall grass from the ultrasonic sensor, and the robot can be controlled remotely because it uses the HC-05 interface module.

Notice of Removal: A Triggering-and-Encoding Lossless Compression Scheme for Waveform Capturing Rate Enhancement of Android Bluetooth Oscilloscope

Android-based oscilloscopes have been developed for research and education purpose because they would be able to acquire, transmit, display and analyze any electrical signals and be mobile, operable easily. Due to the speed limitation of wireless transmission channel, Android Oscilloscopes have some limited performances such as bandwidth, waveform capturing rate (WCR) and so on. In this paper, we propose a real-time lossless data compression scheme to solve a bottleneck of continuous data flow from DAQ to smartphone. This compression scheme consists of triggering a signal and encoding differences between waveforms. Also, an advanced structure of Android Bluetooth Oscilloscope is proposed to implement the proposed compression algorithm with FPGA-based hardware and software. To evaluate WCR improvement, we firstly analyze relationship between WCR and compression ratio. And then the compression efficiency is verified by the MATLAB simulations using various waveforms such as simple sinusoidal, complex periodic, square, chirp waveforms. We finally study robustness of this instrument in the range of 0~15% noise amplitude and 0~2rad phase offset. All experimental results show that proposed scheme can enhance WCR and also be applied to the wireless transmission fields collecting and displaying electrical waveforms.

How Android Bluetooth Connections Can Determine if a Driver had Their Hands on the Wheel During an Accident

How Android Bluetooth Connections Can Determine if a Driver had Their Hands on the Wheel During an Accident

Design and Experimental Research of Implantable Lower Esophageal Sphincter Stimulator Based on Android Bluetooth.

The aim of this study is to design an implantable Lower Esophageal Sphincter (LES) stimulator connected and controlled by an Android Bluetooth for the treatment of the gastroesophageal reflux disease (GERD). Then the animal experiments are carried out to evaluate the function of the system. The LES stimulator is composed of an external controller, an Android application (APP) via a smart phone and an implantable electronic device (IED). The external controller is designed to receive the settings parameters information sent by the Android APP via a Bluetooth module, and then is programmed to generate specific electrical stimulation pulses to the LES. The Android APP controls the start and stop of stimulation and the settings of stimulation parameters. The in vivo IED consists of a bipolar stimulating lead, a bipolar head connector and a receiving module. The bipolar stimulating lead is constructed of biocompatible materials: platinum-iridium electrodes which are coated with parylene and an outer silicone rubber sheathing. The size of the receiving module has been significantly decreased to 20×20×2 mm3, which is packaged by polydimethylsiloxane (PDMS) and proposed to deliver stimulation pulses from the external controller to the implantable lead. The one-month implantation experiment on rabbits has been performed to evaluate the LES stimulator. The results indicate that the proposed LES stimulator meets the requirements of the functions, effectiveness and safety.

Pengembangan Home Automation System (HAS) untuk Mengendalikan Perangkat Listrik Berbasis Bluetooth Menggunakan Aplikasi Android

Home Automation System (HAS) is a widely used reference term for a system of controlling, monitoring, and home automation functions. HAS generally required a smartphone application or web portal as its interface. The electrical devices can be controlled by a switch, timer, sensor or remote control. In this paper, we describe the module for controlling devices with applications from smartphones via a Bluetooth connection called Android Bluetooth Control Device (ABCD). This module is packaged portable and can be used in classroom learning or demonstrated to people who want to know the working principle of this module. The approach used is controlling 8 devices consisting of 4 lights and 4 additional devices. The module is controlled with smartphone application via Bluetooth using Bluetooth HC-05 which works on 2.4 GHz frequency with a maximum range of 10 m. ABCD module can be used to facilitate the user in controlling various electrical devices at home.

Pengembangan Home Automation System (HAS) untuk Mengendalikan Perangkat Listrik Berbasis Bluetooth Menggunakan Aplikasi Android

Home Automation System (HAS) is a widely used reference term for a system of controlling, monitoring, and home automation functions. HAS generally required a smartphone application or web portal as its interface. The electrical devices can be controlled by a switch, timer, sensor or remote control. In this paper, we describe the module for controlling devices with applications from smartphones via a Bluetooth connection called Android Bluetooth Control Device (ABCD). This module is packaged portable and can be used in classroom learning or demonstrated to people who want to know the working principle of this module. The approach used is controlling 8 devices consisting of 4 lights and 4 additional devices. The module is controlled with smartphone application via Bluetooth using Bluetooth HC-05 which works on 2.4 GHz frequency with a maximum range of 10 m. ABCD module can be used to facilitate the user in controlling various electrical devices at home.

Computed Summaries of Android Bluetooth Library: Data Leakages Detection

Computed Summaries of Android Bluetooth Library: Data Leakages Detection

A Design and Implementation of Control Application for Arduino Prime Smart Car

In this paper, we design and implement an Application based on android platform, which can control arduino Prime Smart Car using Bluetooth communication. This Application consist of Bluetooth communication module, manual mode module, and line-tracer mode module. In the Bluetooth communication module, it checks the on/off status of Smartphone Bluetooth. If Bluetooth status is off, it activates Bluetooth, selects the corresponding device from Bluetooth device list, and connects with a pair. In order to reduce coding time, we implements Bluetooth communication using inherited class from android Bluetooth package. In the manual mode module, it implements six direction moving button and stop button, which can control arduino Prime Smart Car. In the line-tracer mode module, it implements Prime Smart Car with self-driving function using TCRT5000 sensor. And moving button and stop button is disabled.

IJIREEICE - Electrical, Electronics, Instrumentation and Control

2,3,4 Abstract: Drowsiness is identified using eye blink count. The alcohol consumption is also verified during the starting process of the vehicle. Drunken driving is prevented. Continuously temperature monitoring. Eye blinks count and alcohol detection using android Bluetooth, buzzer indication if driver is not wearing seat belt. Stepper motor controls the fuel tank for drowsy person to prevent accident. GPS location indication and SMS alert in case of accident. The Growing no of fatal accidents due to drivers negligence or not following safety precautions makes it necessary to develop a system which ensures safe driving which will in turn ensures safety of driver as well as co passengers.A system which will start ignition only if the driver passes test for driver authentication, alcohol consumption and seat belt. The driver will be allowed to start ignition only after he validates himself while the vehicle is in motion it will capture values for speed control, it will ensures engine temperature is maintained and the touch sensor ensures driver is holding steering while driving another feature of the system is the drowsiness sensor which start a buzzer or start interaction with the driver so he does not feel sleepy to access diagnostics data of the vehicle as early as possible is important to avoid serious faults. Early detection and correction will increase safety up to a very large extends using GPS the location of the vehicle can be obtained with the help of longitude n longitude values. ones the right defects are obtained then instruction can send to the driver as to how to handle the situation.SMS will be send to relatives in case of accidents.

Study of Bluetooth Image Printing Technology Based on Android Phone

This paper studied the principle of Bluetooth image printing technique. Based on the ESC/POS command, the function of image printing via android Bluetooth application was established and a practicable APP software was developed. The APP can link to the micro printer via Bluetooth by using Bitmap class, Canvas class to convert the selected image, including transformation, zooming, saving and finally generate a printable binary string streams based on the pixel, and send it to micro printer to print it.

Research and Implementation of Bluetooth Data Transmission Algorithm Based on Android

With more frequent information exchange between the completely open mobile Android platform and other embedded platforms, the needed for information integrity and real-time's requirements are more stringent. Now the Bluetooth communication data algorithm on the Android platform has some defects while realizing communication data's real-time capacity and operability. Based on the research of Android Bluetooth devices and non-peer platform for Bluetooth communication, an array-list timestamp combination algorithm was put forward (was proposed) to solve the uncompetition of data frames and data loss phenomenon when the Android Bluetooth devices receive data frames during communication process.