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4th International Conference on Wireless and Telematics (ICWT)

作者： Faroqi, Adam Kamelia, Lia Rofiq, Aenur Ramdhani, Muhammad Ali Hidayat, Cecep UIN Sunan Gunung Djati Bandung Dept Elect Engn Bandung Indonesia UIN Sunan Gunung Djati Bandung Dept Informat Bandung Indonesia UIN Sunan Gunung Djati Bandung Dept Agrotechnol Bandung Indonesia

ISBN: (纸本)9781538661635

The purpose of this research is the design of the water clarity monitoring system in the aquarium can detect the level of clarity/turbidity of water at a certain level, using arduino uno Microcontroller as a controlling center, and LDR (Light Dependent Resistor) as a sensor. The quality of water relating to the status of clarity during the water, increasingly clear water and the quality of the water is right. Design methodology created using a closed control system. The design results show that the tool designed to control the clarity of the water in the aquarium.

关键词： sensor LDR microcontroller arduino uno LCD aquarium

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Intelligent testing for arduino uno based on thermal image

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COMPUTERS & ELECTRICAL ENGINEERING 2017年 58卷 88-100页

作者： Al-Obaidy, F. Yazdani, F. Mohammadi, F. A. Ryerson Univ Dept Elect & Comp Engn 350 Victoria St Toronto ON M5B 2K3 Canada

The goal of this paper is to develop a tool that will aid manufacturers of Printed Circuit Boards (PCBs) in testing their production lines with an acceptable rate of fault detection and minimize the test time. The PCB unit, namely the arduino uno board, is used to generate the thermal profile for the unit under test. This work is based on using a classification approach that classifies the PCB defects into the Integrated Circuit (IC) level. In the proposed technique, histogram features are extracted from the ICs hotspots which are used as inputs into a classifier model. The number of effective features are minimized by the principal component analysis. The image classification and detection are performed based on three soft computing techniques;multilayer perceptron, support vector machine, and adaptive neuron-fuzzy inference system. The effectiveness of the models is evaluated by comparing their performance and accuracy of classification. (C) 2017 Published by Elsevier Ltd.

关键词： Thermal image Integrated circuits (ICs) Testing Soft computing arduino uno Histogram Printed circuit boards (PCBs) Classification

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Tracing Path with arduino uno using GPS and GPRS/GSM

Tracing Path with Arduino Uno using GPS and GPRS/GSM

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International Conference on Computing, Power and Communication Technologies (GUCON)

作者： Agrawal, Tarun Qadeer, Mohamaad Abdul Aligarh Muslim Univ Dept Comp Engn Aligarh Uttar Pradesh India

ISBN: (纸本)9781538644911

When people visit a new place they forget the path through which they have traveled and faces problem in returning. This situation can create the security issues, especially with the small children. With the help of this paper the path can be traced. Thus, in order to trace the path we require a good quality and low price real time system. The purpose of this paper is to trace the path in real time using Google Map on mobile phone. Embedded system integrating arduino uno R3 microcontroller, Global Positioning System and Global System for Mobile Communication technology using Google Maps. To trace the path GPS sends the coordinate to the GSM modem through the arduino uno R3 microcontroller. Microcontroller acts as an interface between GPS receiver GPRS/GSM module. After receiving the location coordinates from GPS module, the co-ordinates values are sent to Android Mobile phone through Short Message Service. In this paper, the GSM model serves as the transmitter while the second GSM modem as mobile phone serves as receiver for the GPS location coordinate and displaying the co-ordinates values. After receiving the data, the path of the user can be viewed on Google Maps by clicking the Application (Map). It completes a cycle in 90 seconds and time to deliver the message depends on the network. This time constraints can be increased or decreased.

关键词： arduino uno GPS GPRS/GSM Tracing Path

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Elegant Placing Scheme using arduino uno 7

Elegant Placing Scheme using Arduino Uno

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7th IEEE International Conference on Communication and Signal Processing (IEEE ICCSP)

作者： Supriya, H. P. Hanumantharaju, R. Ramaiah Inst Technol Dept Comp Sci & Engn Bangalore Karnataka India

ISBN: (纸本)9781538635216

The provocation that we are facing in everyday life is placing of the car in social places. When we stay distinct social areas such as the workplace, market, multiplex film lobby etc it is very difficult to find the possibility of placing space. This position signals for the demand for an elegant car placing a scheme which is furnished with sensors (Infrared) and microcontroller (arduino uno) to regularly calculate the cars placed in the space. In this paperwork, we are moving to build and make a model of elegant car placing a scheme which will be established on a computer network of properties. This introduces a scheme that advises customers to regularly search the empty accessible area in the placing location over the infrared sensors that are placed in every placing area and the customer can search the empty placing spaces using android apps of mobile gadget through the server. In other words, we can tell that it's an advanced method of conversation among the people and the properties. These all properties are concluded with the advice of current automation established on the computer network of properties.

关键词： Elegant placing scheme IR sensors arduino uno LCD Android app

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Automatic Irrigation System using arduino uno

Automatic Irrigation System using Arduino UNO

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International Conference on Intelligent Computing and Control Systems (ICICCS)

作者： Taneja, Kriti Bhatia, Sanmeet Thapar Univ Dept Comp Sci Engn Patiala Punjab India

ISBN: (纸本)9781538627457

Now a days its a challenge to improve development of plant in respect of its growth and to reduce costs which leads to an innovative idea of using an automated irrigation system which will further help in better management of water and human resources. An automated irrigation system have been developed using sensors technology with arduino to efficiently utilize water for irrigation purpose. The system has soil moisture sensor inserted into the soil of the plants and a water level sensor placed in a water container from where water will be pumped to plants for irrigation. An algorithm has been build out with threshold values of soil moisture sensor to control the water quantity in soil and also a water level sensor has been implemented to measure the water level in tank. This project requires arduino board having inbuilt ATMega328 microcontroller. This project is need of the hour to convert manual irrigation into an automated irrigation which with the help of soil moisture sensor will detect dankness content of soil leading to turn ON/OFF of pumping motor. Human efforts can be reduced using this technique and increase saving of water by efficiently irrigating the plants. The design has been made with better resource management and low power consumption. This project brings into play a micro-controller which is of 8051 family, this programmable micro-controller collects the input signals converted into values of moisture in the soil via soil moisture sensors. As the microcontroller starts obtaining the signals, it creates an output that forces a relay for running the water pumping motor. An LCD screen is also linked to the micro-controller to show moisture conditions of the soil and water pump. The water level sensor is used to detect the level of tank so that tank contains efficient water to transfer into crops.

关键词： arduino uno soil moisture sensors water level sensors microcontroller

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Design and Cost Minimization of PV Analyzer based on arduino uno

Design and Cost Minimization of PV Analyzer based on Arduino...

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IEEE International Conference on Power, Control, Signals and Instrumentation Engineering (IEEE ICPCSI)

作者： Gupta, Vinay Raj, Prateek Yadav, Ankit Manipal Univ Jaipur Dept Elect Engn Jaipur Rajasthan India

ISBN: (纸本)9781538608142

Here, we are going to describe the design and the cost estimation of a PV analyzer based on arduino uno, an electronic platform. The purpose is to introduce a PV analyzer with lower manufacturing cost as compared to other's. This proposed design is the sequential assemblage of voltage sensor, current sensor, temperature sensor, variable rheostat and arduino uno. The analyzer will contribute in measurement and keeping the record of various output parameters like current, voltage & power. It also store the data of the parameters (temperature) affecting the output of a PV system. This designed analyzer has been tested for different probable conditions and it performed up to the mark. This sequential design can be used for any PV system providing set of the components with specific power rating. Design and cost estimation of the above mentioned analyzer can be seen here.

关键词： arduino uno Data logger PV analyzer Voltage measurement Current measurement Temperature measurement

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Software Defined Radio Design for OFDM Based Spectrum Exchange Information Using arduino uno and X-Bee 4

Software Defined Radio Design for OFDM Based Spectrum Exchan...

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4th International Conference on Electrical Engineering, Computer Science and Informatics (EECSI)

作者： Marwanto, Arief Yusof, Sharifah Kamilah Syed Satria, Muhammad Haikal Univ Islam Sultan Agung UNISSULA Dept Elect Engn Postgrad Studies Fac Mfg Technol Semarang Indonesia UTM Telemat Res Grp Fac Elect Engn Johor Baharu Malaysia UTM E Heart Dept Fac Biomed Engn & Sci Johor Baharu Malaysia

ISBN: (纸本)9781538605493

A cost expenditure of software defined radio software has limiting the development of cognitive radio in third countries. Moreover, a complexity of signal processing library in a SDR platform has contributed to the hard implementation in real applications. In this works, the development of SDR platform with low cost expenditure is proposed. arduino uno and X Bee uses for the OFDM based spectrum exchange information. In a case of spectrum sensing scenario, the objective of the local spectrum sensing is to detect the PU's signal detection. The performance of SN ability to sense the PU's signal is crucial. It was shown that from the previous works as the detected power is quantized into information bit is simulated. In order to implemented the spectrum exchange information during sensing, arduino uno and X Bee is implemented to sense the presence of PU activity channels of wifi terminals based on the energy of the signals. The detected power (RSSI) of wifi terminals is exchanged into an OFDM subcarrier tone signal such as orthogonal sub-channel that being equally divided from the licensed band. The results shows that using proposed software defined radio (SDR) based on arduino and X Bee, the cognitive radio spectrum sensing is applied. The received power from the PU's channels such as wifi networks can be detected as well. The system could received and exchanged into OFDM-based subcarrier information bits.

关键词： Software Defined Radio OFDM-Based Spectrum Sensing Cognitive Radio arduino uno X-Bee

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Modeling And Simulation Of Electrical Prevenion System Using arduino uno,Gsm Modem, And Acs712 Current Sensor

Modeling And Simulation Of Electrical Prevenion System Using...

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International Conference on Information and Communication Technology (IconICT)

作者： Khair, Ummul Lubis, Abdul Jabbar Agustha, Indra Dharmawati Zulfin, M. Sekolah Tinggi Teknik Harapan Medan Program Studi Teknik Informatika Jl HM Jhoni 70 Medan Indonesia Univ North Sumatera Medan Indonesia

The current electricity needs is very primary, all objects including electronics require power, it encourages people not to be able to save electricity so the theft of electric power would be done. The use of ACS712 current sensor as the sensor with arduino uno would find out the power consumption continuously and prevent the theft of electricity because of the use of electricity which has been determined by PLN and the people fetl that it is not enough for every house, so the author made a tool for prevention of theft of electric power by using the arduino uno, buzzer, ACS712 current sensor, lcd, and relay then the power usage can be controlled according to the use to prevent the occurrence of theft of electricity so the use can be seen directly on the lcd 16x2and GSM modem to give information to employees of PLN so that it can reduceelectrical theft by the public.

关键词： Electric theft prevention tools ACS712 current sensor arduino uno

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Design and Development of an Autonomous Floodgate using arduino uno and Motor Driver Controller 4

Design and Development of an Autonomous Floodgate using Ardu...

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4th International Conference on Advances in Electrical Engineering (ICAEE)

作者： Faisal, S. M. Saifur Rahman Ahmed, Iftekhar Uddin Rashid, Humayun Das, Remon Karim, Md. Mobarak Reza, S. M. Taslim IIUC EEE Chittagong 4314 Bangladesh Bangladesh Univ Profess Dept Supply Chain Management Dhaka Bangladesh

ISBN: (纸本)9781538608692

Autonomous dam and drainage system is a system which does not require to operate by hand. Nowadays water logging due to tide has become a great problem. In this paper, an automatic dam gate system has been proposed to automatically control dam gate without human effort. An autonomous dam gate system has been developed which can be used to protect the low-lying area from the tidal water as well as it can also he used in an irrigation canal, power plant, factories etc. The system is capable of sensing drain water and tidal water. By sensing drain water, it controls a pump to irrigate excessive water. DC motors are used to control the movement of dam gates. arduino uno is used as the processor. A control box is provided to control and observe the condition of the whole system.

关键词： Autonomous Floodgate arduino uno Motor Driver Controller

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Cloud based IoT for Smart Garden Watering System using arduino uno

Cloud based IoT for Smart Garden Watering System using Ardui...

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Smart Cities Symposium

作者： Alauddin Al-Omary Haider M. AlSabbagh Hussain Al-Rizzo Department of Computer Engineering College of IT University of Bahrain Department of Electrical Engineering College of Engineering University of Basra Department of Systems Engineering College of Engineering and Information Technology University of Arkansas at Little Rock

ISBN: (纸本)9781510881679

Automation the process of monitoring the garden can transform garden irrigation process from being manual and static to smart and dynamic one. This leads to higher comfortability, water using efficiency and less human supervision effort. This paper proposes a cloud based Internet of Things (IoT) smart garden monitoring and irrigation system using arduino uno. The watering requirement for a plant can be adjusted by monitoring the soil moisture. Measuring the soil moisture of the plant gives information if the plant is ideally watered, over watered or under watered. The proposed system monitors and maintains two quantities of the garden, the garden soil moisture content and light intensity. This is done using soil moisture sensors and light intensity sensor. The monitored data is sent continuously to ThinkSpeak IoT cloud. In the cloud the data gathered from the system is analyzed and when a target threshold of soil moister is reached, an action is sent accordingly from the cloud to the garden automatic watering system to irrigate the garden. arduino uno microcontroller is used to implement the system control unit. IoT is used to keep the garden owner updated about the status of the sprinklers. Information from the sensors is regularly updated on a ThinSpeack IoT cloud and the user can check the water sprinklers status at any time. In addition, the sensor readings are transmitted to a ThingSpeak channel to generate graphs for analysis.

关键词： IoT Smart garden arduino uno ThinkSpeak Cloud computing

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