Android-based Mobile Device Research Articles

DEVELOPMENT OF AN ANDROID-BASED APPLICATION "BERAKSI" TO CONDUCT EARLY DETECTION OF STUNTING

Stunting is a condition of failure to thrive in children under five years of age (toddlers) due to chronic malnutrition and recurrent infections, especially during the window of opportunity, namely from the fetus to a child aged 23 months. Children are classified as stunted if their length or height is below minus two standard deviations of the size or height of children their age. Stunting handling must synergize between ministries/institutions, regional governments, and the business world/community. The BERAKSI application is expected to help and make it easier for Cadres and parents to monitor the growth and development of typical toddlers in general and stunted toddlers in particular. Cadres can conduct inspections on Integrated Service Post activities, and parents can monitor the development of babies and toddlers at any time through the application on their respective smartphones. The BERAKSI application displays four menu features, namely the inspection feature: 1) Growth, 2) Development, 3) Balanced Nutrition, and 3) Parenting. The advantage of the BERAKSI Program application compared to similar applications is that it has updates in the form of interventions providing balanced nutrition for toddlers who experience stunting and malnutrition with menus that have been consulted and recommended by nutritionists, as well as having a parenting menu that has been consulted and recommended by child psychologists. Field data input into the BERAKSI application can be saved and downloaded on Google Spreadsheet. The BERAKSI application can be downloaded without paying via Playstore using an Android-based mobile device connected to the internet network.

Sistem Prakiraan Cuaca Berbasis Android dengan Metode Jaringan Syaraf Tiruan Backpropagation

This research aims to develop a weather forecasting system using an Android-based mobile device combined with a microcontroller platform. The device built consists of a DHT11 sensor, Arduino UNO microcontroller, HC-05 Bluetooth module, and an Android phone that is used by users to view weather information. The Neural Network Backpropagation method is useful as a learning algorithm in obtaining appropriate weights so that the system is able to make weather forecasts correctly. Temperature and humidity data from the Padang City BMKG are used as input data to the Matlab application to be trained to find accurate patterns and weights. This appropriate weight is useful as a weighing factor in the Backpropagation testing process on Arduino Uno. In the process, the system works to measure temperature and humidity with the DHT11 sensor, then Arduino processes the input from the sensor to then send the results to the Android application. The test results with 14 trial data revealed that the system with the Neural Network Backpropagation learning method had a success rate of 78.6% for measuring and forecasting the weather.

Running Text Information System Design Internet-Based for Small Outlets

<p>Currently, there are many small business outlets that have opened branches in many places. With the spread of outlets that are far apart, it becomes a problem for the owner to be in a certain place on a display board that is installed at a height in each of his outlets. Display boards that are commonly used as promotional media and usually show product prices/interesting information are running text boards. In some studies there are those who make ESP as an access point, so that it can only be accessed within the range of the access point. So it cannot be accessed remotely. To facilitate this information, in this study, we designed an internet-based mobile text information system using the ESP32 Microcontroller and the Message Queuing Telemetry Transport (MQTT) protocol, as well as a display board (DMD LED Panel P10). By using an android-based mobile device that is owned by almost everyone and then equipped with the MQTT application, it is hoped that information will no longer be constrained by distance and the absence of a computer device, as well as the limited number of computer operators.</p><p> </p><p class="IndexL-MAG"> </p>

Design of Geographic Information System Based on Android for Culinary Tourism in Pedan District, Indonesia

Pedan City is a sub-district city located in the Klaten Regency area and has always been a culinary tourism object for tourists or residents in the Pedan area and its surroundings. The main problem that arises is when there are more and more culinary attractions in the city of Pedan sub-district, but there is less detailed information about these culinary attractions. The main objevtive of this work is to provide location information tourism in the Pedan area easily and simply because it can be operated anywhere the user is using an android-based mobile device. The method used in this research is the Waterfall method. The results of the study are expected to increase culinary tourism in the city of Klaten district, especially Pedan sub-district, as well as interest for tourists or residents in the city of Pedan sub-district to be interested in visiting culinary tourism objects in the Pedan city area

RANCANG BANGUN APLIKASI PENGENALAN BATIK TULIS PASEBAN BERBASIS ANDROID

There is a lot of useful information about batik culture, such as its history, the philosophical meaning of its motifs, to the development of the batik industry. However, knowledge about batik culture, especially in Paseban batik, is still poorly understood by the wider community, especially the Kuningan community itself. Based on the above background, the authors are interested in conducting research with the title "Application Design for Introduction to Android-Based Paseban Written Batik". Information systems are currently being developed using the WEB platform so as to increase ease of access. By taking advantage of these conditions, it is necessary to develop a method of disseminating information that provides batik knowledge that will be loaded on an Android-based mobile device. This study aims to increase knowledge and insight, instill a love of batik culture, and for the younger generation to continue to maintain and preserve this cultural heritage. The research of this batik material will be specified in Paseban Batik, which is batik produced from Cigugur Kuningan. Keywords : Android, WEB, Batik Tulis Paseban

English

English

Implementasi Algoritma Dijkstra Untuk Analisis Rute Transportasi Umum Transjogja Berbasis Android

TransJogja is one of the public transportation media used by Yogyakarta residents. Currently TransJogja has served many passengers with various routes and has become a favorite transportation for locals and tourists visiting Yogyakarta. TransJogja continues to provide the best services for its users to attract potential passengers. Lack of information about bus routes and stops creates a negative impression for TransJogja users such as using the bus or going down to the bus which is not the destination of the user. This study aims to implement and analyze the TransJogja route using the Dijkstra Algorithm and utilize Android as its medium so that it can increase the interest of Transjogja users and facilitate service. Dijkstra Algebra is an algorithm to find the best route by comparing all the good weights in terms of distance, time and route to be passed. The weight used is the distance between stops. In this study obtained the best route results with a shorter execution time of <0.0076 seconds and the results of the route obtained can be displayed to an Android-based mobile device as expected. Using the developed application is expected to be a solution to be applied to TransJogja and other public transportation.

Sistem Pencatatan dan Pengolahan Keuangan Pada Aplikasi Manajemen Keuangan E-Dompet Berbasis Android

Abstract— The way to achieve a more prosperous person is to control his finances wisely and carefully. One effort that can be done is to make a financial record so that finances can be well controlled. Such financial records can help a person to stay in stable financial condition so as to be able to see whether there should be a reduced expenditure or additional savings. But in general the recording of financial statements are still done manually, namely by way of recording transactions to the notebook and manually calculate the transaction data so as to produce financial statements in a simple bookkeeping. However, it is very inefficient, the large number of transactions that occur every day requires that recording, transaction counting and reporting take some time. From these problems then the authors will discuss How Making Recording System and Financial Processing In Application Management Finance e-Wallet Based Android. So the benefits of this research is to facilitate and assist a person in recording, calculating and managing income and financial expenditure using an Android-based mobile device. This research is independentKeywords: System, Financial Management, e-Dompet

A Deep Learning-Based Intelligent Medicine Recognition System for Chronic Patients

This paper proposes an intelligent medicine recognition system based on deep learning techniques, named ST-Med-Box. The proposed system can assist chronic patients in taking multiple medications correctly and avoiding in taking the wrong medications, which may cause drug interactions, and can provide other medication-related functionalities such as reminders to take medications on time, medication information, and chronic patient information management. The proposed system consists of an intelligent medicine recognition device, an app running on an Android-based mobile device, a deep learning training server, and a cloud-based management platform. Currently, eight different medicines can be recognized by the proposed system. The experimental results show that the recognition accuracy reaches 96.6%. Therefore, the proposed system can effectively reduce the problem of drug interactions caused by taking incorrect drugs, thereby reducing the cost of medical treatment and giving patients with chronic diseases a safe medication environment.

Personality Analysis through Handwriting Detection Using Android Based Mobile Device

Graphology is one of the psychology disciplines which aims to study the personality traits of individuals through interpretation of handwriting. We can get information of one’s personality through graphology. In addition, by using android based mobile device, graphology analysis could show one’s personality faster. This study was conducted by taking 42 samples of handwriting from different backgrounds. The feature used in this study was handwriting margin. Besides, Support Vector Machine method was employed to classify the result feature from extraction process. The result of this study showed the accurate average of the application reached 82.738%.

Layanan Berbasis Lokasi Hotel Menggunakan Realitas Tertambah

Getting information in real time at specific times and locations is especially needed when users have high mobility. But often users are not familiar with the area, so difficulty in finding locations and information. The development of technology for location based services and augmented reality makes it easy to get information from available resources in locations using mobile devices equipped with GPS devices. The research aims to combine hotel location based services and augmented reality in android-based mobile device by manipulating virtual objects into real objects through the camera as input and mobile phone display as output.The integration of hotel location based services and augmented reality is useful for hotel users to be able to search hotel information by directing the camera mobile device in the direction of specific targets to be retrieved information. The output of the system is provided in real time on the mobile device display for the user. Output information provided in the direction of location of the hotel object and information about the object of the hotel.

Android-based Mobile Device as a Programming Environment in a School Programming Class

Background/Objectives: This article conducts a study on using Android-based mobile devices in school-level programming classes and the impact of their use on learning outcomes. Methods: The authors propose hypotheses upon which they create a methodology of building a simple programming environment to run on mobile devices and targeted towards the use in a classroom. Findings: The authors have found optimal ways of building simple programming environment on Android-based mobile devices. They also provide the description of the actual implementation of such an environment. A small dialect of BASIC programming language is used as the primary language of this environment. The environment itself is completely browser-based. The interpreter for this environment is written in JavaScript which is supported by all major Android-based web browsers. The environment is easy to use and implement and provides a transparent graphical user interface which automates the process of editing the program source code. It has been shown that introducing the Androidbased mobile devices into programming classes can streamline the entire learning process in the sphere of programming. The authors have made an emphasis on the benefits which mobile technologies can bring to programming classes. The real-life example of using mobile programming environments in a classroom has been provided. Application: Usage of Android-based mobile devices in programming classes will promote realization of the E-Learning concept, increasing the efficiency of programming teaching process in a school environment.

The construction of a mobile business application system for ERP

Purpose – In today’s complicated and competitive business environment, companies commonly use enterprise resource planning (ERP) systems to integrate management information and enhance efficiency. In recent years, due to the development of cloud computing and portable devices, a new mobility era is starting. The popularity of smartphones and tablet computers has changed the behavior of mobile-phone users and enhanced the rapid development of mobile commerce. ERP companies have discovered this trend and want to provide more convenient services and develop more integrated functions for their ERP systems in which practitioners can operate and access company information through various mobile devices anywhere, anytime. However, mobile ERP is still in the development stage. On the whole there has been relatively little research into the framework and system implementation of mobile ERP until recently. The purpose of this paper is to propose a mobile ERP framework for the sales function in an ERP system. The authors also design a mobile type sales application based on an android-based mobile device. In addition, the authors provide sale practitioners and supervisors with a more convenient and rapider service interface in which they can quickly respond to customers’ needs. Design/methodology/approach – The authors develop a mobile ERP framework taking into account the requirements of sales and distribution modules. The proposed framework can directly access the ERP system and perform more efficiently than a web service-based framework since middleware services are not involved. Findings – For the purposes of demonstrating the efficiency of the proposed mobile ERP system, the authors examine three scenarios which are commonly used in world-wide integrated circuit (IC) design companies. In this kind of company, salespersons travel to various cities and collect sales information. The three various scenarios include: (A) sales order creation; (B) order status inquiry; (C) order modification. The results of simulation show that the mobile ERP system indeed enhances the efficiency of processing operations in sales and distribution modules, particularly for salespersons visiting outside offices and traveling world-wide. Research limitations/implications – The authors investigate and propose a mobile ERP framework for a world-wide ERP system company, SAP, which is a research limitation in the paper, since SAP ERP system is not installed for all companies. In addition, from this investigation, two possible concerns might be useful in further research. The first involves other modules may be included in the proposed mobile ERP framework. The second is the need to integrate other useful analysis systems, such as business intelligence, for a more complete mobile ERP system. Practical implications – To demonstrate the efficiency of the proposed mobile ERP system, three various scenarios which are commonly used in world-wide IC design companies are considered. In addition, the comparisons of the typical procedures in terms of average processing time for existing ERP systems and the proposed mobile ERP system are provided. The simulation times finding show that the mobile ERP system indeed enhances the efficiency of processing operations in sales and distribution modules, particularly for the salespersons visiting outside offices and traveling world-wide. Social implications – The popularity of smartphones and tablet computers has changed the behavior of mobile-phone users and enhanced the rapid development of mobile commerce. Mobile ERP systems can provide more up-to-date information than typical ERP systems involving order-tracking, real-time stock quantity checking, and sales order creations since salespersons still can access or update their collected information wherever they are world-wide. The contributions of this paper have a great impact on behavior changes of mobile-phone users. It can enhance efficiency and quality of life for users. Originality/value – In the paper, the authors propose a mobile ERP framework for the sales function which can provide sale practitioners and supervisors a more convenient and rapider service interface in which they can quickly respond to customers’ needs. The proposed framework of mobile ERP perform more efficiently than typical ERP systems and a web service-based framework since middleware services are not involved.

An Energy-Efficient HTTP Adaptive Video Streaming With Networking Cost Constraint Over Heterogeneous Wireless Networks

This paper presents a seamless high-quality HTTP adaptive streaming algorithm that considers wireless network conditions and the energy consumption of a mobile device with networking cost constraints over heterogeneous wireless networks . In the proposed algorithm, the requested video segments are concurrently delivered through multiple wireless networks to overcome the limitations of a single network. The segment quality level, number of requested segments, network inactive interval, and amount of requested data through each wireless network are determined adaptively in order to provide a seamless high-quality video with low energy consumption and networking cost constraints at the mobile device. The proposed algorithm is fully implemented in an Android-based mobile device and tested in an actual wireless network environment.

안드로이드 기반의 스마트폰을 활용한 백반증 피부 영상 분할

In this study, the new color image processing algorithms with an android-based mobile device are developed to detect the abnormal color densities in a skin image and interpret them as the vitiligo lesions. Our proposed method is firstly based on transforming RGB data into HSI domain and segmenting the imag into the vitiligo-skin candidates by applying Otsu"s threshold algorithm. The structure elements for morphological image processing are suggested to delete the spurious regions in vitiligo regions and the image blob labeling algorithm is applied to compare RGB color densities of the abnormal skin region with them of a region of interest. Our suggested color image processing algorithms are implemented with an android-platform smartphone and thus a mobile device can be utilized to diagnose or monitor the patient"s skin conditions under the environments of pervasive healthcare services.

독서장애인용 모바일 전자책뷰어 인터페이스 설계

최근 전자책 시장이 활성화됨에 따라 전자책 단말기에서부터 스마트 기기의 소프트웨어 리더까지 각종 전자책뷰어가 등장하고 있다. 하지만 시각장애인, 난독증, 학습장애인과 같은 독서장애인을 위한 모바일 전자책 인터페이스에 대한 개발과 연구는 부족한 실정이다. 비장애인을 대상으로 만들어진 전자책뷰어는 독서장애인에게 그대로 적용할 수 없기 때문에 독서장애 사용자의 특성에 따라 차별화된 인터페이스가 요구된다. 이에 본 논문에서는 독서장애인용 전자책 표준 형식을 지원하는 모바일 전자책 뷰어 인터페이스 모델을 제안한다. 제시 모델은 전맹인, 저시력인, 학습장애인 등 사용자의 특성 및 상황(context)에 따라 차별화된 인터페이스를 제공한다. 아울러 독서장애인용 어노테이션 시스템을 지원함으로써 기존의 독서장애인용 오디오북과는 다른 사용자-전자책 간의 상호작용을 지원한다. 또한 본 모델을 이용하여 스마트폰 플랫폼인 안드로이드 환경에서의 독서장애인용 전자책뷰어 프로토타입을 구현하고 그 활용 가능성을 제시한다. 본 연구의 결과는 국내 인구 10%에 해당하는 독서장애인의 효율적인 독서활동을 지원할 수 있다. As the eBook market grows fast recently, various eBook viewer solutions such as hardware viewers and software readers came out to the market. We can, however, hardly find mobile eBook interfaces for the reading disabled people who have difficulties in reading for their visual impairment or learning disabilities, or dyslexia. An eBook viewer interfaces for the reading disabled people should be carefully and distinctively designed because the reading disabled people cannot use normal versions of eBook viewer. In this paper, we suggest a eBook viewer interface model to make the reading disabled people read eBooks easily. Depending on the type of the reading disabled people: the full blind, the almost blind, the just learning disabled, our model provides an adaptive interface to make them read eBooks effectively. In addition, unlike the existing simple audio books, we also support annotation systems to make the reading disabled people interact with eBook viewer. To show the effectiveness of our model, we implemented an eBook viewer prototype on an android-based mobile device. We are sure that our model and implementation can make the reading disabled people, who is 10% of all the domestic people, read eBooks effectively.

3D Room Visualization on Android Based Mobile Device (with Philips™’ Surround Sound Music Player)

This project’s specifically purposed as a demo application, so anyone can get the experience of a surround audio room without having to physically involved to it, with a main idea of generating a 3D surround sound room scenery coupled with surround sound in a handier package, namely, a “Virtual Listen Room”. Virtual Listen Room set a foundation of an innovative visualization that later will be developed and released as one of way of portable advertisement. This application was built inside of Android environment. Android device had been chosen as the implementation target, since it leaves massive development spaces and mostly contains essential components needed on this project, including graphic processor unit (GPU). Graphic manipulation can be done using an embedded programming interface called OpenGL ES, which is planted in all Android devices generally. Further, Android has a Accelerometer Sensor that is needed to be coupled with scene to produce a dynamic movement of the camera. Surround sound effect can be reached with a decoder from Phillips called MPEG Surround Sound Decoder. To sum the whole project, we got an application with sensor-dynamic 3D room visualization coupled with Philips’ Surround Sound Music Player. We can manipulate several room’s properties; Subwoofer location, Room light, and how many speakers inside it, the application itself works well despite facing several performance problems before, later to be solved. [ Keywords : Android,Visualization,Open GL ; ES ; 3D ; Surround Sensor ]