Anungputro, Prayoga Seto · DR-NTU (Nanyang Technological University) · 2014
Project on room entertainment become more dominant as personalized system that select user to take their preference. The integrated system compromise of LED light system and acoustic system would deliver high quality of home entertainment. \n \nThis project aimed to create system that could play audio from Android device to directional parametric speaker mounted on remotely integrated entertainment system. By utilizing RN52 Bluetooth module that has capability to stream audio through Bluetooth channel on Advance Audio Distribution Profile while streaming data on Serial Port Profile and Arduino board to control the system, the music played on Android could come out from directional parametric speaker and the direction could be controlled by the user. This will achieve a personalized system on a room entertainment. \n \nThe project is a prototype project to develop a room entertainment together with the LED light system.
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Samsul A Rahman Sidik Hasibuan, Irwan Irwan, Dwi Kurniati et al. · Journal of Engineering Research and Reports · 2023
The beam structure is an essential structural element to construction professionals, and most engineers must be familiar with beams. The type of beam structure discussed in this article is a fixed-end beam structure with uniform loads. Calculating the forces and structural deformations manually takes longer and requires good accuracy. Various software and applications can be installed easily in this increasingly sophisticated era. The Easy Beam Analysis Application is one application that can be used to obtain internal forces and structural deformations quickly and accurately. Easy Beam Analysis is an Android-based application that can be installed via the Play Store. In this article, fixed-end beam structures with uniform loads are modelled and analyzed using the Easy Beam Analysis Application. This article aims to validate the results of manual calculations according to the static equilibrium requirements, especially fixed-end beams with uniform loads. This article will also validate it by manual accounting according to static equilibrium requirements. Furthermore, the analysis results with the Easy Beam Analysis Application and manual calculations have been obtained and validated. It can be seen that the results of the analysis do not have a significant difference. So, it can be concluded that structural analysis with the Easy Beam Analysis Application can be a fast and accurate solution.
Cited by 1Open access
Sidik Hasibuan, Samsul A. Rahman, Irwan, ., Kurniati, Dwi et al. · SPIRE - Sciences Po Institutional REpository · 2023
International audience
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Sarah Eden, Akhmad Aminullah, Andreas Triwiyono · MATEC Web of Conferences · 2019
In Indonesia RC structures are widely used for high rise, low rise, shop offices, as well as residential buildings. In February 2018, the first author introduced an RC beam design application for Android [12] for two options. Option one is for calculating nominal moment ( Mn ) and nominal shear force ( Vn ) of the section when the beam dimensions ( b , h ) and reinforcements are known; option two is to calculate the number of reinforcements for Mn and Vn when the dimensions ( b , h ) are known. In this paper, the first author added option three, namely the optimization for the design of RC beams when the internal forces are known and the application calculates the most optimal dimensions ( b , h ) and reinforcements. The application developed is named Civil Engineering Mobile Application for Concrete Beams (CEMA) and is called C 2 . In CEMA the user can follow the step by step calculation and the results of the calculation are stored in a database. For option three of CEMA (optimization of RC beam sections), the application was validated by another method called Teaching-Learning-based Optimization (TLBO) method [10]. It is believed that CEMA which is based on SNI 2847:2013 can be useful for Indonesian structural engineers designing and supervising actual construction RC buildings.
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Watts, Dana, Nelson, Benjamin, Penner-Goeke, Lara et al. · 2022
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Rifki Ananda Saputro, 1015011016 · Digilib Repository Unila (Lampung University) · 2014
Balok komposit merupakan perpaduan antara beton dan baja profil. Analisis kuat lentur nominal penampang komposit dapat dihitung secara manual, tetapi membutuhkan waktu yang lama atau tidak efisien jika menghitung analisis kuat lentur nominal pada balok komposit. Dalam penelitian ini maka dapat diambil suatu rumusan masalahnya yaitu bagaimana mengaplikasikan analisis kuat lentur nominal pada berpenampang komposit ke dalam program berbasis android. Tujuan penelitian ini pada tugas akhir ini adalah untuk mempermudah perhitungan analisa kuat lentur nominal pada balok komposit dengan menggunakan program aplikasi berbasis android. Objek penelitian untuk membuat program berbasis android yaitu profil IWF dengan beton (balok komposit). \nPada pelaksanaan penelitian ini menggunakan dua metode yaitu metode studi pustaka (kajian teori) dan metode pengembangan perangkat lunak (analysis, design, coding, dan testing). \nProgram ini sudah di uji dengan perhitungan manual yang menunjukan hasil sesuai. Dari hasil pengujian kemudahan penggunaan program menunjukkan bahwa program yang berbasis android ini lebih sederhana dan mudah dalam penggunaan di lapangan. \nKata kunci : balok komposit, android, analisa kuat lentur nominal \n \n \nabstract bahasa inggris \n \nComposite beam is a combination of concrete and steel profiles. Nominal flexural strength analysis of composite cross-section can be calculated manually, but it takes a long time or are not efficient when calculating the nominal flexural strength analysis of composite beams. In this study, it can be a formulation of the problem is how to apply the analysis to the nominal flexural strength composite into android-based programs. The purpose of this study in this thesis is to simplify the calculation of the nominal flexural strength analysis of composite beams using android based application program. Object-based research to create a program that profiles IWF android with concrete (composite beam). \nIn the implementation of this study using two methods: the method of literature study (study of theory) and methods of software development (analysis, design, coding, and testing). \nThis program has been tested with manual calculations that show the results accordingly. From the test results indicate that the ease of use of program-based program that android is more simple and easy to use in the field. \nKeywords: composite beam, android, nominal flexural strength analysis
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2018
creating alarms, 423-424 setting alarms, 423-424 alarms, 422-423 canceling, 423-424 Clock, 424 creating, 423-424 setting, 423-424 Amazon Web Services, 243 Android development platform, 3 history, 2-3 launch, 1-2 Android Media Store, 342-344 Android Project Wizard, 16 Android Run Time, 15 Android SDK.See SDK (software development kit) Android Studio ADB (Android Debug Bridge), 54 Android Project Wizard, 16 Android Virtual Device manager, 16 APK Analyzer, 48, 54-55 autocomplete, 51 Android Vitals -applications Subversion, 16 testing, 16 updates, 19-20 Vector Asset Studio, 48 version control, 16 Android Vitals, 850-851 animations AccelerateDecelerateInterpolator, 512 AnimatorInflator.loadAnimatormethod, 512 AnimatorSet class, 513 attributes, 116-117 Fragment Transactions, 84 frame animations, 114, 118 property animations, 114, 115-116, 510-513 animation listeners, 513 sets, 513 Vector Drawables, 442-445 view animations, 114, 116-118 AnimatorInflator.loadAnimatormethod, 512 AnimatorSet class, 513 ANR dialog box, 44-45 anti-aliasing, 520 API keys, 833 APIs (application programming interfaces), 15 Accessibility, 168-169 Activity Recognition, 662-664 Beam, 713 Fragment, 58 Geofencing, 560 Google Machine Learning APIs, 243 JobScheduler, 385-386 libraries, 2 Recognition API, 620 Strict Mode, 797-798 APK (Android Package Files), 830-831 uploading new, 838-840 APK Analyzer, 48, 54-55 app bar, 452-455 Earthquake Viewer, 477-470 menu actions, resources, 467-468 App Shortcuts, 781-782 Dynamic Shortcuts, 784-
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gigaom · Bulletin of Miscellaneous Information (Royal Gardens Kew) · 2013
Twonky Beam brings YouTube videos to your Roku box - all you need is an Android or iOS device. Source: https://youtube.com/watch?v=RtANifLNICY Uploader: gigaom Upload date: 2013-05-02
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Benny Danang Kurniawan, S.T. Bana Handaga · 2016
Most of the use Android devices. Many technological innovations with these devices begin with image manipulation, manipulation camera, control game. More innovation is integrated with Android for a variety of purposes. Laser stands for LASER (Light Amplification by Stimulated Emission of Radiation-Magnification Light by Beam Radiation aroused). Laser has several uses such as: cutting operation, cutting industrial materials, pointing presentation and others. With Android and the laser, the authors aim to make innovation the driving laser beam with Android as controller. The method used in this research was experimental. To control the device using Arduino UNO as the main controller board. Arduino can be in the program using C language tools in the program to run arduino laser buffer corresponding coordinates that have been set and turned on the laser as needed. With the Android device can send commands via Bluetooth to be received by the HC-05 Bluetooth Shield and forwarded to the Arduino. In the pattern pieces tested were straight, L shape and Shape U. The materials used for the test consists of: Iron, wood, plastic mica, plastic bags, cork and black isolation. In addition to the test-piece also do tests on the use of resources. From various experiments, the material of black plastic bags and black insulation that can be cut over 60% of the target. Device controllers are portable laser works best when the electric power source of 9.0 volts at the current 3.0 Ampere
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Paul Blackford · Bulletin of Miscellaneous Information (Royal Gardens Kew) · 2011
Available in lossless format at this link 1:Germ Warfare 2:Enhanced Transmat 3:Beta Decay 4:The Grind 5:Fusion Collider 6:Renegade Bassline 7:1992 8:Android 9:Ion Beam 10:The Bunker
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Roca Pérez, Napoleón, Cardozo Sarmiento, Darwin Orlando, Quintero Ayala, Sergio Iván et al. · LA Referencia (Red Federada de Repositorios Institucionales de Publicaciones Científicas) · 2016
En este trabajo el objetivo fue diseñar e implementar una aplicación móvil en Android que permita controlar por medio de comunicación bluetooth la temperatura, vídeo beam, encendido de luces y la puerta de una aula de clases. El procesador de información es una tarjeta Arduino Mega, que por medio de un módulo bluetooth HC-05 recibe datos de una aplicación en un dispositivo móvil con sistema operativo Android. La tarjeta Arduino utiliza las variables que envía el usuario desde la aplicación para controlar cada uno de los procesos antes mencionados. Este proyecto permite un acercamiento al desarrollo de aplicaciones en Android para mejorar el uso de las aulas de clases en sus procesos académicos, modernización y reducir el consumo de energía eléctrica
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Ruggaard Pedersen, Mathias · CERN Document Server (European Organization for Nuclear Research) · 2013
This report documents the work that was done during a summer student internship in the CERN BE-BI-SW group in the summer of 2013. The original project proposal was to produce a java GUI to simplify the setting up of a CERN beam instrument. The end result of the project is two desktop applications for monitoring two different beam instruments as well as an Android app meant as a prototype for monitoring arbitrary beam instruments on a smartphone.
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Meti Heteor · Bulletin of Miscellaneous Information (Royal Gardens Kew) · 2017
A Mars gombolyű, a Tesla drága, a bácsi Excellel fest, a Powerpoint pedig bármire jó. A Voyager messze van, Katona Klári nem Szűcs Judit, a Jim Beam asszisztens mulatságos, a Google papírral játszik es AIY, az Android One nagy lepes, az első GoPro pedig filmes volt.
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Aaron Halbert · 2014
PLEASE NOTE: The paperback version of this book is printed with a full-color cover and a black-and-white interior. Buyers of the paperback version also receive the Kindle version 100% FREE through Kindle MatchBook, which comes with free updates for life.UPDATE JULY 2014: Samsung Galaxy S5: The 100% Unofficial User Guide now includes the entirety of my new book, The 50 All-Time Best Android Apps, 100% FREE!! (Chapter 9).Samsung Galaxy S5: The 100% Unofficial User Guide is your comprehensive guide to the Galaxy S5.If you are a brand new Android user and you don't know the Play Store from the App Drawer, this 300+ page book will teach you from first principles. If you're an experienced user, this book will help you unlock the full potential of the Galaxy S5. Samsung Galaxy S5: The 100% Unofficial User Guide contains hundreds of tips, tricks and visual tutorials, such as:Setting up the Galaxy S5 for the first timeFundamentals of the Android OS and Samsung's TouchWiz interfaceConnecting to Wi-Fi hot spotsMaking callsSyncing with your Gmail accountUsing the Galaxy S5's fingerprint scannerSending text messages and picture messagesCapturing video, including high-definition 4KInstalling and uninstalling appsTaking panoramic photographsSecuring your dataNavigating using the GPSProtecting yourself from malware and virusesPlaying MP3s, and streaming music using Pandora, Spotify, and moreHow to try paid apps for freeUsing Google your personal assistantZooming in on ANY screenBlocking unwanted callsManaging your fitness and exercise with S HealthUsing Google Wallet at tap-to-pay terminalsAccessing Kids ModeCustomizing your wallpaperViewing and editing Microsoft Office filesThe difference between S Beam, Android Beam, Wi-Fi Direct, DLNA, And NFCPairing with Bluetooth devices such as a headset or car stereoRooting your Galaxy S5Blocking ads with AdAwayExtending battery life... and much more! Plus, includes the book, The 50 All-Time Best Android Apps for FREE!BONUS: the paperback edition, and you'll get the Kindle edition absolutely FREE through Kindle MatchBook!Why delay at this price? Scroll up and click Buy Now, and start taking advantage of everything your Galaxy S5 has to offer--today.
Cited by 1
Luka Košenina · 2014
The thesis discusses the use of NFC (Near Field Communication) technology and
presents the use of modern online and mobile technologies which can improve
the performance of public and private voting. The problem of identifying the
participating people is carried out using NFC mobile devices. To perform the
voting we constructed web and mobile application. The web application is designed
in the Django Web Framework, which keeps the necessary information by means
of a relational database management SQLite. The mobile app is designed for
NFC device, powered by the Android operating system. Featured is the process
of creating and editing vote, authorization to accede to vote and voice broadcast.
In connection with the mobile application, is introduced Android Beam, which is
used for the identification of users.
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Aaron Halbert · 2016
FULLY REVISED AND UPDATED for the Galaxy S7 and S7 Edge! Please note that the paperback has a full-color cover and a black-and-white interior. Samsung Galaxy S7 & S7 Edge: The 100% Unofficial User Guide is your comprehensive guide to the S7 and S7 Edge. If you're a brand new Android user and you don't know the Play Store from the App Drawer, this 300+ page book teaches you from first principles. If you're an experienced user, this book helps you unlock the full potential of your S7 or S7 Edge. Samsung Galaxy S7 & S7 Edge: The 100% Unofficial User Guide contains hundreds of tips, tricks and tutorials, including:Setting up the Galaxy S7 and S7 Edge for the first time Using ALL Edge features including Apps Edge, Tasks Edge, People Edge, Edge Feeds, Night Clock, and more Using Samsung Pay at tap-to-pay terminals Fundamentals of the Android OS and Samsung's TouchWiz interface Connecting to Wi-Fi hot spots Making callsSyncing with your Gmail account Authenticating device access with the fingerprint scanner Sending text messages and picture messages Capturing video, including high-definition 4K Installing and uninstalling apps Taking panoramic photographs Securing and backing up your data Navigating using the GPS Intelligently protecting yourself from malware and viruses Playing MP3s, and streaming music using Pandora, Spotify, and more Trying paid apps for free Using Google your personal assistant Blocking unwanted calls Managing your fitness and exercise with S Health Accessing Kids Mode Customizing your wallpaper Viewing and editing Microsoft Office files The difference between S Beam, Android Beam, Wi-Fi Direct, DLNA, And NFC Pairing with Bluetooth devices such as a headset or car stereo Extending battery life Remotely locating a lost S7 or S7 Edge Printing documents Live broadcasting to YouTube... and much more! BONUS 1: Includes the book, The 50 All-Time Best Android Apps for FREE! BONUS 2: the paperback edition, and receive the Kindle edition absolutely FREE through Kindle MatchBook!Scroll up and click Buy Now, and start taking advantage of everything your Galaxy has to offer--today.
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Muhammad Khalifardi Lukman, Masykur Kimsan, Muhammad Rizal Alhas · MEDIA KONSTRUKSI · 2021
Abstract Many calculations in the analysis of long bending beam so that in addition to taking a long time to complete, it is not uncommon for this to cause inaccuracies in calculations, so that is the reason for using software assistance. This final project is to create an android-based flexural and shear capacity analysis software for steel beams. This software is made using code in the form of a website that provides tools to create android-based software with programming blocks. The validation process will be carried out by comparing manual calculations with the results issued by the software. Based on the results between manual calculations and the software for analyzing the flexural and shear capacity of steel beams in the software that the author has designed after being compared or corrected, either in the form of inputting hot-rolled steel dimensions or by inputting built-up steel dimensions, the smallest percentage accuracy result is 99.80%. Abstrak Banyak perhitungan dalam analisa balok lentur yang panjang sehingga selain memerlukan waktu yang cukup lama untuk menyelesaikannya, tidak jarang juga hal ini dapat menyebabkan ketidaktelitian dalam perhitungan sehingga ini menjadi alasan untuk menggunakan bantuan perangkat lunak. Tugas akhir ini adalah membuat perangkat lunak analisa kapasitas lentur dan geser balok baja berbasis android. Perangkat lunak ini dibuat menggunakan kodular yang berupa situs web yang menyediakan alat untuk membuat perangkat lunak berbasis android dengan konsep blok-blok pemrograman. Proses validasi akan dilakukan dengan cara membandingkan perhitungan manual dengan hasil yang dikeluarkan oleh perangkat lunak. Berdasarkan hasil antara perhitungan manual dan perangkat lunak analisa kapasitas lentur dan geser balok baja pada perangkat lunak yang sudah penulis rancang setelah dibandingkan atau dikoreksi, baik berupa cara penginputan dimensi baja canai panas (hot-rolled) maupun dengan cara penginputan dimensi baja built-up menunjukan hasil akurasi persentase terkecil 99,80%.
Cited by 0Open access
Nicolas De Pinho Ferreira, Etienne Puyoo, Bertrand Massot et al. · HAL (Le Centre pour la Communication Scientifique Directe) · 2020
Flexible crack-based strain sensors showing a maximum gauge factor of 30,000 at 0.2% strain level are elaborated by means of Atomic Layer Deposition and e-beam evaporation. It is shown that the mechanosensitivity can be drastically boosted by encapsulating the cracks with a photoresist layer. A non-invasive portable device integrating this ultrasensitive flexible transducer is then developed to monitor the cardiac activity at rest. The presented prototype integrates a Bluetooth Low Energy wireless interface for real-time communication with an Android mobile device.
Cited by 1Open access
Martin Beusekom, N.C. Herckenrath · Research Repository (Delft University of Technology) · 2015
Due to the rise of smartphone technology, numerous citizens carry Internet-enabled recording equipment with them at all times. Should atrocities be committed by the the government, they would have a hard time to cover-up the truth without blocking the Internet. Governments have demonstrated their ability to restrict access to the Internet during events like the Arab spring. The Shadow Internet bachelor project aimed to create an application that thwarts government censorship by allowing the spread of incriminating footage without the use of the Internet. This way, a video could be passed around until an enterprising journalist can smuggle the footage out of a censored region. When in a safe area, he would be able to spread the footage to the world. Our application implements this functionality by using Android Beam to transfer videos. Android Beam is Google's implementation of Bluetooth file transfer that is started through NFC. As the Google Play Store will not be available during an Internet blackout, it also supports installing itself on other phones through the same mechanism. This will allow the spread of both our application and the video without the use of the Internet. In order to facilitate the spread of evidence we have implemented Tribler support. This allows the anonymous uploading of videos into the Tribler network. The project was divided into 3 Scrum cycles lasting two weeks each. Each cycle iterated upon the existing application, with a focus on adding additional functionality. The first cycle focused on creating the first prototype and getting used to the Kivy framework. The second cycle saw the addition of the core features such as NFC file transfer and the video recording. The final cycle focused on improving the user experience and adding Tribler support for uploading videos. This cycle was plagued with a number of problems that delayed progress, but were eventually resolved. As of this writing, the application supports video recording and allows for file transfer through Bluetooth, along with the application itself, to another phone through the use of Android Beam. Sadly, Tribler support has not yet been fully implemented.
Cited by 1Open access
Tomi Wingga Pratama, Indah Puji Astuti, Ghulam Asrofi Buntoro · KOMPUTEK · 2019
Ceria Centre is one of the institutions engaged in the consultant psychologist and there are some participants who are experiencing autism. When observing the information, the autistic child requires media for the identification of the surrounding objects that are visual and audio. In this institution in the presentation of the introduction of objects for autistic children still use traditional tools, namely the form of beams. This way is considered less efficient because it often breaks or loss of the introduction beam and does not cover the possibility of human error as well. The author devised an interactive Android-based recognition application as a media helper of the introduction of objects around by loading the needs required by the autistic child, by giving a simple look that contains the introduction of alphabets, numbers, Limbs, animals, fruit and spelling of words and accompanied by audio. This application is designed using construct 2 using the waterfall development method. This research generates an Android-based object recognition application designed according to what the autistic child needs. In general this application can make it easier for children to increase their knowledge with a percentage of 70%.
Cited by 1Open access