The document describes Infraware's POLARIS App Generator (PAG) service, which automatically converts Android APK files into Tizen TPK files. This allows Android apps to be run on Tizen devices using Infraware's POLARIS App Player middleware. The service aims to quickly populate the Tizen app store in its early stages by migrating existing Android apps with minimal effort. It is expected to help grow the Tizen ecosystem by providing a rich app selection, attract more device users, and encourage more developer support for the new platform.
This document discusses graphics and UI frameworks in Tizen version 2.3. It describes the Enlightenment Foundation Library (EFL) which includes core components like Ecore, Evas, Edje, and Elementary. EFL provides retained mode rendering, supports multiple backends like OpenGL ES, and aims for performance on low-end hardware. It also discusses the roles of Ecore for event handling, Evas for canvas rendering, Edje for graphical designs, and Elementary for widgets. Graphics libraries like Cairo and window systems like X Window and Wayland are also mentioned.
The document provides instructions for using a Samsung smartphone, including an overview of the device layout and key functions, instructions for basic operations like turning the device on and off and using the touchscreen, and safety guidelines for issues like overheating. It also lists the contents of the package and provides brief descriptions of pre-installed apps and basic settings features.
This document discusses graphics and UI frameworks in Tizen version 2.3. It describes the Enlightenment Foundation Library (EFL) which includes core components like Ecore, Evas, Edje, and Elementary. EFL provides retained mode rendering, supports multiple backends like OpenGL ES, and aims for performance on low-end hardware. It also discusses the roles of Ecore for event handling, Evas for canvas rendering, Edje for graphical designs, and Elementary for widgets. Graphics libraries like Cairo and window systems like X Window and Wayland are also mentioned.
The document provides instructions for using a Samsung smartphone, including an overview of the device layout and key functions, instructions for basic operations like turning the device on and off and using the touchscreen, and safety guidelines for issues like overheating. It also lists the contents of the package and provides brief descriptions of pre-installed apps and basic settings features.
Samsung ARTIK 050 (ARTIK ZERO) Modules Data SheetRyo Jin
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Samsung ARTIK is an end-to-end, integrated IoT Platform that transforms the process of developing, launching and managing connected products. The ARTIK 050 module is specifically built to provide secure IoT connectivity for products across vertical markets, including smart home, smart lighting, smart building, manufacturing, and health and wellness.
Introduction to Watch Face Development with Tizen StudioRyo Jin
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These materials describe how to develop Gear watch apps for Gear S2 and S3 devices via Tizen Studio, which you can distribute commercially and for free via the Galaxy Apps store.
Tizen 3.0's Window System Integration Layer of OpenGLES/EGL & Vulkan DriverRyo Jin
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At XDC2016 Day 1, Samsung R&D talking about Tizen 3.0's Window System Integration Layer of OpenGLES/EGL & Vulkan Driver. Lots of technical details there for those interested in Vulkan and friends.
Panduan Penggunaan Perangkat Wearable TizenRyo Jin
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Dokumen tersebut memberikan panduan penggunaan lengkap tentang fitur-fitur smartwatch Samsung Gear S2 yang menjalankan sistem operasi Tizen. Mulai dari cara menghidupkan, menonaktifkan, mengambil screenshot, mengoperasikan dengan rotating bezel, mentransfer file, menghubungkan dengan smartphone, hingga penjelasan aplikasi seperti messages, email, health tracker, dan lainnya.
Buku berjudul "Cara Menggunakan Smartphone Tizen" ini memberi tutorial bagi penggua baru yang masih asing dengan OS Tizen. Smartphone yang dipakai adalah smartphone komersial Tizen pertama yaitu Samsung Z1.
The document provides guidelines for a watch face design contest for the Samsung Gear Fit2. It outlines themes, requirements, and functions that can be designed for in the watch face. Competitors are asked to design watch faces with time, date, and other functional displays in separate layers. The functions that can be designed include analogue time, digital time, date, battery, BPM, steps, calories, floors, intake, animation, and background change. Formatting requirements and file submission details are also provided.
The document provides information about submitting applications to the Tizen Store, including how to sign up for a Tizen Seller Office account, prepare application binaries, set pricing and other details, and submit the application for review. It outlines the various steps involved, such as uploading the binary, selecting supported features, and setting the application manifest, price, category, and age restrictions. Upon submission, the application will go through a validation process.
Samsung Indonesia: Tizen Platform Overview and IoTRyo Jin
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Tizen is an open source software platform that can run on multiple device types including mobile devices, TVs, wearables, and IoT devices. The document discusses Tizen's architecture and profiles that allow it to run across different product categories. It also describes how Tizen has been deployed on Raspberry Pi and Samsung Artik boards to enable its use in IoT applications. The presentation concludes with a demo of Tizen running on a Samsung Artik 5 module.
Tizen has experienced explosive growth and become the world's number one operating system for the Internet of Things (IoT). It is establishing itself as an open, independent digital platform that is guiding the development of the new digital economy based on IoT. The presentation outlines plans for the "Russian Tizen" project to build a Russian security profile for Tizen, develop applications and services for government, enterprise and consumer markets, and establish a Tizen Development Center in Skolkov to make Russia a leader in IoT and the Tizen platform internationally.
The document provides instructions for using a Samsung Gear Fit2 smartwatch. It includes information on:
1) Setting up the watch by connecting it to a mobile device via Bluetooth and installing the Samsung Gear app.
2) Navigating around the watch interface using the touchscreen and buttons. Features include notifications, widgets, apps, and watch faces.
3) Customizing settings like display, sounds, connections and more through the watch interface and Samsung Gear app.
4) Using apps and functions like calls, health tracking, music, and finding a connected phone.
5) Basic troubleshooting tips and maintaining the watch's water resistance.
The document discusses Tizen Micro profile, a lightweight version of Tizen OS for developing low-end IoT devices. It proposes using a JavaScript application framework and RESTful APIs to allow IoT services to be added via apps. This would provide personalized, context-aware services and smarter device functionality. The document outlines plans to implement Tizen Micro profile on Raspberry Pi, integrate Node.js and a device bus, and optimize it for low-memory devices to better support the IoT market.
Tizen merupakan open source project untuk sistem operasi yang berbasis modifikasi Linux Kernel dan WebKit runtime. Dengan Tizen, kita dapat menjalankan aplikasi diatas Smartphone, Wearable ataupun complaisance devices yang mengusung OS Tizen.
Buku Panduan Dasar Pemrograman Tizen dibuat dengan maksud dan tujuan untuk membantu para developer pemula atau developer yang sudah memiliki ketrampilan memprogram aplikasi mobile baik itu Windows Phone, Android ataupun iOS dalam membuat aplikasi mobile diatas platform Tizen.
The Story of Enlightenment, EFL, Tizen and WaylandRyo Jin
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Carsten Haitzler (Rasterman) presented at FOSDEM 2016 about Enlightenment on Wayland. As part of that, with Samsung's Tizen environment using Enlightenment, they too are after Wayland as being the superior solution to X11.
This document introduces Tizen PASS, which aims to enable cross-device convergence experiences across multiple Tizen devices. Tizen PASS includes three key components: Action PASS for multi-device control through customized commands, Contents PASS for sharing and viewing relevant content across devices, and Identity PASS for welcoming users and personalizing devices based on shared preference information. The document describes the main concepts and features of Tizen PASS, provides example use cases, and outlines the system architecture and APIs for developing applications using Tizen PASS's capabilities.
There has been an increased support for various profiles and devices on Tizen. As Tizen is a multi/cross platform, device integration will be the main factor of a fluid interface between devices. Whether it is Mobile, Wearable, or TV the scalability and usability will be accessible. These features will allow the users to gain: (1) Easy Access, (2) Content Mash-up, and (3) Multi Device Control. This presentation will introduce the "Tizen Pass" which cover Cross device User Experience & features of Tizen convergence service FW.
The document provides design guidelines for the Gear UI, including for the Next Gear. It outlines navigation views like vertical, horizontal, anchored, and freeform for app page design. The rotary bezel on the Next Gear allows intuitive page navigation and control. Guidelines are provided for screen types within each navigation view, like list, card, and body text views for vertical navigation and pages and continuous views for horizontal navigation. Stack and dial screen types are examples for anchored views.