Thomas B. Rücker, Program Manager at Tieto, discusses In-Vehicle Infotainment (IVI) with Android at the Android Builder Summit in February 2012. Abstract: In the future vehicles are going to be always online. The constantly increasing number of electronic devices raises consumer expectations. Both driver and passengers want to be online. This requires new and flexible IVI and HMI solutions. Users expect intuitive and simple to operate interfaces, but at the same time they expect the systems to handle a lot of their data and apps. We are witnessing a paradigm shift in Infotainment solutions. Open software platforms will allow users to add new functionality and services, also by third parties, over the whole life-span of a product. This requires solutions that reconcile the multi-media world of consumers with traffic security requirements, in a cost effective and secure hardware platform. The presentation will highlight challenges and opportunities by bringing Android to the IVI environment and introduce the audience to security requirements …
Archos has just released a teaser video for its next generation Android tablet, the Archos G10 xs (xs stands for extra small). The video does not show much, except the concept of the new tablet which features a sliding keyboard where the tablet can be docked. Archos has not released the specifications for the G10 XS yet, but we do know the casing is made of stainless steel, is 7.6mm thick (12mm with the keyboard) and Archos has worked for 3 years on this design. There will be several models whose retail price should be between 200 and 300 Euros (Which would be between 200 and 300 USD in the US thanks to lower taxes). The new tablets will be powered by a Texas Instruments processor (probably OMAP 4) like the Archos G9 tablets and run Android 4.0 and Windows 8 depending on the model.
Mike Anderson, CTO and Chief Scientist for The PTR Group, gives a tutorial about Linux kernel debugging in Android with OpenOCD JTAG at the Android Builder Summit in February 2012. Abstract: Owing to the use of the Linux kernel, Android device drivers can be debugged using many of the same techniques as Linux. Still, much of the user-space interface code typically found in Linux is missing in Android. This complicates the debugging of kernel driver code. This presentation will demonstrate the use of the open on-chip debug (OpenOCD) software and an inexpensive JTAG to debug Android kernel code. The target audience for this presentation are platform developers looking to debug their kernel code such as device drivers. This presentation is targeted at intermediate-level developers with some understanding of kernel code development. You can also download the presentation slides on linuxfoundation.org website.
Benjamin Zores, Open Source Software and Multimedia Architect at Alcatel-Lucent, gives step-by-step to port Android to your own device at Android Builder Summit in February 2012. Abstract: This talk is presented as a step by step tutorial meant for Android platform rookies, as to discover all Androidisms one has to tackle down to bring his own custom device to life. Based on a real-life Android 4.0 ICS device porting experience, the talk will cover early board bringup (from U-Boot and Fastboot to Linux kernel and drivers), AOSP device integration, Android-specific device init customization, touchscreen input layer adaptations and Hardware Abstraction Layer (HAL) driver interfaces development. You can also download the presentation slides on linuxfoundation.org website.
Tetsuyuki Kobayashi, working at Kyoto Microcomputer a Japanese development tool vendor, explains how the ADB (Android Debug Bridge) works at Android Builder Summit in February 2012. Abstract: ADB is very nice and important tool. Every Android Builders uses adb command such as ‘adb shell’ and ‘adb logcat’. But what does it mean ‘adb kill-server’ ? I studied the source code of adb. I share you how adb works and some tips I found. This session is for developers who want to know Android internal deeply. You can also download the presentation slides on linuxfoundation.org website.
Jason Kridner, chief software architect for the Sitara ARM microprocessor business at Texas Instruments (TI) and the community development manager, explains why and how to use Android in diverse embedded systems (and not only smartphones and tablets) at the Android Builder Summit in February 2012. Abstract: A few years back all embedded devices were designed like PCs. For example, users understood the use of a mouse and keyboard and could minimize and maximize a window using mouse clicks and launch new applications from Start. The increasing demand and usage of smartphones globally has not just changed the definition of user experience for embedded equipments but has made emerging technologies like touch and display panels, connectivity solutions and infrastructure, affordable to non- phone products segments. The embedded equipment designers and users have grown accustomed in no time to the smartphone features and technologies like multi-touch, high-resolution display panels, connectivity over 3G and Bluetooth, high capacity storage and medium and low power. …
Jen Costillo of Lab 126 discusses the Android sensor subsystem at the Android Builder Summit in February 2012. Abstract: This lecture will arm Android device architects with the tactical knowledge they need to navigate the Android Sensor subsystem and make knowledgeable design choices to improve user experience and improve battery performance. The talk will address: Hardware architecture and trade-offs including latency, power, and software architecture implications: Wake up events and power considerations Gesture Detection Algorithm processing location and considerations Testing methodologies (Creating tools to aid develop and collect data. This talk targets the kernel/firmware developer responsible for the sensor architecture. They should be familiar with kernel drivers, embedded systems, hardware bring up, Android services, and the C language. You can also download the presentation slides on linuxfoundation.org website.
Marcello Lioy, Director engineering at Qualcomm Innovation Center, talks about AllJoyn open source project at then Android Builder Summit in February 2012: Description of AllJoyn project: AllJoyn is a peer-to-peer technology that enables ad hoc, proximity-based, device-to-device communication without the use of an intermediary server. True peer-to-peer communications without the traditional barriers Simple device and service discovery Security framework for authenticated and encrypted communications per application/service Managed networking and message routing Object-oriented programming model Optimized for the mobile embedded environment Low latency Header compression Reliable and unreliable transport Point-to-multipoint communications Potential applications of the technology include Multi-player gaming Social media sharing Multi-user productivity tools AllJoyn is part of Qualcomm Android development tools. I could not find the presentation slides for this particular talk.