According to a WHO Report on Road Traffic Injuries, approximately 1.25 million lives are nipped every year owing to ghastly road accidents. About 94% of these accidents have occurred owing to the driver’s fault. And that is the reason why so many companies like are investing in the research and development of Autonomous vehicles
There are many ways to implement AR in the dashboard. We believe one of the early deployment technologies will be to leverage the power of the smartphone and its sensors/accessories to augment overlays on traditional head units. Standards such as CarPlay, MirrorLink, and Android Auto already exist that allow for phones and dashboards to interact over well-defined protocols.
This article describes how Android is fast becoming a platform of choice for the Test and Measurement industry, primarily driven by lower costs, better features and upgradability for Android based tablet solutions compared to proprietary devices. HSC presents trends as well as tips on how to approach adopting Android for your next Test and Measurement product.
This technical article describes the essential components and features of a commercial OTT solution. While focusing on OTT Client, it shall also cover the challenges that are involved in designing, implementing and running a full featured client.The Television industry has so far been dominated … read more
Security when it comes to Android has always been a hotly debated topic in the industry. As OEMs try and adapt Android to new devices,security (or the lack of it) is a big concern to them. This is especially true for OEMs using Android to develop Business IP phones, medical devicesand other such devices that have a greater need for security than consumer-grade home entertainment devices.
For those tracking the evolution of Android, it is evident that the future of the Android based ecosystem goes far beyond just phones and tablets. The OS is already making its way into a host of other smart devices, like Google Glass for example, in a movement toward what’s being called “the internet of things” or IoT.
Lately, the Android OS has been experiencing phenomenal success. The most recent reports from IDC show that 81% of all smartphone devices sold in Q3 2013 are running Android. If you’re familiar with the industry, this may not surprise you. But what might surprise many people is that Android is being actively used in devices beyond smart phones – and the adoption rate is exploding in these areas as well. The operating system has already been deployed in business IP phones, medical devices, set top boxes, gaming consoles, car dashboards/rear-end systems and a variety of additional vertical markets with new ones coming up every month. Those who have been tracking our coverage of the benefits of using Android beyond phones (see our articles on IoT and Android vs Linux) already know that for any system currently based on Linux that has a need for a rich UX and networking options, Android makes a lot of sense.
While Android and Linux are relatively new to the scene, the concept of an embedded operating system is not as recent of a development as you may think. In fact, the history of embedded systems dates back to the 1960′s. But the technology has come quite a long way since then, and the evolution is likely far from over. Check out the graphic below for a quick rundown of how embedded technology got to where it is today, and where we see it going in the near future…and beyond!
If you thought Android OS was just for smartphones and tablets, you’re in for a surprise. The use of the OS in other embedded systems and devices is growing exponentially, and it’s all because of the many benefits Android has to offer. To put it plainly, the developer community is using Android for embedded projects due to its flexibility, ease of customization, and compatibility. Want some technical insight into how Android stacks up against other operating systems? Check out the graphic below for a breakdown of the benefits of Android as an embedded platform:
With the exception of mobile phones, Linux has long been the standard for embedded devices, such as gaming consoles, smart TVs, set top boxes, ECG, monitors, and other medical devices. However, for the past year or so, there has been a strong indication that Android could potentially replace Linux as the platform of choice for the next generation of connected devices.
Say goodbye to the traditional work environment. With embedded Android technology now powering so much more than just smartphones, many industries are leveraging the OS to increase efficiency, productivity, and security. The flexibility of Android as an embedded platform gives businesses the freedom to customize the system to meet their exact needs. Integrating Android with everything from conference room displays to X-ray machines, adoption of the OS at the enterprise level is trending steadily upward. Here’s a look at how Android is changing the nature of the workplace:
Embedded systems are not just for business environments anymore. The technology is coming home, and Android OS is coming with it. When it comes to home automation, Android is the #1 operating system of choice for developers of smart appliances and devices. The idea of a smart home encompasses much more than just a phone or tablet available for communication/entertainment; these devices are becoming full-blown command centers for the house. Need to switch on the lights or monitor the status of your laundry? No problem. And it doesn’t stop there;embedded Android can be found in TVs, baby monitors, ovens, and even exercise equipment. We’re heading down the road to a fully-integrated smart home, but there’s already plenty of great devices and appliances available in today’s market. Here’s a look at how Android OS is changing the home life experience.
The concept of 'Internet of Things' or IoT in short is not new at all. Infact, technologists and visionaries have been postulating this concept since the beginning of the Internet. While the idea has been around for decades, some attribute the credit of coining the term to Kevin Ashtonread more
In general terms, VoIP (Voice over IP) refers to a technology domain that specifies protocols which enable users to utilize an IP network for transmission and reception of voice. Specifically, it was originally conceived as a cheaper alternative to dedicated circuit switched lines between calling … read more
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