Google's Self-Driving Car Incident: A Cautionary Tale?
As many of us know, Google's self-driving car was involved in an incident on Valentine's Day, February 14th, 2016. The incident occurred when a bus traveling at 15 mph approached the Google car from behind, occupying the same wide lane as the Smart Car. The Lexus attempted to navigate around some sandbags placed in the lane and re-entered the center of the lane while moving at a speed of 2 mph.
Google reported in a statement last week that the Smart Car anticipated that the bus would slow down to allow the self-driving car to continue, but the bus did not. The Smart Car then struck the side of the bus, causing minor damage to the front left fender and a sensor. Fortunately, there were no injuries or police report filed.
However, some people might view this incident as a trivial matter, labeling it a "total non-story little fender bender." But the incident serves as a reminder that self-driving cars are not yet perfect and can make mistakes. As we imagine the news flash in a few years where an innocent child is dead due to a car accident led by a self-driving car, it's essential to acknowledge the potential risks associated with this technology.
The reality is that self-driving cars will happen less often because computers make fewer computational errors than humans do. With the advancement of computer technology, we can expect significant improvements in the safety and accuracy of self-driving cars. Nevertheless, incidents like the one involving Google's self-driving car remind us to remain vigilant and continue working towards making this technology safer.
Meanwhile, Sony has launched an evolution of its Xperia brand, dubbed "reimagine," which aims to be more than just a smartphone but a smart connected device capable of changing the way we interact with the world. The new X Series includes three phones: the Xperia X, xeria X performance, and Xperia XA.
The first two phones in the X Series will use different processors. The Xperia X will utilize a hexacore Qualcomm Snapdragon 650 processor, while the xeria X performance will use the Qualcomm Snapdragon 820. Both phones will feature 5-inch 1080P displays. On the other hand, the Xperia XA will have a 5-inch 720p display, paired with a Mediatech MT6755 octacore Cortex A53 processor.
One of the standout features of the new X Series is Sony's Next Generation camera technology called predictive hybrid autofocus. This technology allows users to choose their subject and then predict its motion, resulting in perfect focus without any blur. Additionally, the phones will include Sony's smart battery management, which promises up to 2 days of battery life.
In terms of design, each X Series smartphone has a curved glass display within a rounded continuous frame. The Xperia XA features an edgo edge display, while the xeria X performance and Xperia X both come with a range of style covers and are available in four colors: white, graphite, black, lime gold, and rose gold.
For those interested in the latest developments regarding Android N, we have some new mockups from Android Police. The first glimpse at what changes it can expect when Android N rolls around has been revealed, showcasing a notification shade that will provide more information per notification. The height of each notification has been stretched to accommodate this, resulting in a card-like feel with gaps of negative space between them.
The layout for Android N seems sleek and modern, with a lengthly sheet of contiguous paper over the traditional card layout. It's assumed that notifications will still be swipeable, but only time will tell how effective these changes will be.
In another development related to battery life, Oppo has unveiled a new solution called Super Vuk Flash charge. This technology is still in its early stages of development and aims to allow smartphones to reach 100% battery charge in just 15 minutes. While the development is limited to Oppo devices at present, there's hope that this technology could be licensed for broader usage from OEMs around the world.
Super Vuk Flash charge will be available in both micro USB and USB type-c configurations, making it an exciting breakthrough in the quest for improved battery life. As we move forward with these technological advancements, we can expect significant improvements in our daily lives, from faster charging to more efficient devices.