System Bits: May 24


Controlling autonomous vehicles in extreme conditions In an approach that could help make self-driving cars of the future safer under hazardous road conditions, a Georgia Institute of Technology research team devised a way to help keep a driverless vehicle under control as it maneuvers at the edge of its handling limits. According to the team comprised of researchers from Georgia Tech’s D... » read more

How Long Until You Can Take A Self-Driving Car To DAC?


There is no hotter topic in tech than self-driving cars. How else to explain the worldwide headlines after what can only be described as a modest little fender-bender last month in Mountain View. The culprit was one of Alphabet Inc.’s autonomous Lexus 450h's, by now a media darling/goat. Despite the apparent and very prosaic facts — the Lexus was traveling 2 miles per hour, nobody was hurt,... » read more

What Cognitive Computing Means For Chip Design


Cognitive computing. Artificial intelligence. Machine learning. All of these are concepts aim to make human types of problems computable, whether it be a self-driving car, a health care-providing robot, or a walking and talking assistant robot for the home or office. R&D teams around the world are working to create a whole new world of machines more intelligent than humans. Designing sys... » read more

Tech Talk: ADAS


Kurt Shuler, vice president of marketing at Arteris, explains what the Advanced Driver Assistance Systems standard is, where the problems are, and why this is becoming so important in automotive semiconductor design. » read more

Automotive Semiconductor Test


We are witnessing the gradual transition of the automobile from a simple means of transportation to a mobile electronic hub. The amount of electronic content in passenger cars continues to grow rapidly. Recent reports indicate that electronics now contribute about 40% of the total costs of a traditional, internal combustion engine car, and this jumps as high as 75% for the growing number of ele... » read more

Enabling Self-Driving Cars


To enable truly self-driving cars — the ones without a gearshift or a steering wheel — there must be a confluence of technologies, a refinement of the business models, regulatory and safety requirements, and insurance concerns. So how close is the automotive ecosystem to reaching the goal of truly autonomous driving? That depends on your vantage point. As far as where automakers are t... » read more

What The Next Era Of Automotive Design Will Require


ARM, automotive, automotive electronics, lower-power processors, ADAS, automated driver assist, smart cars, autonomous vehicles, TECHnalysis, Your father’s automotive market, with its long design cycles and reluctance for change, is in the rear-view mirror— a spec on the horizon in fact. The industry’s enthusiastic embrace of electronics — and the astonishing cost, functional, safety... » read more

Prototyping In The Driver’s Seat For ADAS Development


Wikipedia describes ADAS (advanced driver assistance systems) as systems developed to automate/adapt/enhance vehicle systems for safety and better driving. Safety features are designed to avoid collisions and accidents by offering technologies that alert the driver to potential problems, or to avoid collisions by implementing safeguards and taking over control of the vehicle. Adaptive features ... » read more

Drive, Fix, Park


Autonomous cars are coming. So are cars that can fix themselves. And this is just the beginning. The idea of a connected car is all about making data available, both within the car and with the external world. Car manufacturers will be able to improve automobile quality by getting real-time data from individual vehicles and providing corrective updates when problems are identified. In additi... » read more

The Next Big Things


Progress in electronics has always been about combining more functions into devices and making access to information more convenient. This is what drove the PC revolution in the 1980s, when centralized data was made available on desktops, and it's what drove the notebook PC revolution in the 1990s as computers became untethered from the desktop, as long as you could find an Ethernet connecti... » read more

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