Skip to main content

Uber Opening Robotics Research Facility In Pittsburgh To Build Self-Driving Cars.!!

 


Driver-on-demand service Uber is building a robotics research lab in Pittsburgh, PA to “kickstart autonomous taxi fleet development,” sources close to the decision have confirmed to TechCrunch. They say the company has hired talent from Carnegie Mellon University’s Robotics Institute, including lead engineering and commercialization experts.
No one at Carnegie Mellon or Uber agreed to discuss the deal on the record but an announcement should be forthcoming. Update: Uber published a blog post today outlining its partnership with Carnegie Mellon University, confirming our reporting.
Sources tell us Uber is hiring more than fifty senior scientists from Carnegie Mellon as well as from the National Robotics Engineering Center, a CMU-affiliated research entity. Carnegie Mellon, home of the Mars Rover and other high-profile robotics projects, declined to comment at this time, as did scientists mentioned by our source. Uber has “cleaned out” the Robotics Institute, said the source.
The source also noted that most of these technologies came through a “massive” military spending push over the past decade and should net the university millions in IP licensing fees.
Uber will be developing the core technology, the vehicles, and associated infrastructure at this Pittsburgh facility, according to sources. They have already hired a number of employees and made moves to outfit them with software, including a multi-hundred-thousand dollar investment in third-party engineering workstations.
In the past, Uber CEO Travis Kalanick has said he would replace human drivers with self-driving cars. The decision to run the facility in Pittsburgh makes perfect sense, given the proximity to CMU and the potential secrecy afforded by moving research out of Silicon Valley.
In a related story, Bloomberg Business is reporting that Google is looking into creating an on-demand car service of its own, which is very interesting considering Uber’s interest in automated vehicles. It also raises questions about Google’s David Drummond maintaining a spot on Uber’s board. Google has integrated Uber into its Google Maps products and has taken an investment in Uber via its Google Ventures arm.
No specific plans for a roll-out date or goals for Uber’s automated driving efforts were mentioned. The company recently raised $4 billion in equity and debt including $1.6 billion in convertible debt earlier this month. This follows a $1.4 billion Series D funding round over the summer as well as another $1.2 round in December. The company is now valued at $41 billion.

Comments

Popular posts from this blog

Real life Jarvis-Talk With Your Computer like Jarvis in Iron Man ....!

By:Prayag nao                                            Code to Make your Computer like Jarvis New Speech macro..>> Choose Advanced and change the code like this.. <speechMacros>   <command>     <listenFor></listenFor>   </command> </speechMacros> You have to add a commands  <listenFor>........</listenFor> - computer listens the words you specify here and respond accordingly. <speak>............</speak> - computer speaks what is written in this field according to the command which it got. Similarly, You can Edit more commands in the same way.   <speechMacros> <command> <listenFor>What's going on dude</listenFor> <speak>Nothing special tony</speak> </command> </speechMacros> ...

Types of gears used in daily life

By:Prayag nao Spur Gears: Spur gears are the most common type used. Tooth contact is primarily rolling, with sliding occurring during engagement and disengagement. Some noise is normal, but it may become objectionable at high speeds.   Rack and Pinion. Rack and pinion gears are essentially a linear shaped variation of spur gears The spur rack is a portion of a spur gear with an infinite radius. Internal Ring Gear: Internal gear is a cylindrical shaped gear with the meshing teeth inside or outside a circular ring. Often used with a spur gear. Internal ring gears may be used within a planetary gear arrangement. ...

How does a handpump work ?

The most common tool to access a life source like water — this innovation boasts of none of the accolades that modern machines enjoy. Yet the simplicity and efficiency of design drives a sea of devices that permeate our lives at home and in industries. The unsung hero that India should be particularly proud of is called India Mark II. A human-powered pump designed to lift water from a depth of 50 m or less, it is the world’s most widely used water hand pump. It was designed in 1970 through the joint efforts of the government of India, UNICEF and WHO. Its purpose was to address the deathly problem of paucity of water and draught in rural areas of developing nations. By the mid 1990s, five million of the pumps had been manufactured and installed around the world. Hand Pump Parts: Handle Pump rod water outlet Piston Piston valve Foot valve Rising main Suction lift What does it do? Simply defined, hand pumps are manually operated pumps that use human power and ...