The Rubik’s Cube was solved in only 637 thousandths of a second: At the “electronica” trade fair, the machine “Sub1 Reloaded” achieved the feat with the assistance of microchips from Infineon. The microcontroller AURIX™, one among the world’s most powerful minicomputers, also contributed to the record-breaking effort: it's one among the essential elements that enable autonomous driving. For the Rubik’s Cube, it achieved the simplest time within the approximately 30 years that have passed since the Hungarian Ernő Rubik invented the cube. It takes a person's a minimum of 4.9 seconds to unravel the puzzle. that's the simplest time recorded for a so-called “speedcuber” listed within the Guinness World Records.
The six faces of the cube each have nine squares of a color which will be turned in opposing directions. the thing is to rotate the faces until they need returned to the first position – without driving yourself crazy within the process. quite 43 quintillion combinations of the coloured squares are possible. an equivalent number of cubes could cover our planet in 275 layers of cubes. the world would then be covered with an approximately 20-meter-high layer of Rubik’s Cubes.
It takes tremendous computing power to unravel such a highly complex puzzle with a machine. within the case of “Sub1 Reloaded”, the facility for control was supplied by a microcontroller from Infineon’s AURIX™ family, almost like the one utilized in driver assistance systems. Minimal reaction times play a good greater role in autonomous driving. A high data-processing rate is important to make sure real-time capabilities with clock frequencies of 200 MHz. As a results of this ability, a vehicle can safely and reliably apply the brakes when it approaches a barrier.
The electronic version of senses, brain, and muscles
“Sub1 Reloaded” contains variety of other microchips. Like most devices we use a day , they link the important and digital worlds. The attempt started with the press of a button. The shutters of the sensor cameras were removed. The machine then detected the position of the weather . These had been previously scrambled, in accordance with the special requirements of the planet Cube Association. The computing chip, or the “brain” of the machine, found out the fastest solution and transmitted the required commands to the facility semiconductors. These “muscles” then activated six motors, one for every side of the cube, at record speed then brought them to a halt – all within the fraction of a second.
Every Rubik’s cube are often unscrambled with just 20 movements. a spread of algorithms are often wont to solve the puzzle, the foremost well-known of which is that the Fridrich Method. But Infineon’s constructor Albert Beer didn't design his prodigy with the fewest moves in mind. Rather, he was bent achieving the simplest time – he even allowed the “Sub1 Reloaded” a couple of extra moves to succeed in this goal.
Source: TimesTech.in
The six faces of the cube each have nine squares of a color which will be turned in opposing directions. the thing is to rotate the faces until they need returned to the first position – without driving yourself crazy within the process. quite 43 quintillion combinations of the coloured squares are possible. an equivalent number of cubes could cover our planet in 275 layers of cubes. the world would then be covered with an approximately 20-meter-high layer of Rubik’s Cubes.
It takes tremendous computing power to unravel such a highly complex puzzle with a machine. within the case of “Sub1 Reloaded”, the facility for control was supplied by a microcontroller from Infineon’s AURIX™ family, almost like the one utilized in driver assistance systems. Minimal reaction times play a good greater role in autonomous driving. A high data-processing rate is important to make sure real-time capabilities with clock frequencies of 200 MHz. As a results of this ability, a vehicle can safely and reliably apply the brakes when it approaches a barrier.
The electronic version of senses, brain, and muscles
“Sub1 Reloaded” contains variety of other microchips. Like most devices we use a day , they link the important and digital worlds. The attempt started with the press of a button. The shutters of the sensor cameras were removed. The machine then detected the position of the weather . These had been previously scrambled, in accordance with the special requirements of the planet Cube Association. The computing chip, or the “brain” of the machine, found out the fastest solution and transmitted the required commands to the facility semiconductors. These “muscles” then activated six motors, one for every side of the cube, at record speed then brought them to a halt – all within the fraction of a second.
Every Rubik’s cube are often unscrambled with just 20 movements. a spread of algorithms are often wont to solve the puzzle, the foremost well-known of which is that the Fridrich Method. But Infineon’s constructor Albert Beer didn't design his prodigy with the fewest moves in mind. Rather, he was bent achieving the simplest time – he even allowed the “Sub1 Reloaded” a couple of extra moves to succeed in this goal.
Source: TimesTech.in
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