Utilization ratio of computing power

4. I bought very high ones,

5.

About

} are black sesame CEO and coo Liu Weihong

black sesame CEO. Previously, he was a member of the founding team of omnivision, a global vision chip leader. He has worked in Silicon Valley chip instry for more than 20 years and has rich experience and technology accumulation in image processing chip and software algorithm

CTO Qi Zheng is the main design member of Intel Pentium II chip, CSO Zeng Daibing is the chief engineer of ZTE microelectronics, and coo Liu Weihong was the president of chassis and control system division of Bosch China ADAS

because of its strong R & D team, heima, a start-up company, can make the ADAS chip huashan-1 A500 within three years and launch it in mass proction. This year, it will launch huashan-2 a1000 chip and launch the fad automatic driving platform

since the beginning of this year, if new cars are not equipped with L1 / L2 automatic driving, they are "embarrassed to sell", the popularity of automatic driving is rapidly increasing, and the higher level of L3 or even L4 automatic driving is on the eve of mass proction, and the demand for automatic driving chips and computing platform solutions in the instry is explosive growth. The market scale of autopilot chips alone is expected to reach trillion US dollars, becoming the largest single market in the semiconctor instry

Therefore, it is right time for fad to enter the automatic driving market

in August this year, FAW Intelligent Network Development Institute reached a technical cooperation agreement with heima. FAW Intelligent Network Development Institute will start the development of intelligent driving platform based on huashan-2 a1000 to meet the demand of subsequent mass proction models. The two sides will jointly promote the application of artificial intelligence technology in the automotive instry and accelerate the instrialization of domestic intelligent driving chips

in addition, heima has signed a number of fad fixed-point models, and it is expected that there will be models equipped with fad automatic driving platform on the market next year. In addition, many enterprises at home and abroad have begun to test fad automatic driving platform, and the test vehicles have been on the road

the great success of black sesame in automatic driving chip and domain controller makes instry research institutions begin to pay attention to this start-up company which has just been established for more than four years. In April this year, cbinsights, one of the strongest think tanks in Silicon Valley, released the list of Chinese chip design enterprises. Black sesame was listed in the field of vehicle chip, becoming one of the top 65 Chinese chip design enterprises

in July this year, black sesame Huashan No.2 a1000 chip also appeared in the world artificial intelligence conference, together with pingtouge, Yitu, Cambrian and other high-end artificial intelligence chips

it can be said that after more than four years of development, black sesame has become the world's leading autopilot chip design company, and even has the ability to compete with the eldest brother in the chip instry. At the same time, the rapid progress of black sesame also promotes the domestic automatic driving chip design to a new level

in the conversation with the two founders, they also revealed a colorful egg. Next year, hei mahjong will release a chip with stronger performance. At that time, the highest computing power of fad automatic driving platform equipped with this chip is expected to exceed 1000tops, and its computing power can be fully automatic driving

this article comes from the author of car home, which does not represent the standpoint of car home

6. First of all, measure the air volume in a year
then, measure the power generation of the fan in a year
then, measure how much wind the fan generates so much electricity and uses,
I think you should know what to do with the rest~

7. It's not as the title says,
in short,
quantum computer is to replace the original ordinary bits with quantum bits
from the physical level, quantum computers are not based on ordinary transistors, but use spin direction controlled particles (such as proton nuclear magnetic resonance) or polarization direction controlled photons (mostly used in school experiments) as carriers. Of course, in theory, any multi-level system can be used as the carrier of qubits
from the perspective of calculation principle, the input state of quantum computer can be either discrete eigenstate (like traditional computer) or superposition state (probability superposition of several different states). The operation of information is extended from traditional logic operations such as "and", "or", "and" to any unitary transformation, and the output can also be superposition state or an eigenstate. So quantum computer will be more flexible and can realize parallel computing< If you want to explain the details, it's a bit troublesome. I'll give you some key words to look up:
1. Quantum state
2. Quantum superposition
3, qubit
4, unitary transformation
5, quantum logic
6, quantum gate (corresponding to traditional logic gate, In fact, it is some special positive transformation)
7, quantum algorithm, quantum algorithm (of course, quantum computer can also realize the traditional algorithm)
8, and then on how to realize from the physical level, it is best to start with quantum optics, because polarized photons are the simplest
in depth:
ordinary digital computers run on binary systems of 0 and 1, which are called "bits". But quantum computers are far more powerful. They can operate on qubits and can compute values between 0 and 1. Suppose an atom placed in a magnetic field rotates like a top, so its axis of rotation can point up or down. Common sense tells us that the rotation of atoms can be up or down, but not all at the same time. But in the strange world of quantum, the atom is described as the sum of two states, an upward turning atom and a downward turning atom. In the wonderful world of quantum, every object is described by the sum of all the incredible states
imagine a string of atoms arranged in a magnetic field and rotating in the same way. If a laser beam is shining on the top of the atoms, it will jump down the group of atoms and quickly flip the rotation axis of some atoms. By measuring the difference between the incoming and outgoing laser beams, we have completed a complex quantum "calculation", involving a lot of rapid spin movement
from the perspective of mathematical abstraction, quantum computer performs the calculation with set as the basic operation unit, while ordinary computer performs the calculation with element as the basic operation unit (if there is only one element in the set, quantum calculation is no different from classical calculation)
take the function y = f (x), X ∈ a as an example. The input parameter of quantum computation is the domain a, and the output domain B is obtained in one step, that is, B = f (a); The input parameter of classical calculation is x, and the output value y is obtained. The range B can only be obtained by multiple calculations, that is, y = f (x), X ∈ a, y ∈ B
quantum computer has a problem to be solved, that is, the output range B can only randomly take out a valid value y. Although the number of elements in output set B is much less than that in input set a by directing the unwanted output to an empty set, it still needs to be calculated many times when all the valid values need to be taken out.

8.

The problems are as follows:

1, CPU aging

the system software of the computer has been continuously upgraded, and win has gone from 32-bit to 64 bit. As a result, the requirement of CPU is higher and higher. CPU aging, resulting in a high occupancy rate of the computer, can not bring upgraded software

solution: replace the computer with a new one or upgrade the CPU on the motherboard

2, too many disk fragments

when the computer software is installed or unloaded, when the files are installed and unloaded, the data arrangement in the hard disk will be very scattered or intermittent, which makes the computer slow down in the search, resulting in a lot of use of CPU

solution: daily clean up the garbage of the system, and then clean up the disk fragments

3. Too many startup software programs

the computer starts multiple software at the same time, such as opening dozens of browser windows at a time. Every browser window will take up a part of CPU resources

solution: at the same time, do not open too many software programs, and cut off unused software processes in time

< H2 > extended information:

precautions for daily use of computers

1. Do not use computers on bedding

manufacturers of notebook computers use fans, cooling cts, large cooling fins and cooling holes to rece the high temperature when using computers. At the same time, in order to save power and avoid noise, the fan of notebook computer does not run all the time, but will start when the CPU reaches a certain temperature

if the laptop is placed on soft objects (such as beds and sofas), it may block the cooling holes, and then affect the cooling effect of the computer, and then it may rece the operation efficiency of the computer, or even cause a crash

2. Don't use your fingers to click on the screen.

if you click on the LCD of notebook with fingernails or hard objects for a long time, the special coating on it will be damaged, which will have a great impact on the display effect of computer screen. And when using the touchpad, be sure to keep your hands clean to avoid cursor running

when you accidentally stain the computer surface, you can wet a corner of the dry cloth and wipe it lightly. At the same time, you can't use sharp objects to write on the touch panel, and you can't use them under heavy pressure, so as not to damage the computer

3. Don't turn on or off the computer at will

when using the computer, we should keep the correct habit of switching on and off, because the startup of the computer has an important influence on its service life. Because the computer in just power on or power off moment, will bring greater electric shock, this will send interference signal to the host, and then lead to the host can not start or abnormal. Therefore, when the computer starts up, it should first power on the external equipment, and then power on the computer host

4. Do not start the application immediately

when the computer enters the desktop, you should wait about 30 seconds before running various programs. Because when the computer enters the desktop, there are many background programs to start and execute, and the processor load is the largest at this time. Therefore, if users run other desktop programs, it will increase the burden of the processor, and the running speed will become slower, or even no response, which is just the opposite< Do not shut down and restart immediately

short time frequent pulse voltage impact will damage the computer's integrated circuit, will bring serious damage to the keyboard. If the disk (the medium carrying the data storage in the hard disk) does not stop and restart, it is equivalent to re accelerating the hard disk in the deceleration state. If you do this often, the impact is likely to make your hard disk & quot; Wave your sleeve, don't take away a cloud< br />