Dot digital currency price
what is digital currency
digital currency can be used to describe all electronic currencies, including virtual currency and cryptocurrency. Digital currency is a kind of electronic currency without any physical form. Because of its functions and inherent attributes, it is the same as the standard illegal fixed currency, and can also be referred to as the network version of cash. Digital currency is invisible. People need to use and hold it through devices that can be connected to a specific network
T1: eth (the first public chain at present, the underlying platform of Shanzhai coin breeding, and in the speculation of eth2.0) EOS (community consensus + DAPP possible explosion + defi can also join + drop out of high cost performance) Zec (anonymous leader)
T2: Yas (UBI concept, low market value, great potential) atom (cosmos, advantage new public chain), XRP (the decline in 2019 has not risen, so the upward space is still very large) Polkadot dot (Boca, the goal is to surpass Ethereum) KSM (Boca pioneer)
T3: Ada (potential) NEO (myth of 1000 times of the last bull market), ont (strong village), Iost (Iost is currently undervalued, DAPP is also in good development)
there are platform coins in the coin circle, corresponding to HT, BNB, MX
TEDA coin (usdt) is a token launched by tether company, which is based on the stable value currency US dollar (USD). 1 usdt = 1 US dollar. Users can use usdt to exchange 1:1 with USD at any time
tether company strictly abides by the 1:1 reserve guarantee, that is, every usdt token issued, its bank account will have a capital guarantee of $1. Users can query funds on the tether platform to ensure transparency
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extended data:
the functions of usdt are as follows:
1. Avoiding the overall risk of decline
in currency trading, there are three common situations, taking LTC / BTC trading as an example:
after buying LTC with BTC, BTC and LTC are both rising, and you enjoy two profits
after buying LTC with BTC, BTC and LTC will rise and fall one by one. Your income depends on the rise and fall of the two currencies, which is bigger. Only if the increase of any one is greater than the decrease of the other, can we make money. Anyway, it's a loss. If the fluctuation is equal, there will be no profit or loss
after buying LTC with BTC, both currencies are falling in extreme market, so you need to bear two losses. This is often the most frustrating
but with usdt, when the currency price falls, you can immediately change the currency into usdt, so as to ensure that your assets will not shrink
The reverse operation of digital currency withdrawal is very simple. Usdt company says that investors can transfer US dollars to the bank account of tether company through swift or exchange usdt through bitfinex exchangeif you make a lot of profits and want to withdraw cash, you can first convert your currency into usdt, and then convert it into US dollars through tether or other platforms. Here you can find that if you complete the authentication of usdt company, you can trade directly on other currency trading platforms that do not need authentication, and you do not need to authenticate other platforms again
● what is the autopilot chip for
although L3 level conditional autonomous vehicles have not yet landed in China, from some vehicles with high-level L2 driving assistance system, we can find that these vehicles are equipped with a large number of sensors to detect obstacles around the vehicle, so as to provide data support for control system decision-making. These sensors include millimeter wave radar, ultrasonic radar, camera and so on. These sensors will generate several GB (1GB = 1024MB = 10242kb) of data per second. The autopilot chip needs to process these data smoothly to ensure that the system can make correct decisions in time, so as to ensure the driving safety of the vehicle
maybe you don't have the concept of gigabytes per second. Here's an example from life. The peak reading speed of a common USB 3.0 interface U disk is close to 200MB / s. It takes about 5 seconds to read 1GB files from this U disk, which shows that the amount of data in GB / S is quite large
automatic driving system needs not only to solve the problem of large flow data transmission, but also to solve the problem of how to deal with these huge amounts of data quickly, and the powerful automatic driving chip is the right key.
● what is the level of foreign autopilot chips
although this article mainly talks about the development of China's autopilot chip, we should know ourselves well and win every battle. Before we examine the local situation, we should first understand the situation abroad. There are only three foreign autopilot chips that can really enter the mass proction car market on a large scale: NVIDIA, Mobileye (now acquired by Intel) and Tesla
among them, Mobileye, which takes a practical route, currently has a market share of more than 70%. The procts on the market are mainly eyeq3 chips (0.256tops, "tops" means trillions of operations per second), which are used in L2 driving assistance system, Unless otherwise specified, the computing power indicated in this paper refers to 8-bit integer computing power) and eyeq4 chip (computing power 2.5tops) with L3 level automatic driving ability. For example, Xiaopeng G3, Weilai ES6 / es8 and GAC new energy aion LX adopt eyeq4 chip as the core of their driving assistance system
compared with the computing power of drive PX Pegasus 320tops, the flagship of NVIDIA's previous generation automatic driving platform, the flagship configuration of the new drive AgX Orin platform has achieved multiple performance growth. In addition, the degree of flexibility of the drive AgX Orin platform is further improved compared with the previous platform, which can meet the requirements of different levels of vehicles from general driving assistance to L5 level fully automatic driving through the increase or decrease of hardware configuration
Tesla autopilot 1.0 system uses one NVIDIA tegra3 chip and one Mobileye eyeq3 chip; Autopilot 2.0 system uses one NVIDIA Tegra Parker chip and one Pascal architecture GPU chip; Autopilot 2.5 system uses two NVIDIA Tegra Parker chips and one Pascal architecture GPU chip
the self-developed FSD chip has been carried on the latest off-line Tesla models. The computing power of a single chip is 72tops. The full self driving computer integrates two FSD chips that work independently. One "hangs" and the other "goes up" immediately, which improves the security and stability of the whole system
of course, in addition to the above three enterprises, there are also many enterprises coveting the cake of autonomous driving chips, including Qualcomm, Xilinx, NXP, etc., but the autonomous driving chips that these enterprises are really going to mass proce cars are not large-scale. Limited to space, I will not introce them here
● the rapid rise of China's automatic driving chip Enterprises. Auto driving chip market is booming, and foreign technology giants rush to land. How about the strength of Chinese enterprises? Now let's take a look< The Cambrian China Science and Technology Co., Ltd. (hereinafter referred to as "Cambrian") is a research group led by Chen Yunji and Chen Tianshi under the Institute of computing technology, Chinese Academy of Sciences. The research group began to study neural network algorithm and chip in 2008, and began to publish research results in 2012
in 2016, diannaoyu, the instruction set of deep learning processor proposed by the above research group, was accepted by isca2016. Experiments show that the chip with this instruction set has two orders of magnitude performance advantages in neural network computing compared with the chip with traditional x86 instruction set. As the research results of the research group tend to mature, China Science and technology Cambrian science and Technology Co., Ltd. was officially established, and began to transform its chip and instruction set to the commercial field. Also in 2016, Cambrian released its first commercial deep learning processor, Cambrian 1a
after talking about the company's life experience, let's take a look at its procts. At present, there are two latest AI chip IP licenses in Cambrian, namely cambrian-1m and cambrian-1h. Cambricon-1m-4k, with the strongest performance index, has 8tops computing power at 1GHz clock frequency; Cambricon-1h8mini, with the weakest performance index, has 0.5tops computing power at 1GHz clock frequency. The detailed force calculation parameters of all models can be seen in the table below
cambricon-1m and cambricon-1h are defined as terminal intelligent processor IP. The applications such as face recognition, fingerprint recognition, obstacle recognition, road sign recognition and so on, which appear on mobile phones or cars, can be accelerated by integrating the above processor IP in the chip
the word "edge" mentioned above comes from "edge computing". Edge computing refers to providing network, storage, computing, application and other capabilities at the end close to intelligent devices (terminals) or data sources (cloud), so as to achieve faster network service response and more secure local data transmission. Edge computing can meet the requirements of real-time business, intelligent applications, security and privacy protection, and provide local intelligent services for users. Siyuan 220 plays the role of improving data security, recing processing delay and optimizing bandwidth utilization in edge computing
at present, Cambrian high computing power chip procts are defined as smart accelerators, which can be used to accelerate AI operations in servers. I believe you've heard that Google's alphago AI robot beat South Korea's world go champion Li Shishi. Behind the alphago AI robot is Google's self-developed TPU chip. The features and applications of Cambrian high computing power chip procts are similar to Google TPU. Of course, they can also be regarded as competitors
the difference is that Siyuan 270-s4 adopts a passive cooling design, with a maximum thermal design power consumption of 70W, and is positioned as a data center accelerator card with higher energy efficiency than that designed by artificial intelligence reasoning. This also means that the card will have a "power wall" setting, that is, when the power consumption of the accelerator card reaches the upper limit of the threshold, the computing power will be reced to ensure lower power consumption and heating
Siyuan 270-f4 is equivalent to "full blood version" Siyuan 270-s4, with a maximum thermal design power consumption of 150W and active cooling by turbofan. Good heat dissipation and sufficient power supply enable Siyuan 270-f4 to give full play to the full performance of Siyuan 270 chip. The positioning of the card is to provide data center level AI computing power for desktop environment. In short, it is a high-performance AI accelerator card for desktop
although Siyuan 270 only uses TSMC's 16nm process, the overall energy consumption ratio is quite good. Although the computing power of a single card is less than that of the latest NVIDIA flagship computing card, the peak computing power of five Siyuan 270-s4 / Siyuan 270-f4 parallel cards can also reach the level of NVIDIA A100. However, the more advanced process of NVIDIA A100 should have certain advantages in energy consumption
among them, Siyuan 100-c is equipped with video and image decoding units and adopts passive cooling mode, with the maximum thermal design power consumption of 110W; Siyuan 100-d is not equipped with video and image decoding unit, and adopts passive cooling mode, with the maximum thermal design power consumption of 75W. At present, Siyuan 100 series procts have been applied in didi cloud and Jinshan cloud in 2019. Didi cloud uses Siyuan 100 card to accelerate the elastic reasoning service, which is used for deep learning reasoning task; Jinshanyun uses Siyuan 100 card to accelerate the application of artificial intelligence such as voice, image and video
what I mentioned above is all about server level computing cards. Does this deviate from the topic of autopilot chip that we should talk about? Not really. As mentioned earlier, Cambrian is currently an enterprise focusing on the development of artificial intelligence chips, and the field of automatic driving is not deeply involved, but there are still some achievements through the cooperation with other domestic partners< The br / > WiseADCU CN1 automatic driving domain controller provides the computing power and the number of sensor connections required for L3 or above level automatic driving system, and realizes the self control of seven key control points of simulation, model, system, architecture, encoding, acceleration, and algorithm.
in fact, e to the weak performance competitiveness of processor procts, Weisheng group has long withdrawn from the competition in the mainstream x86 processor market, leaving Intel and AMD competing in the market. Since the establishment of megacore, it has mastered Viagra's x86 technology, made comprehensive improvement and Optimization on the basis of the latest processor architecture of Viagra at that time, and successively launched zx-a, zx-c, zx-c + and other processor procts
on June 2, the municipal Party committee of science and Technology Innovation Board announced the results of the 33rd review meeting in 2020, and the listing of Cambrian was approved. From acceptance to approval, it took only 68 days for Cambrian to refresh the review speed of science and technology innovation board. Cambrian has become the only AI chip company in A-share market since its listing. The market space in this field is expected to exceed 50 billion US dollars in 2022, with huge development potential. Can Cambrian, which has opened up A-share financing channels, further develop and grow with its unique technical advantages? No one can say for sure, but it is certain that the successful listing of the Cambrian period has won the confidence and hope of many companies engaged in this field, which may usher in the era of Chinese artificial intelligence chips
> horizon robot
OK, after talking about the Cambrian, let's talk about another AI chip enterprise, horizon robot technology research and Development Co., Ltd. (hereinafter referred to as "Horizon"). Horizon is a company founded in 2015 by Yu Kai, former executive vice president of the online Deep Learning Institute, focusing on automatic driving and artificial intelligence chips. Yu Kai is also the originator of Internet autopilot
the horizon established by Yu Kai has always adhered to the direction of combining software and hardware. He believes that algorithms, chips and cloud computing will constitute the three core fulcrums of automatic driving. Compared with the Cambrian period, which focused on building high-performance hardware chips, horizon's business model focused on "algorithm + chip"
Dot is not a coin“ "Dot" means that the tire meets the safety standards specified by the U.S. Department of transportation (DOT)“ The 11 digits and letters immediately after "dot" indicate the identification number or serial number of the tire. Dot is divided into three levels: A, B and C, of which the C level is the lowest, only reaching the minimum performance conditions specified by the U.S. Department of transportation (DOT). The other two levels are higher than the standard required by dot
extended data:
the application research of dot mainly focuses on the following aspects:
1. Optical breast imaging technology early diagnosis of breast tumor
2. Observation of oxygen supply and blood oxygen dynamics ring neonatal brain development
Brain functional imaging4
4:20-100, 1000g
5:55, 500g
6:75, 500g
for reference only, different brands have different prices
Internet bubble, also known as the dot com bubble or the dot-com bubble, refers to speculative bubbles between 1995 and 2001. In the stock markets of Europe, America and many Asian countries, the high-speed rise of the stock prices of technology and emerging Internet related enterprises peaked when the NASDAQ index reached the highest point of 5048.62 on March 10, 2000
SD doll
Super dollfie, or SD for short, is a 1 / 3 ball joint movable doll made by Volks company in Japan, which was developed and molded by master YuanJu zhaohao. Generally, the common SD is 58cm high, and the 13-year-old SD is 60cm high and the mini SD is 43cm high. The prices are different. Generally, they are about 4500-8500 yuan, and the mini SD is about 2000-4000 yuan
at present, most of the popular dolls on the market are "one sixth" and "one third". The former is about 30 cm high, and there are soldiers dolls of Jennie, Lika, momoko and boys playing with girls, while the latter is about 60 cm high. At present, SD is the only popular doll
SD dolls have different heights. The average SD is 58cm, and miniSD is 43cm. The latest sd13 (13 refers to a 13-year-old girl) is 60cm. These SD joints can move, you can change hair, you can change the color of eyes, you can help them change their makeup, change their face shape
d.o.d
the abbreviation of dream of doll
BJD doll company in South Korea, whose proct is called DOD doll
the age setting of DoD figure is generally between 7 and 9 years old. The height of male baby is about 43cm, and that of female baby is about 41cm.
d.o.d is divided into ordinary version (DoD) and limited version (limited DoD), There are three kinds of dodcollection
among them, the limited edition mainly changes the skin color (whitening, such as white Leya; Black skin, such as black yen, or eyes closed baby (such as sleeping Pitts), and limited proction, so much more expensive than the ordinary version; The collector's edition is mainly made up by the master level makeup artist of DoD company, and sold with specially made clothes, so the price is also very expensive.
123条是你要的,点虚线画法
456条是其他的,画法不同
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REF(L,BARSCOUNT(C)),POINTDOT,COLORBLUE;{首日低价,蓝}
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STICKLINE(1,REF(C,BARSCOUNT(C)),REF(C,BARSCOUNT(C)),0.5,0),COLORMAGENTA;{首日收盘价,紫}
STICKLINE(1,REF((H+L+O+C)/4,BARSCOUNT(C)),REF((H+L+O+C)/4,BARSCOUNT(C)),0.5,0),COLORGREEN;{首日价格中心,绿}
STICKLINE(1,REF(AMOUNT/V/100,BARSCOUNT(C)),REF(AMOUNT/V/100,BARSCOUNT(C)),5,-1),COLORYELLOW;{首日资金中心,黄};
Dot diffuse optical tomography (DOT) is a kind of biomedical photon imaging technology, which uses the relative penetration depth of diffuse light in tissues to achieve organ level (5 ~ 10cm) clinical diagnostic tomography, and provides a new noninvasive functional detection mode based on the important biochemical components of tissues. Dot and OCT together constitute the most challenging research topic in the emerging biomedical photonics and the research focus of the next generation of medical imaging modes< Compared with the existing imaging methods, dot has the following advantages: 1. 2. Fast data acquisition. 3. Reasonable spatial resolution and high dynamic temporal resolution. 4. Direct and indirect information of tissue anatomy and physiological function. 5. Robustness, portability and low price of target movement< At present, the research on the application of dot mainly focuses on the following aspects: optical breast imaging technology early diagnosis of breast tumor. Observation of oxygen supply and blood oxygen dynamics ring neonatal brain development. Functional brain imaging. Information acquisition of photodynamic therapy response