Introduction to Video Scaler - SANDUN Furniture

How Does Traditional Market Research Integrate Blockchain

Insights network launched the install blockchain, which is one of the most unique blockchain technology use cases seen in the world. In this article, we will discuss how our blockchain Market Research Network works from a technical perspective, and how this technology can improve data quality, reduce costs, reduce fraud, and empower data creators.Next, we will focus on some of the most common problems in the traditional market research industry. Since the birth of the Internet, there has been no innovative standard practice in the traditional market research industry.Problem: low quality users. Unconfirmed false data. The traditional panel only allows users to register and select demographic information. We call it personal data value (age, gender, income level, number of children, pet owner, etc.). IP address detection is the basis for deciding whether to allow consumers to participate in the survey. In some cases, a method called "river sampling" is used to conduct real-time surveys of respondents. In this method, anyone who visits the survey link will begin to be screened for demographic questions and enter the relevant surveys (if available). This will lead to a poor user experience, which we will discuss in another article on this blog.Solution: verify the blockchain account. The submitted value is assigned to the install blockchain account as a hash value after verification. The insights network blockchain authentication account is assigned a hash value, allowing the account to participate in the smart contract. The identity is verified by a third-party authentication partner, and the value of the profile is submitted as an unexplained hash value, so it is impossible to know what value is assigned to each user. We use our patent application zero knowledge proof authentication scheme as a filter to ensure that authentication partners cannot track the documents they are validating. The technology we are applying for patent will be published and disclosed in detail before the end of 2019. Next, you will see the account verification record that occurs in real time and recorded on the blockchain. In this example, the account "fbtiezh3sty4" has received the authentication credentials assigned to its account and submitted to the install blockchain as "commit".Install blockchain record of the validated profile value submitted to the blockchain accountProblem: poor user experience. When conducting the survey on the traditional market research platform, a method called "river sampling" is adopted to conduct real-time survey on the respondents. In this method, anyone who visits the link will begin to be screened for demographic questions and guided to the relevant survey (if any). This leads to a bad user experience, and users constantly jump out of the survey in the process of accepting the survey. This is a waste of investigators' time and creates great frustration among the team members, resulting in a low retention rate of the team. For example, a requester can set a condition that only men aged 30-40 who drive a white car, own a dog and have mortgage debt are eligible to participate in the survey. Instead of predetermining these values before service users, they ask them when investigators conduct surveys. Some surveys may take 45 minutes to complete. Imagine that you spent 25 minutes completing a survey, but when they asked you if you had a pet and you said no, you were rejected. What would you think. This happened to most respondents.Solution: determine the "match" in advance before providing users with investigation opportunities. Through the smart contract on the install blockchain, you can find the value of the blockchain account submitted to each user and the local storage of the encryption profile value on the user's device. Every time a survey opportunity is created and funded, it enters the insights network data exchange smart contract. The contract then polls each device connected to the network for a device that matches the requested survey. The same selection criteria as traditional market research products can be set by the requester, but it does not allow anyone on the local IP address to access the survey - just to pop up unqualified participants afterwards - the smart contract searches for active devices on the network and only shows the survey opportunities to providers who meet the exact criteria specified by the requester. We use the so-called disconnection circuit to calculate the encryption profile value of each user to determine the "match". During the matching process, encrypted data polled for eligible demographic data will never be decrypted - giving users complete control over the visibility of their data. Here is how to record a match on the blockchain:Complete the "matched" install blockchain recordOnce a match is determined, the provider can see an investigation opportunity. Users can view the compensation provided for completing the survey, the personal data requested and the submitted data, and agree when exchanging personal data and responding to the survey. The submitted answer cannot be represented by a hash value.Install blockchain record for data exchangeQuestion: can you really believe these data? Most panel companies that complete the brand survey sample provide data sets to brands in an opaque situation. Previously, the industry has been plagued by the sharing of personally identifiable information (also known as "PII"). However, with the introduction of the general data protection regulation (gdpr) by the European Union (EU), this system has undergone major adjustments. It is illegal to collect consumers' personal identity information and sell it to a third party without consumers' consent. If the PII of consumers cannot be shared, it is more difficult to provide accurate information about the surveyed users. Nevertheless, most online panel companies have completely unauthenticated user databases, and trust in people is the only determinant of data quality.Solution: the blockchain can verify the transaction ID. When running an example on the insights network, the blockchain transaction ID is associated with each respondent. This creates audit trails that are not available in the current market research industry. There is now a clear record of team members' submissions and the relevant summary values of each team member. In addition to transparency, these transaction IDS can also be used as your consent records, that is, the consumers you investigate and exchange data agree to the data exchange you pay for them. Some gdpr laws require applicants to keep records of subjects' consent. Using the insights network, this feature is built-in to the end-to-end experience.The following is a screenshot of the data export of a survey recently launched by insight networ. As the requester, this is the data you paid and the data you received. As an additional feature, insights network uses one-time pad encryption for all data you purchase. This means that insights network cannot pry into the data set you pay as a requester. After you export the data, this is the only time you can export the data.Results of a survey sponsored by insights network on the popular cryptocurrency chainlinkProblem: slow invoicing and long revenue turnover time. At present, the invoicing time of the market research industry needs at least 60-90 days, and a brand can pay the expenses of researchers. This means that team members also have to wait for their bonus. The core reason is the lack of high-quality data and deceptive survey responses that need to be evaluated and filtered from the final data set. This may take several weeks for the brand to comb through the data and determine which data sets are available and which are false. This is a particularly painful experience for group companies because they are waiting for feedback from the brand. Basically, the brand tells them how much they will get from the data set provided by group members.Solution: early data verification and smart contract payment data exchange. As mentioned in this article, the verification of profile values, matching on blockchain and smart contract governance create a more efficient and high-quality end-to-end experience. The last thing to record is the payment scheme. Because surveys can be provided to pre-determined, pre validated audiences, payments occur immediately and are subject to smart contracts. Install cryptocurrency provides funds for the smart contract according to the budget determined by the requester, and pays the provider with blockchain transaction immediately after the provider submits and agrees to the data exchange. The following is the transaction ID of the data exchange smart contract paid to the provider who completed and agreed to exchange in the network.Blockchain transaction ID of payment data exchangeCryptocurrency payments on the blockchain and install blockchain are borderless and can be sent to anyone around the world within 1 second. It also opens up access to emerging markets that were previously inaccessible due to the collapse of their banking systems.Development prospectAt present, we are running the survey sample on the install blockchain network as the first use case of insights network. This technology has unlimited scalability, can safely verify data, and communicate privately on the network in a transparent record, such as sending bitcoin payment to friends. Some future use cases we are dealing with include releasing previously unavailable data exchange / sharing opportunities, such as nuclear power plant data exchange, PII involving Enterprise Market Research (Q4) using secret state data prediction, and simpler use cases, such as receipt data exchange and micro customer experience survey. The most beautiful aspect of blockchain technology is the global cooperation opportunities it provides.Source: blocknet

Reasons Why We Should Impose Tariffs on Goods From China...?

Reasons why we should impose tariffs on goods from China...?I really see no good so I will give you things to prepare for. 1.) Trade is good for everyone 2.) This would hurt US China relations when China is a rising powerhouse 3.) Prices for consumers would rise and quantity demanded would go down as demand shifts leftâ€” â€” â€” â€” â€” â€”Why don't we raise taxes and tariffs on outsourcing companies?Tariffs and quotas create something that is called deadweight loss. It is a result of a misallocation of resources. In other words they create massive inefficiencies within the international trade system. Believe it or not, we are better off as a society to allow trade to flow freely between all countries we do business with. Outsourcing then becomes a situation of right vs right. For example, it pits doing what is right for the company against doing what is right for the individual. It's a hard pill to swallow, but those who have been replaced by overseas employees must retrain themselves into an industry that we are efficient inâ€” â€” â€” â€” â€” â€”Since China is not paying the tariffs levied on its exports to the US, why is the tariffs affecting Chinau2019s economy?Because the premise of the question is not true. Chinese exporters are paying the lionu2019s share of the cost of the tariffs, and that is pretty much undeniable at this point.Many media outlets and personalities have an axe to grind with Trump, and are perpetuating a lie that the tariffs arenu2019t affecting China, in order to make Trump look bad. Itu2019s all theater. However, like most good lies, thereu2019s a small kernel of truth to it in there somewhere.The importer (America) pays the tariff in full when the product arrives in the U.S., and that seems to be the kernel of truth that talking heads are latching on to. Unfortunately for the anti-Trump crowd, that is only part of the story. In order to keep the retail price down, the exporter (China) must lower itu2019s wholesale price, and thus itu2019s profit margin in order to remain competitive. In the end, the wholesale price, plus the importeru2019s mark up, plus the tariff, still has to be at an attractive price point for customers. The tariff cannot be budged. That means some combination of wholesale discounts (Chinese exporter), retail discounts (American importer), or higher prices (American consumer) must be sought.For example, say youu2019ve been buying Chinese bubble gum for 10 cents each, and re-selling them for 15 cents in American stores, netting you 5 cents in profit. Now a 5 cent tariff is applied. You know you canu2019t sell very much bubble gum at 20 cents when they are worth only 15. You talk to the Chinese supplier, and they can cut your price from 10 cents to 7 cents. Meanwhile, you, the middle-man, can cut your profit from 5 cents to 4 cents. So you receive gum from China at 7 cents a pop, apply your 4 cent mark-up, then pay the 5 cent tariff, and put the gum on the store shelf at 16 cents each. You think you can still sell a large enough quantity of gum at 16 cents versus 15 cents.The price for the consumer (American) went up only 1 penny, but the tariff is 5 pennies. The importeru2019s profit dropped by 1 penny. The manufactureru2019s profit dropped by 3 pennies. The consumer (American) is eating 20% of the tariff, the importer (American) is eating 20% of the tariff. The Chinese manufacturer is eating 60%, 3 pennies, of the tariff. The proof is in the pudding. American consumers and importers are eating about 25% of the cost of the tariffs, while Chinese exporters are eating about 75%. However, that is small potatoes compared to the amount of manufacturing that is fleeing China for a better environment. The migration of manufacturing out of China has been happening for a while now, but the imposition of tariffs accelerated the process greatly. Fortunately, Iu2019ve written about this topic several times, and references to the evidence supporting this 25/75 claim reside in the following posts.John Anderson's answer to How much have tariffs already cost Americans in higher prices and farm subsidies? Has there been any increase in sales of goods made in the U.S.? Why does Trump continue to insist that China, not American consumers, pays the tariffs?John Anderson's answer to A recent survey quoted an average income family are paying an extra $800 a year on Trumpu2019s tariffs. Do you think itu2019s a price worth paying?John Anderson's answer to Is the Trump administrations use of tariffs just a clever way to tax the middle class and poor because they basically pay for the tariffs in higher prices?Since China is not paying the tariffs levied on its exports to the US, why is the tariffs affecting Chinau2019s economy?

Microsoft Officially Launched a New Surface Pro X Product in China

On March 8, the new surface Pro X was officially launched in China. As Microsoft's lightest, strongest and most connected surface product so far, surface Pro x adopts Microsoft SQ1 processor jointly customized by Microsoft and Qualcomm. Microsoft SQ1 processor can achieve the balance between excellent performance and long endurance, help create a lightweight, fan free modern design, and bring consumers with "always on, always connected" mobile office PC products.Qualcomm has been committed to driving industry change through innovation, while working with ecosystem partners to enable a new user experience. In the field of mobile computing, Qualcomm has created a PC category of "always online and always connected", and continuously enriched PC functions to enable consumers to obtain an ideal and high-quality mobile experience. In 2016, Qualcomm announced its cooperation with Microsoft to enable Xiaolong computing platform to support Windows 10 PC. This time, through the Microsoft SQ1 processor jointly developed by Qualcomm and Microsoft based on Xiaolong computing platform, surface Pro x further brings the top features of smartphones to the PC category. Enable consumers to fully experience the top PC energy efficiency and performance, long-lasting battery life, smart phone like instant on, continuous connection and Gigabit 4G LTE speed in thin, fanless PC products.For PC users who need to work anytime, anywhere and capture inspiration, poor endurance, slow startup speed and lack of safe and stable network are the pain points that have plagued them for a long time. PC products that can be thin, portable and connected freely are an important guarantee for their productivity and creativity. The body thickness of surface Pro x is only 5.33mm and the bare metal weight is only 774g. It is the lightest surface product in Microsoft's history. The product not only has a slim and fashionable appearance design, but also brings the industry's best CPU, GPU and AI performance through Microsoft SQ1 processor. In terms of connection, Microsoft SQ1 processor adopts Xiaolong x24 modem, which is the world's first modem supporting cat.20 LTE, with a speed of up to 2.0 Gbps, and can provide a stable, high-speed and safe 4G LTE connection. In addition, surface Pro x supports ultra long battery life of up to 13 hours, which can effectively alleviate the anxiety of battery and network connection when consumers are in mobile office environments such as airports or cafes. The support of Microsoft SQ1 processor for battery life, 4G LTE and Wi Fi connection, as well as excellent multitasking capability, high-quality dual 4K video output and other excellent functions make the work easier and more efficient. Make surface Pro x a great device for consumers to capture inspiration and create at any time.

What Does Empty Space in an Atom Consist Of?

Well there is a lot of empty space in an atom.They actually say that if you take all the space out of atoms then the Empire State building would shrink to the size of a grain of sand.The Space in an atom has some very important properties.MassEnergy storageRoom to moveFirst of all lets look at mass. Einstein once too a block of iron and heated it up. What he found was interesting. The block of hot iron weighed more, and took up more space. It had gained mass.The iron atoms had gained mass in the form of heat energy. But where is this energy stored, the electrons have the same charge, and the nucleus had the same charge. But the electrons had moved to a higher level and the spaces inside the atom had expanded.So this is where the energy goes, into the void or empty space of an atom.If this space was nothing, then it could be filled with stuff. But atoms hold their ground they hold their form and you have special bonds happen between atoms. Electrons can move from one level to the next, and spin. Without this space atoms could not function.So this space in an atom is fundamental to the atoms abilities to behave like an atom.â€¢ Other QuestionsHow do hydrogen, deuterium and tritium differ?Deuterium and tritium are isotopes of hydrogen. Atomic isotopes have the same number of protons, but differ in the number of neutrons. All isotopes of hydrogen have a single proton. There are seven known hydrogen isotopes.Hydrogen is the only element whose common isotopes have different names in use today: protium (no neutrons, what you would call normal hydrogen), deuterium (one neutron), and tritium (two neutrons). The other four hydrogen isotopes are extremely short-lived and do not have special names.Deuterium is about twice as heavy as protium, and tritium about three times as heavy.Protium and deuterium can be used in discharge lamps and other gas-filled tubes. The colors produced by discharge lamps are close, but different.H2O is fairly common on the planet. However, about 1 in 7,000 of these molecules is actually DOH (or D2O). You can drink D2O in moderation without any harm. Tritium is mildly radioactive, with a 12 year half-life. There are minute quantities naturally. Drinking a glasss of T2O is ill-advised, but everyone ingests extremely minute quantities regularly, without harm.Deuterium and tritium are used in fusion research (turning D and T into heavier atoms, such as helium). The energy required to get them to fuse is amongst the lowest. Although fusion in the sun starts with protium, it is not used in earth-based fusion because the energy requirements are much, much higher.------Is electron a "point particle" as assumed in Quantum Mechanics?Nowhere it is formally claimed that an electron (or any other fundamental particle) is a point--that is, that a fundamental particle has 0 size. What is known is that a description of a fundamental particle can ignore its size (and thus regard it as 0) without measurable effects on the computations deriving from its other, measurable, properties and interactions.That's really all there is to it. We have no idea as to whether a fundamental particle has a size, or whether talking about its size has any meaning at all. What we know is that fundamental particles, like the electron, have no measurable size; and that's because we've been trying hard for decades to measure their size, and no matter how carefully we try and what methods we use, we get a size that's smaller than the error inherent in the measurements. And that error is way smaller than the size of a nucleus, or even a single proton. Which we can measure, using variants of the same methods we employ with electrons, and obtain results significantly above the inherent errors.The bottom, practical line boils down to:nwe don't know;we mostly don't care;in the case of fundamental particles, having a size (in so far as it is smaller than our error limits) doesn't change the results.Make of this what you want.This answer cannot substitute a proper professional evaluation.Is electron a "point particle" as assumed in Quantum Mechanics?.------What will happen to our sun after it burns all of its hydrogen?The sun will not burn all of its hydrogen, or even close to it.Think of fusion as a push and pull against gravity. Gravity wants to crush all mass into a single point. Fusion wants to blow everything off into a giant cloud.So when you have a lot of mass, (like the sun) gravity pushes hard enough on the atoms to force them to fuse, which releases an awful lot of energy pushing back against gravity. Eventually all the inner pieces become incredibly hard to fuse (even though there is still an awful lot of hydrogen in the upper layers, it isnt close enough to the core to fuse). So gravity crushes it down, and down, until finally even those inner layers are forced to fuse. Since these atoms are so massive they release a lot more energy, so much so that the gravity crushing down on the outer layers (where all the hydrogen is) is overcome by the energy of the fusion and the outer layer containing the vast majority of hydrogen is blown away. At this point the sun will be a white dwarf with little to no hydrogen in it.This is common for all stars, the vast (vast) majority of hydrogen is never fused. Its blown around in supernovas and nebulas and red giants but not fused------How does the same process that makes planets also make stars?It is amazing how the process unfolds - to form a star, you start with a large cloud of gas and dust, and once it starts to coalesce, it grows a central mass that keeps accumulating more gas, and more gas, then gets to the threshold of a minimal 0.08% of the Suns mass to begin the gravitational collapse and the ignition of fusion. Where the cloud is much larger than minimal more and more gas accumulates to make a more massive star, perhaps like the Sun, or, for example, two Solar masses to make a star like Sirius.The onset of fusion begins the down clock on the remaining gas and dust in the proto planetary disk. All while the star was forming, lesser objects were also forming in the disk itself, and the more and more they grew they became more massive. Once the star ignites, though, the new stellar wind starts to drive the extra gas / dust away, so that the planets will never accumulate as much gas and dust to become even marginal stars, but will remain planets (big and small). The biggest planets (since they were in the process of gaining more gas before they were shut down) are gas giants (our Jupiter and Saturn); the smaller planets stopped growing at the rocky planet stage (Mercury, Venus, Earth, and Mars)------Itu2019s accepted that the universe will exist forever. But wonu2019t we run out of hydrogen at some point in the future so there will be no stars? Or is there a natural process of fission that Iu2019m not aware of?Its not accepted that the universe will exist forever, at least by physicists and cosmologists. There are various theories for how it will end, but most experts agree that it will end.The most popular theories are (least popular first):The Big Crunch - gravity wins, and the universes expansion is reversed, and it all falls in towards each other, getting very hot as it does so, towards the end.The Big Freeze - closest to what you were saying: all stars use up their fuel, and turn into white dwarfs, then eventually (after an incredibly long time - hundreds of billions of years) cool down and turn into black dwarfs - basically cold lumps of matter. At this point the whole universe is in a state of maximum entropy, ie everywhere is at the same temperature (very cold).The Big Rip - the expansion of space keeps accelerating until the lambda-force (the theorised dark energy that is causing the expansion to accelerate) is so strong that it pulls apart all matter, down to the fundamental particle level.The Big Rip is (I think) the current favourite theory, and also (I think) the one that would happen soonest out of the three. Theyre all tied into the expansion rate of the universe, and so can be neatly summarised in this spacetime diagram:------Why do people say nuclear bombs are fake?Re. radioactive fallout: the strongest isotopes decay the fastest, giving the 710 rule- after seven times the amount of time has passed, the remaining radioactivity will be 1/10 as strong. So even after a large release of radioactive material such as a nuclear explosion or a reactor accident, the level of radioactivity will after weeks or months be too low to produce acute symptoms of radiation exposure.The problem after that is long-term chronic exposure. Two radioactive isotopes typically released from nuclear fission are Strontium-90 and Cesium-137. These have half-lives (how long it takes for half to decay away) of about 29-30 years. Because of the chemistry of strontium and cesium, any taken into the body will tend to remain there, and radioactive material taken into the body is far more harmful than material outside. If an area is contaminated with fallout, eating any plants or animals that grow there could lead to unhealthy levels of radioactive material within the body, potentially causing cancer, suppressed immune systems or birth defects. Unborn and young children are especially vulnerable, worsened by the fact that strontium and cesium become concentrated in milk.For example, the areas around Chernobyl and Fukushima actually support much wildlife now that humans have been evacuated; but in both locations wild boars were found to have levels of cesium too high for them to be safe to eat.------Is there any possibility that after billions or trillions of years, the Sun will lose its heat energy and disappear from the universe?The Sun is a star, and like all stars, it converts hydrogen, the most common element in the universe (by far), into helium, a process called fusion, which releases enormous quantities of gamma rays. By the time it takes for those gamma rays to reach the surface from the core where they are produced, it takes about 100,000 years in the case of our Sun, they will have degraded from high energy gamma to relatively low energy x-rays, UV rays, visible light, IR rays (heat) and microwaves.As a star consumes its hydrogen it gets hotter and hotter which accelerates the fusion process and at a certain point, the hydrogen is used up and the star collapses in the core and expands at the surface. It wonu2019t disappear (eventually it does) right away, but after a few billion years it will no longer be able to provide enough light and heat to sustain life on Earth. However, long before then, the increased heat of the Sun will have evaporated and blown away all the air and water, sterilizing the planet, mountains will melt into valleys and the surface of the Earth will resemble a glass ball with pock marks from space rocks which will reach the surface as there will be no air to stop them.Is there any possibility that after billions or trillions of years, the Sun will lose its heat energy and disappear from the universe?.

Ti Introduced Tps54062's Latest 50mA, 60V Synchronous Step-down Converter, Which Can Simplify the De

Beijing, August 4, 2011 - Texas Instruments (TI) recently announced the launch of a 50 Ma, 60 V synchronous swift â„¢ The step-down regulator can provide high efficiency and low noise performance in a solution with a size of only 125 mm2. The tps54062 integrates high side and low side power MOSFETs to provide high-efficiency power conversion and transient protection for noise sensitive industrial automation and sensor control, intelligent instruments, telecommunications, computing and consumer design.The latest 50 Ma, 60 V swift converters not only cope with high voltage transient protection up to 65 V, but also maintain high efficiency throughout the load. For more high-voltage transient protection at 50 Ma, Ti has also recently launched a new 50 Ma, 100 V LDO tps7a4001, which can achieve an extremely fast establishment time of less than 500 nanoseconds for 50 V transient events.In addition, tps54062 also supports ti's various embedded processor applications, including stellaris based applications Â® ARM Â® Cortex â„¢- M MCUã€C5000 â„¢ Ultra low power DSP and ultra low power MSP430 based on 16 bit MCU â„¢ Applications, such as intelligent instruments, building automation and safety systems.Main features and advantages of tps54062:High efficiency and high performance: 65 V transient protection meets the specification requirements; Wide operating temperature (- 40 Â° to 150 Â° C); 90% efficiency at 150 kHz, 24 VIN and 5 Vout;Excellent noise performance: tps54062 can be synchronized with the clock through fixed frequency;Low power operation: 89 UA working current and only 1.7 UA off current;The smallest solution size in the industry: 100 to 400 kHz switching frequency range, small MSOP package, integrated high and low side FET, which can save 20 mm2 board space compared with similar competitive solutions.Supply8-pin, 3mm x 5mm MSOP powerpad â„¢ The encapsulated tps54062 is now available in bulk and can be ordered through Ti and its authorized distributors.

MCU Knowledge Is One of the Foundations of Linux Driver Development

"Internet Plus Medical" Has Been Arranged by Internet Giants, Which Promotes the Development of the

Stories and Songs

Both begin with S.And the word Soul also begins with the letter S as well.Songs have hooks, bass lines, riddim, lyrics, chord progression, solos and song structure.Songs are known for repeatable cycles, chorus and verses.Songs make up the basis of the music industry and popular song has been a cornerstone of popular cutlure for over 500 years. The people of Elizabethean England sang popular songs.Stories have arcs, themes, characters, endings, conflict and resolve.Stories are known for iconic roles, characteristic conflict and resolve and well-recognized plot lines endings.Stories have been around since the dawn of time and weve studied stories as well as turns stories into money for just about as long a time.The term Stories has been turned into a particular kind of media slideshow format and there are over 1B stories being posted everyday, if you count Snap, Instagram, WhatsApp, Facebook and Facebook Messenger.Stories is a term which has been kidnapped, just like tags got turned into a way to say who is in a photo. Thats not really what a Tag is, but we forgive Facebook for stealing the phrase.So are both HUGE cultural vehicles in which we express ourselves. There are professional story tellers and song writers and there are lots and lots of amateurs as well.Interactive Narrative puts the viewer into the structure; allowing for choices, branches and different POVs to be explored.Interactive Narrative includes asking users a question, offering users polls and surveys and in general bringing the end-user into the equation as opposed to just asking them to sit there and watch.What do have in common?There fundamental ways that people express themselves. This is not about making money, but about emotional manipulation, baseline communication and emotive expression.Songs tell the story of our lives in musical fashion. Storytelling adopts to whatever medium or technology available at the time and so today we find ourselves telling stories as advertising, training and machine learning.Message Boards have always been a happy medium for interacive communication a halfway point since before the Internet.Message Boards allow humans to post a message and get a reply from another human. This form of asynchronous interaction expanded with the Internet and the WWW when people figured out that a viewer of art or video, or the reader of words could leave these things called comments attached to the original form of expression.Over the past 25 years comments have been the fundamental way that a viewer, listener or reader can express themselves BACK to the author. This form of interaction is a foundational principle of web and mobile interaction.What were trying to do is go beyond commenting.Were working on a way for the other person to interact and become part of the original creative expression. Were figuring out ways that an author can decide to what extent do I wish to let my reader interact with my art?If you ask any YouTube influencer, social media marketing maven or blogger how much interactin is enough? How many people do you want liking and leaving comments on your post(s)? they will answer AMAP (as much as possible.)To todays creative expressors there is no such thing as too much interaction. The Internet and mobile web LOVE it when users interact together. This is the friction that causes commerce.Storytelling has been kidnapped and usurped by marketeers and our children yearn to become Internet famous without having to do anything else than be obnoxious, rude and cultural inappropriate.When little white grrrls growl in ebonics and claim they is black then you know were in trouble.Theres GOT to be a way to move beyond commetning, if for no other reason that JUST being Kim Khardasian just isnt enough.Its time to go beyond just commenting and provide new ways for users to interact with creative expression.We call it Storytelling Beings (cause we sure as hell aint creating Bots!)Imagine if your Instagram story was the beginning of an Interactive Story?Imagine if you could author AI so that your Instagram story became sentient and could interact with your friends, collegues or future customers?Imagine if AI Authoring was as easy as recording a video selfie?Thats what my startup Instigate is working on.Interactive driven by AI that anyone can author. The Director of AI.First appearance for you all to try this out is Aug. 2018.Fingers crossed and the blessings of Jah supporting usÂ·RELATED QUESTIONthumbs down or up on this song?even though its not really my style of music i still like it

Forecast of Artificial Intelligence Development in 2020

Two Attitudes Towards Hydrogen Fuel Cells at Home and Abroad

As users and enthusiasts of traditional cars, facing the rapid development of new energy vehicles, there will indeed be a period of pain. However, from a macro perspective, reducing the use of pure fuel vehicles is conducive to changing the energy use structure at the national level. However, global auto companies believe that the really clean new energy is hydrogen fuel cells. After all, the emissions are only water. However, looking at home and abroad, we will find that their attitudes towards the research and development of hydrogen fuel cell technology are different.In the early 18th century, British scientists invented the principle of fuel cell. In the 1950s, bacon, a professor at Cambridge University in England, successfully developed fuel cells with high-pressure hydrogen and applied them in the laboratory. In the 1970s, the United States successfully applied fuel cells to Gemini V spacecraft and Apollo spacecraft, becoming the first country to realize the application of hydrogen energy technology. However, from the late 20th century to the early 21st century, the development of hydrogen energy technology almost stagnated due to cost problems. It was not until the breakthrough of Japanese fuel cell technology in 2014, coupled with the gradual reduction of reserves of primary energy such as oil and coal, which led to energy shortage, that the vision of building a "hydrogen energy society" was regained, and hydrogen energy was paid more attention again.It is precisely because of the early contact with hydrogen fuel cell technology that foreign car companies started this technology much earlier than domestic ones. In fact, General Motors began to develop hydrogen fuel cell vehicles as early as 1966, Honda began in 1992, and Toyota followed Honda in four years. At the policy level, some countries maintain a positive attitude towards hydrogen fuel cell technology. For example, in 2014, Japan's Ministry of economy, industry and Trade issued the strategic roadmap for hydrogen energy and fuel cells and formulated a "three-step" development plan. Support policies mainly include R & D, demonstration and vehicle subsidies.In terms of R & D, Japan mainly invests in fuel cells, hydrogenation stations and hydrogen energy supply chain. Since 2017, the demonstration use of fuel cells has expanded from household to commercial and industrial use, and it is planned to reach 14 million sets next year. As for the subsidies most concerned by consumers, different models can enjoy 50% - 100% reduction, and about 50% subsidy for the construction of hydrogen refueling station. According to statistics, Japan's total subsidy to all domestic hydrogen refueling stations in 2014 was about US $60 million.The governments of Europe and the United States also support and encourage hydrogen fuel cell vehicles. The EU issued the renewable energy directive and other policy documents in 2016. The implementation cycle of the fuel cell and hydrogen energy implementation plan under promotion is 2014-2020, and the key support directions include transportation industry: road transportation, non road transportation, machinery, infrastructure, etc; Energy industry: hydrogen preparation, transportation, energy storage, power generation, cogeneration, etc. The United States can learn from the "national alternative fuel and charging network" plan released by the federal highway administration. 35 states in the United States will form a "hydrogen energy network" based on 55 hydrogen refueling stations, and 10 states such as California, Colorado, Florida, New York and Wisconsin will take the lead in starting construction.In China, the new energy vehicle policy has also gone through 10 years. The development ideas include not only the development direction and process of plug-in hybrid and pure electric vehicles, but also the part of hydrogen fuel cell technology, and the subsidy of hydrogen fuel cell vehicles is much higher than that of the former.In the notice on adjusting and improving the financial subsidy policy for the promotion and application of new energy vehicles jointly issued by the four ministries and commissions in 2018, it is mentioned that fuel cell passenger vehicles are subsidized according to the rated power of the battery, with the subsidy standard of 6000 yuan / kW and the upper limit of 200000 / vehicle. Passenger cars and trucks shall be given fixed subsidies, and the upper limit of subsidies shall be 300000-500000 / vehicle according to the size of vehicle model. On this basis, local governments will issue local subsidies according to the national subsidy of 1:1 or 0.5:1, that is, a hydrogen fuel bus can be subsidized up to 1 million yuan.At the same time, the strategic position of hydrogen energy and fuel cell industry can be seen in the national top-level plans such as the 13th five year plan for the development of strategic emerging industries, the action plan for energy technology revolution and innovation (2016-2030), the development plan for energy saving and new energy vehicle industry (2012-2020) and made in China 2025.The main reason why hydrogen fuel cell vehicles are "blooming everywhere" abroad but "silent" at home is that there is an obvious technical gap. As mentioned earlier, Japanese car companies began the research and development of hydrogen fuel cells in the early 1990s, while they did not start to invest in China until 2001, and the technical maturity of key parts is not as ideal.For example, proton exchange membrane system, metal plate electrode and graphite plate electrode, such as catalyst, proton exchange membrane, carbon paper, air compressor and hydrogen circulating pump, are still mainly imported, and there are not many domestic supporting enterprises.In addition to technical iterations and differences, another focus is to test the water of fuel cell technology in the field of commercial vehicles, especially in urban buses and van transporters. And the supporting hydrogen production technology and cost have never been balanced, and the problems such as the construction of hydrogen refueling station and midway transportation have not been solved.