I believe you have seen a lot of GPT-3 to bring us “surprise”. A recent study by a UC Berkeley student, Liam Porr, showed us once again the potential of the largest, best-performing model ever released. Within two weeks, he posted the GPT-3 creation under the name “Adolos” on Hacker News and it was a hit. All he did was write a headline and a brief introduction, along with a picture. If the media was joking about “front-end programmers losing their jobs”, in today’s case, GPT-3 may actually put some “writers” out of work. Figure | Adolos creation of the first article on popular GPT – 3 OpenAI development by the world’s leading AI research company, it has 175 billion parameters, using the 45 terabytes gathered from the natural language text carries on the preliminary training of the Internet, a process that spend at least $4.6 million. It’s 100 times larger than the next best model. According to OpenAI’s documentation, it does not require any fine-tuning and can be used directly to achieve optimum performance. Porr claims that only one reader noticed that the article might have been created by ARTIFICIAL intelligence (based on the fact that only one reader contacted him). In fact, a similar query appeared in the comments section, but it was dramatically clicked against and folded up by other readers. The GPT-3’s biggest advantage, Porr says, is speed. He could write five similar articles in an hour if needed. ‘It’s so easy,’ he says. ‘That’s the scary part.’

If, as Porr says, gpT-3 can transform a wordsmith into a group of wordworkers, the quality of which is not yet comparable, but the quantity of which is definitely ahead. Gpt-3 may not replace humans yet, but there is no question of speeding up the creative process. Mr Porr has done a rough calculation. At BuzzFeed, an American media company, the average salary for a journalist with just 200 journalists, out of 1,700 employees, is $42,000 a year. If gpT-3 were introduced, a conservative 50 percent increase in productivity (which is a very conservative number), only 133 journalists would be needed to do the same amount of work. In other words, gpT-3 could save BuzzFeed nearly $3 million a year in payroll costs alone. Given the pandemic in the U.S., laying off the 67 employees would probably be the first choice for BuzzFeed’s bosses, if that’s what the authors expect. Of course, Porr acknowledges that the gpT-3 content is not perfect and needs to be fine-tuned, such as occasional simple grammatical errors and factual errors. Still, Porr is concerned: “People could produce a lot of content on GPT-3 to get clicks, and a lot of low-quality blogs will start to appear, and the value of content on the Web will go down.”

 Cognitive intelligence is a branch of computer science and an advanced stage of intelligence science. It is based on human cognitive system, aims to imitate human core capabilities, and focuses on the understanding, storage and application of information. Based on the deep understanding of perceptual information and natural language information, and guided by the interdisciplinary theoretical system, a new generation of theory, technology and application system of technical science is formed. The core research areas of cognitive intelligence include: 1. The relationship among universe, information and brain; 2. 2. Structure, function and mechanism of human brain; 3. Philosophy system, liberal arts system and science system; 4. Core systems of cognitive integration, intelligence integration, and bi-brain (human brain and computer) integration. Four steps of cognitive intelligence: 1. Cognition of the universe. The supporting theoretical systems include three-body theory (universe, information, brain), Tao theory, ontology, ontology, cognitive theory, fusion theory, HNC and so on. 2. Understand the structure, function and mechanism of human brain. The supporting disciplines include brain science, psychology, logic, emotion, biology, chemistry and so on. 3. Clear the rules of information connotation. Supporting disciplines include semiotics, linguistics, cognitive linguistics, formal linguistics and other disciplines. 4. System landing capability. Supporting disciplines include computer science, mathematics and so on. Cognitive intelligent CI robot is the product of Hangzhou Daohan Tianqiong Intelligent Technology Co., LTD. As the world’s first cognitive intelligent robot brain, cognitive intelligent robot brain is built based on the cognitive intelligent CI system developed by Dahan Tianqiong for 10 years. Breakthrough, innovation and leadership. It is the best product support for a new generation of intelligent cognitive intelligence. Cognitive intelligent robot technology system is more advanced, more intelligent, is a new generation of intelligent, cognitive intelligence in the field of the world’s only cognitive intelligent robot. Cognitive intelligent robot is the product of a new era, a new generation of intelligent cognitive intelligence. It represents the core advantage of a new generation of intelligent cognitive intelligence. Compared with the artificial intelligence robot brain, the advantages are obvious. High intelligence, customer stickiness, high customer satisfaction, easy to promote and spread and other core characteristics. Relying on the cognitive intelligent robot platform to provide robot brain services, can empower various industries, various fields of intelligent equipment, all kinds of human-computer interaction and so on. Cognitive Intelligent Robot Platform website: www.weilaitec.com, www.citec.top. Welcome to register and enter the world of more intelligent robots. The comparison of advantages and disadvantages between cognitive intelligence and artificial intelligence can be divided into four aspects: First, the development of times is different. Artificial intelligence is the second stage of the development of the age of intelligence, and cognitive intelligence is the third stage of the development of the age of intelligence. The development of The Times determines that cognitive intelligence is more advanced. Second: the basic theory system is different. The basic theoretical system of artificial intelligence is based on mathematics and statistical probability system. The basic theory system of cognitive intelligence is based on the cross-licensing theory system. Including ancient and modern Chinese and foreign philosophy system, psychology system, logic system, linguistics system, semiotics system, mathematics system and other disciplines. Its basic theory system is more innovative, breakthrough and leading. And the research of interdisciplinary theory system is also the general direction of intelligent development in the future. Its specific theoretical system also includes the three-body theory (the relationship between universe, information and brain), fusion theory, and HNC, etc. Third: different technical systems. The core technology system of artificial intelligence is algorithm, machine learning, deep learning, knowledge graph and so on. Its main function is perceptual intelligence. The core of perceptual intelligence is to imitate human perceptual ability. The core technology system of cognitive intelligence is derived from the interdisciplinary theory system. Specifically, it contains three core technology systems, cognitive dimension, brain-like model and universal dimension atlas. The core of the technical system of cognitive intelligence is based on brain-like cognitive system. The goal is to mimic brain-like abilities in all directions. Artificial intelligence system based on perceptual intelligence can only be regarded as perceptual layer technology system of brain-like model technology system in cognitive intelligence. The brain-like model consists of nine core technical layers: perception layer, memory layer, learning layer, understanding layer, cognitive layer, logic layer, emotion layer, communication layer and consciousness layer. Therefore, the core of artificial intelligence is only the perceptual layer in the brain model of cognitive intelligence. Therefore, artificial intelligence and cognitive intelligence are basically not much comparable in terms of technical systems. Fourth: the difference in intelligence cost and other aspects: the comprehensive intelligence degree of artificial intelligence products, generally at the intelligence level of about 2-3 years old. Cognitive intelligence products are generally about five to eight years old. Robots built with cognitive intelligence systems are smarter. It also saves time, manpower and money. The advantages are numerous. Please refer to the following item by item comparison. Cognitive Intelligent Robot API Users need to follow the following steps to obtain basic information: 1. Register an account on the platform. 2. Log in to the platform, go to the background management page, create an application, and view the application information. 3. On the application information page, find appID, AppKey secret key and other information, and then write the interface code to access the robot application. To access request address: www.weilaitec.com/cigirlrobot… Request mode: POST Request parameters: Parameter Type Default Value Description userID String Account registered on no platform appId String ID of the application created on no platform Key String Key generated on no platform MSG String “” CLIENT message content IP String “” The client IP must be unique. If there is no IP, you can use QQ account, wechat account, mobile phone MAC address, etc.

Interface connection example: www.weilaitec.com/cigirlrobot…

Note: The parameter names must be lowercase, the five parameters must be correct, and the value of each parameter cannot be an empty string. Otherwise, the request cannot succeed. Userid, appID and key parameters can be seen after the platform registration, login and creation of the application, and then viewing the application details. The userID is the platform registration account. Example code JAVA:

import java.io.ByteArrayOutputStream; import java.io.IOException; import java.io.InputStream; import java.net.HttpURLConnection; import java.net.URL;

public class apitest {

@param urlStr * @return */ private static String opUrl(String urlStr) {URL URL = null; HttpURLConnection conn = null; InputStream is = null; ByteArrayOutputStream baos = null; try { url = new URL(urlStr); conn = (HttpURLConnection) url.openConnection(); conn.setReadTimeout(5 * 10000); conn.setConnectTimeout(5 * 10000); conn.setRequestMethod(“POST”); if (conn.getResponseCode() == 200) { is = conn.getInputStream(); baos = new ByteArrayOutputStream(); int len = -1; byte[] buf = new byte[128];

while ((len = is.read(buf)) ! = -1) { baos.write(buf, 0, len); } baos.flush(); String result = baos.toString(); return result; } else {throw new Exception(” Server connection error!” ); }

} catch (Exception e) { e.printStackTrace(); } finally { try { if (is ! = null) is.close(); } catch (IOException e) { e.printStackTrace(); }

try { if (baos ! = null) baos.close(); } catch (IOException e) { e.printStackTrace(); } conn.disconnect(); } return “”; } public static void main(String args []){// MSG is the content of the conversation. System. Out.println (opUrl (” www.weilaitec.com/cigirlrobot…” )); }}