The latest technology in artificial intelligence
Here are some of the latest scientific and technological achievements in the field of artificial intelligence: ** 1. Smart phone robots ** Jiandan Technology's AI smartphone robot had many new features. It uses a real person to record voice, can simulate human labor, and supports interruption and multiple rounds of dialogue. The intelligent voice was connected to the intelligent voice model of iFlytek and Aliyun. It performed well in recognizing multiple languages such as dialect, and the recognition accuracy was as high as 95%. Intelligent learning could be carried out during the use process. After the phone and speech skills were imported, it could be optimized for questions other than speech skills raised by customers. In terms of screening customers, it could classify customers according to the keywords in the customer's call. It could also record the content of the call and support real-time interruption. It could efficiently screen potential customers and increase the efficiency of getting customers by more than 200%. Moreover, the number of calls per day could reach more than 3000. It showed advantages in time, emotion, efficiency, number of calls, and intelligence. ** 2. Bionic robots ** The world's first humanoid robot was born. It had 206 bones and joint degrees of freedom that were exactly the same as humans. It used artificial muscle technology, and every 3 grams of muscle fibers could produce a contraction force of up to one kilogram. It completely simulated the human nervous system, equipped with 4 visual modules and 320 muscle pressure sensors. It also simulated the blood supply of the heart through a hydraulic system similar to a blood vessel network and an electric pump to provide power for the limbs. Currently, they had already started pre-ordering and planned to produce 279 limited edition units next year. ** 3. Tesla's achievements in artificial intelligence ** 1. **FSD (Full Autopilot)** - Tesla's FSD was based on large-scale driving range, self-developed computing platform, and huge computing power. The FSD equipped with HW4.0 had entered the V12.4 stage and could respond flexibly and accurately to complex road conditions. Moreover, the safety report for the first quarter of 2024 showed that the driving safety level of Tesla using the Autopilot automatic driving assistance system was 11.4 times that of the American average. 2. **Optimus Humanoid Robot ** - Tesla's Optimus humanoid robot was very futuristic. Although it could only do some simple work such as folding clothes, Tesla's ultimate vision was to help build cars. Tesla was introducing high-efficiency inference computer technology into electric vehicles and further applied it to the Optimus project. The goal was to reduce the cost of robots from hundreds of thousands of dollars to ten or twenty thousand dollars. Limited production was expected to begin next year, when more than 1000 Optimus would assist humans in production tasks at the Tesla factory. ** 4. The achievements of other companies in artificial intelligence ** 1. ** Xijing Technology ** - At the World Artificial Intelligence Conference, Xijing Technology demonstrated the Well-Bot robot. Based on its autonomous driving technology, it focused on efficient sorting, precise handling, and intelligent warehouse management. At the same time, its Q-truck full-time driverless new energy commercial vehicle had two versions: charging and changing. It could be charged, changed, and upgraded. The intelligent battery changing version had entered the Selis Smart Factory to undertake tasks such as transportation operations in the factory. It adopted the transportation mode of replacing the warehouse with boxes and throwing and hanging. It operated automatically 24 hours a day and could avoid obstacles. 2. ** Helium Pig Technology ** - Helium Dolphin Technology's "Version 5.5 COPE + Robot Coffee Pavilion" was unveiled at the conference. It was blue and white, and the entire production process was visualized. The production time was less than a minute. Covering an area of less than 2.5 square meters, it uses robotic arms, artificial intelligence technology, and advanced algorithms to produce drinks. Customers can choose and customize their own flavors, including more than 50 flavors in five categories. They can also use two types of fresh milk and two types of premium coffee beans. It can be used to make 300 cups of drinks at a time. It can also remotely diagnose 95% of the faults and repair them through specific methods. It has been imported to many countries and regions. 3. ** Yijian Technology ** - The wisdom brought by Yijian Technology| The computing power management and service platform could assist enterprises and computing power centers to build the infrastructure of the computing power Internet. It could provide the access, definition, transaction, and usage capabilities of computing infrastructure such as computing, storage, and network. It could effectively improve the efficiency of computing power operation, large model development, and platform operation and maintenance, and achieve efficient circulation, demand matching, and fine operation of computing power elements. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
The latest technology in artificial intelligence
Here are some of the latest artificial intelligence technology: 1. ** Small data and high-quality data **: In the context of a large amount of invalid data consuming computing resources and bringing challenges to model training, the value of small data and high-quality data became more prominent. Small data focused on accuracy and relativity. It could essentially reduce the dependence and uncertainty of artificial intelligence algorithms on data and enhance network reliability. Diverse data sets could also provide new possibilities for solving the bottleneck of general artificial intelligence. 2. ** Man-machine alignment **: The output of AI must be consistent with human values to ensure that its abilities and behavior are consistent with human intentions. When designing the reward mechanism, in addition to considering the efficiency, benefits, and effects related to the task, it was also necessary to consider whether the behavior was in line with human ethical standards. Relying solely on data and algorithms was not enough to achieve human-machine alignment. 3. **AI usage boundary and ethical supervision model **: The compliance, security, and ethical issues of the current AI system are prominent. It is necessary to establish an AI supervision model framework. By establishing clear standards and specifications, it ensured that AI systems followed established principles in the development and use process, reducing the risk of excessive use of AI when the system was not determined. 4. ** Explanation Model **: Increase the explainability while ensuring effectiveness. It helps to reduce the consumption of public resources, enhance the user's trust in the AI system, and promote its application in key areas (such as the medical and health field). It makes it easier for doctors to understand the judgment basis of the AI diagnosis system and reduce unnecessary examination and treatment procedures. 5. ** Large-scale pre-training model ** - ** Law of Scale **: Large-scale pre-training models based on massive parameters and training data can improve human-computer interaction and reasoning capabilities, increase the variety and richness of tasks that can be completed, and be verified in many fields such as language modeling, image processing, and voice recognition. - ** Full-Modal Large Model **: Able to process and understand various types of data input (such as text, images, audio, data tables, etc.), and generate various types of output according to mission requirements. For example, the introduction of 3D point cloud data mode is important for robot navigation and obstacle avoidance. 6. ** Artificial intelligence-driven scientific research **: Using large models and generative technology to improve the efficiency and accuracy of hypothesis, experimental design, data analysis, and other stages in scientific research, scientists can use AI technology to monitor and adjust real-time experiments, quickly feedback results, and dynamic optimization of experimental design and assumptions. 7. ** Incarnate Intelligence ** - ** Incarnated Cerebellar Model **: Traditional large models are suitable for dealing with slow-channel response tasks of robots, while the Incarnated Intelligent Cerebellar Model uses integrated learning methods to select appropriate model control algorithms based on the robot's body structure and environmental characteristics to ensure that the robot can complete high-dynamic, high-frequency, and robust planning and control actions under the understanding of its own constraints. It meets the needs of real-world fine operation and real-time control. - ** Physical Artificial Intelligence System **: Empowers the physical objects in the physical world with embodied intelligence, enabling traditional equipment to break through functional limitations and achieve a higher level of intelligent operation. Humanoid robots are its ultimate form of performance. They have multi-mode perception and understanding capabilities, and can interact with humans naturally. They can make independent decisions and actions in complex environments. They are expected to be applied to more complex work scenarios. 8. ** The world simulator in the generation of artificial intelligence **: It can provide an immersive high-simulation experience and create a rich and diverse game world. It can be applied to education, entertainment, and other fields to create more Hyper Digital Reality. In addition, natural language processing technology continued to develop in the fields of intelligent customer service and voice recognition. Computer vision technology continued to promote the intelligence of visual recognition and image processing in the fields of security, medical care, and autonomous driving. There were also companies committed to intelligent algorithms and data analysis to achieve intelligent data processing and accurate prediction. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
The latest technology of artificial intelligence
GPM (Generative Pretrained Transformer) was a pre-trained, generative artificial intelligence technology. Among them, GPM- 4 Turbo was the language model launched by Open AI for ChatGPM. It was an upgraded version of GPM- 4 and was released on November 6, 2023. It had many advantages over GPM- 4, such as a larger context window (able to process up to 128K tokens), lower operating costs (input was three times cheaper than GPM- 4, output was two times cheaper than GPM- 4), and it also added JSon mode, replicated output, parallel function calls, and other functions. Its knowledge base had been updated to April 2023. On April 10th, 2024, ChatGPM launched the official version of GPM- 4 Turboand opened it to paid ChatGPM users. On May 14th, 2024, at the spring conference, Open AI released the latest GPM-4o multi-mode model. ChatGPM free users can also use it for data analysis, image analysis, Internet search, and other operations. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
The latest technology trends in artificial intelligence
Here are some of the latest technology trends in artificial intelligence: 1. ** Enhanced Work **: Humans will be more thoughtful in using artificial intelligence to expand their technical capabilities, rather than simply integrating chatbots into everything. 2. ** Real-time automatic decision-making **: Some enterprises will use artificial intelligence to achieve business process automaton. 3. **"responsible" artificial intelligence **: The development and application of artificial intelligence will be more ethical and respect intellectual property rights. 4. ** Vincent Video and a new generation of voice assistants **: The Vincent video model can create videos with simple text descriptions, chatbots can have human-like conversations, and companies such as Google are also integrating chatbots into mobile devices. 5. ** AI laws and regulations are more complete **: More and more countries will implement AI governance laws. 6. ** Artificial intelligence may become popular **: Intelligent systems (artificial intelligence) with autonomy, adaptability, and interaction may become popular. Their ability to learn and evolve independently is an important step towards general artificial intelligence. 7. [Post-truth world: In the post-truth era, what you see is not necessarily true.] 8. ** AI + Cyber Security **: Chatbots can simulate "fishing" to teach people to avoid being cheated. 9. **"Sustained" artificial intelligence **: Artificial intelligence will become a powerful tool to protect the environment. 10. ** The rise of Generative Artificial Intelligence **: The ability to create new content, such as text, code, music, etc. 11. ** The combination of quantum computing and AI **: The parallel computing power of quantum computers is expected to greatly improve the computing power of AI, especially in dealing with complex algorithms. 12. ** Comprehensive application of synthetic data **: It can solve the problem of limited high-quality data while avoiding data privacy and security issues. 13. **AI Agent and Codeless Development **: AI Agent can automatically perform tasks, and Codeless Development will make programming more popular. 14. ** Industry leads AI research **: It drives the rapid development of technology. 15. ** Increase in AI model training costs **: The complexity of the model leads to an increase in training costs, which may affect the popularity of the technology. 16. ** The competition between the United States and China in the field of AI has intensified **: The two countries are competing fiercely in the development of top AI models. 17. ** The lack of a standardized assessment of large language models **: complicating the risks and limitations of different AI models. 18. ** Growth in AI investment (Growth in investment in the field of Generative AI)**: Although overall AI investment has declined, investment in the field of Generative AI has increased significantly. 19. ** The role of AI in improving work efficiency and quality **: It helps to narrow the skill gap and plays an important role in improving work efficiency and quality. 20. ** Multi-Modality Large Model **: Allows AI to have visual and auditory abilities. It learns from a multi-mode perspective and is aligned with the meaning, achieving the intelligent ability of multi-mode alignment. 21. ** Video generation is developing towards a world model that is in line with common physics knowledge **: Although there is a problem with the base model of the video, it is learning the visual imagination and minute-level prediction ability. 22. ** End-side large model **: A large AI model that can be deployed to run independently on the terminal. By increasing the intelligence level and reducing the parameters, the big model can be made small, which can improve the data processing speed and protect user privacy. 23. **AI research from auxiliary to active **: From auxiliary to active research, from inference to reasoning, it can play a unique advantage in some scientific research fields. 24. [Incarnate Intelligence: An intelligent entity that has a physical body and supports interaction with the physical world. It processes sensory data input through a multi-mode large model to generate motion command drive.] "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Artificial intelligence and 5G technology
There was a gradual relationship between artificial intelligence and 5G technology. Artificial intelligence was a computer program with independent thinking ability, while 5G was a communication technology that could quickly transmit information and data. At present, artificial intelligence mainly relied on cloud computing and terminal processing. However, due to the limited terminal processing capacity and network transmission capacity, artificial intelligence was slow and less intelligent. However, connecting to the cloud through the 5G network and using edge computing technology could increase the speed and intelligence of artificial intelligence. The advantages of 5G, such as low delay and high band-width, could better promote the development of artificial intelligence and provide a reliable communication environment for the application and operation of artificial intelligence technology. Therefore, artificial intelligence and 5G technology complement each other. Their integration will promote industrial transformation and bring about lifestyle changes in the fields of industrial Internet and smart manufacturing.
artificial intelligence application technology
Artificial intelligence applications covered many fields, such as computer science, financial trade, medicine, diagnosis, heavy industry, transportation, remote communication, online and telephone services, law, scientific discovery, toys and games, music, and so on. In the field of subspace, SuperMap 2024, launched by SuperMap software, enabled subspace AI as the underlying supporting technology. It included some ready-to-use functions, as well as functions that could be used with customized training fine-tuning of AI process tools. It covered AI three-dimensional data processing and analysis, AI remote sensing image processing, AI remote sensing image interpretation, AI spatial analysis, AI image/video analysis and many other functional modules. From a professional point of view, graduates of the application of artificial intelligence technology were employed as artificial intelligence trainers, artificial intelligence engineers and technicians, etc. They could be engaged in artificial intelligence data services, algorithm model training and testing, artificial intelligence application development, artificial intelligence system integration and operation and maintenance, etc. In addition, companies such as Dingding were also actively exploring artificial intelligence application technology. For example, Dingding lowered the threshold of creating an intelligent entity by reforming the memory, perception, and action functions of the AI assistant. It added memory functions, perception triggering functions, multi-agent coordination capabilities, etc. to the intelligent entity, so that it could perform tasks in different scenarios, such as helping to write weekly reports, making appointments for meetings, and automatically executing tasks according to the scenario and time. Moreover, AI agents were also the embodiment of artificial intelligence application technology. It was an intelligent system that could perform tasks and make decisions on its own. Compared to big language models, AI agents could automatically split tasks, determine task priorities, call external tools to assist in processing tasks, and reflect and evaluate. Big language model tools such as Chat GPM required the user to continuously input prompt words to obtain results. In general, artificial intelligence application technology continued to develop and reflect its value in many aspects. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Generative Artificial Intelligence Technology
Generative artificial intelligence was an important branch of artificial intelligence. It could generate text, images, or other media information based on prompts. The principle was to use machine learning technology to generate new data based on existing large-scale multi-mode data sets, such as text, program code, images, videos, and sounds, so that it had the ability to handle a variety of tasks and scenarios. In the early years (1950s-1990s), due to the limitations of science and technology, it was only in the small-scale experimental stage. In 1957, Hiller and Isaac converted the control variables in the computer program into musical notes and created the first music piece composed by a computer,"Ilyak Suit." In 1966, Weizenbaum and Colby developed the world's first human-machine conversation robot,"Eliza." After the 1990s, AIGC evolved from experimental to practical. In 2007, Ross Goodwin's artificial intelligence system created the world's first novel, 1 The Road, written entirely by artificial intelligence. Since 2014, with the development of deep learning algorithms, especially the proposal and repetition of Generative Adversant Network (GAN), AIGC entered a new era. The release of DALL-E and ChatGPM marked a significant breakthrough in generating content. In terms of application, it would take the lead in media, e-commerce, film and television, entertainment and other industries with a high degree of digitizing and rich content demand. It had the production capacity and knowledge level that surpassed humans. It could undertake mechanical labor such as information mining, material transfer, copying, editing, and so on. It could meet large-scale individual needs at low cost and high efficiency. In addition, on December 26, 2023, the Generative Artificial Intelligence was selected as one of the "Top Ten Science and Technology Terminology of 2023". On July 3, 2024, the World Intelligent Property Organization released the "Generative Artificial Intelligence Patents Situation Report", which showed that China's number of patent applications for Generative A1 was the highest in the world from 2014 to 2023. Moreover, on May 24, 2024, the Ministry of Human Resources and social protection announced the new profession of Generative Artificial Intelligence System Practitioner. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Artificial Intelligence Technology Q & A
Here are some common questions and answers about artificial intelligence technology: ** I. The definition of artificial intelligence ** Artificial intelligence was a new technology science that was used to simulate, extend, and expand certain human thinking processes and intelligent behaviors. It was a combination of theory, methods, technology, and application systems. ** 2. Professional knowledge and skills that people need to learn in the era of artificial intelligence ** 1. ** Understanding AI** - Learn basic knowledge such as machine learning, data analysis, and natural language processing to better collaborate with AI. - Learning paths include: - Online courses: platforms such as Coursera, edX, and Udacity provide a wealth of AI related courses, ranging from basic to advanced data science, machine learning, and other fields of knowledge. - Reading books, such as "Artificial Intelligence: A Modern Method," would help to build a systematic knowledge framework. - Community participation: Join online communities and forums related to AI to exchange experiences and insights with other scholars and experts. 2. ** Cultivate cross-disciplinary thinking skills ** - In addition to his major, he also took courses in psychology, sociology, and economics to broaden his knowledge. - Participating in cross-disciplinary projects, combining knowledge from different fields to solve practical problems. - Read books that have nothing to do with your major to cultivate your comprehensive thinking ability. 3. ** Enhancing interpersonal and communication skills ** - Attend social events to practice communication skills and learn to communicate with people from different backgrounds. - Pay attention to listening to other people's opinions and give positive feedback during communication to cultivate empathy. - Attend speech training or join a speech club to improve your presentation skills and self-confidence. 4. ** Master the ability to create and solve problems ** - Brainstorm regularly and encourage ideas. - Analyzing successful companies 'innovation cases, learning how to deal with challenges and find solutions. - Learn design thinking, pay attention to user needs, conduct rapid prototype design and testing, and iterated and optimized solutions. 5. ** Continuous learning and adaptability ** - Make a long and short term study plan according to your personal career development goals and maintain your learning state. - Periodically review learning results and work performance to improve on shortcomings. - Stay curious about new things, take the initiative to explore the unknown, and develop lifelong learning habits. ** 3. The relationship between consciousness, wisdom, and intelligence, as well as the relationship between artificial intelligence and consciousness ** Consciousness was the perception of one's own existence, including the perception of one's own actions and the reasons for their actions. Primitive self-awareness was a low-level consciousness, the most basic self-awareness. In order to perceive the existence of "me", one needed to have perceptual consciousness to distinguish "me" from "non-me." For living creatures, the skin provided this kind of boundary perception ability, which was the biological basis of consciousness. For robots, they needed to have a sensory membrane similar to the sensory boundary of human skin in order to distinguish between "me" and "non-me", and then they might sprout a primitive self-consciousness. Wisdom and intelligence did not explicitly mention the specific relationship with consciousness, but consciousness was usually considered a feeling, a spiritual activity that was parasitic on matter. Artificial intelligence was a technology that simulated human intelligence, and the new generation of artificial intelligence had yet to touch consciousness (according to the current general understanding). ** 4. AI agent related ** 1. ** Concept ** - An AI agent was an intelligent system that could perform tasks and make decisions on its own to help people achieve specific goals. 2. ** The difference from the big language model ** - The big language model (such as Chat GPM, Wen Xin Yi Yan, etc.) required the user to continuously input prompt words when using it, and the results were continuously optimized according to the prompt words without thinking. - After the user enters the task, the AI agent will automatically split the task into multiple sub-tasks, determine the priority of the task, and call external tools to assist in processing the task according to the needs. During the processing process, it will reflect and evaluate, and then optimize the execution strategy. After completing all the sub-tasks, it will summarize and output the final result. ** 5. The application of artificial intelligence technology in medical diagnosis and its potential risks (not detailed, only the application direction is mentioned)** Artificial intelligence technology could be applied to medical diagnosis, but there were also potential risks (the specific risks were not mentioned). ** 6. Final application direction of AI technology ** The ultimate application of AI technology was general artificial intelligence (AGI), which was AI with a wide range of intelligence like humans. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Generative Artificial Intelligence Technology
Generative artificial intelligence was an important branch of artificial intelligence. It could generate text, images, or other media information based on prompts. The principle was to use machine learning technology to generate new text, program code, images, videos, and sound data based on existing large-scale multi-mode data sets, so as to have the ability to handle a variety of tasks and scenarios. In the early years (1950 - 1990s), small-scale experiments were carried out due to the limitations of science and technology. In 1957, there were music pieces created by computers. After the 1990s, it evolved from experimental to practical. In 2007, novels created by artificial intelligence appeared. Since 2014, with the development of deep learning algorithms, especially the proposal and repetition of the Generative Adversant Network, it entered a new era. The results such as DALL-E and ChatGPM marked a significant breakthrough in generating content. It had a variety of functions, including text generation (generating coherent text passages, stories, or answers to questions based on hints), machine translation (translating one language into another language more naturally and fluently), text summary (extracting key information from a large amount of text to generate a concise summary), creative writing (generating stories, poems, advertising copywriting, etc. based on hints), and so on. In terms of application, it would take the lead in media, e-commerce, film and television, entertainment and other industries with a high degree of digitizing and rich content demand. In 2024, the profession of a generative artificial intelligence system application worker appeared. However, it also had technical limitations and ethical risks. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Generative Artificial Intelligence Technology
Generative artificial intelligence was an important branch of artificial intelligence. It could generate text, images, or other media information based on prompts. Its principle was to use machine learning technology to generate new text, program code, images, videos, sounds, and other data based on existing large-scale multi-mode data sets. It had the ability to handle a variety of tasks and scenarios. In the early stages of AIGC (artificial intelligence generated content), in 1957, Hiller and Isaac created the first music composition created by a computer by converting the control variables in a computer program into musical notes. After the 1990s, AIGC evolved from experimental to practical. In 2007, Ross Goodwin of New York University assembled an artificial intelligence system to create the world's first novel written entirely by artificial intelligence. Since 2014, with the development of deep learning algorithms, especially the proposal and repetition of Generative Adversant Network (GAN), AIGC entered a new era. The release of DALL-E and ChatGPM marked a significant breakthrough in AIGC's generation of content. Its functions included text generation (generating coherent text passages, continuing stories, or answering questions based on prompt words), machine translation (based on a large amount of language data learning, translation is more natural and fluent and can understand the context), text summary (extracting key information from a large amount of text to generate a concise summary), creative writing (generating stories, poems, advertising copywriting, etc. based on prompt words), and so on. In terms of application, it would take the lead in media, e-commerce, film and television, entertainment and other industries with a high degree of digitizing and rich content demand. At the same time, on December 26th, 2023, Generative Artificial Intelligence was selected as one of the top ten scientific and technological terms of 2023. From 2014 to 2023, China ranked first in the world in the number of patent applications for Generative A1. In 2024, a new profession, a generative artificial intelligence system application worker, appeared. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Future technology, artificial intelligence
Artificial intelligence was a cross-discipline developed from a comprehensive multi-discipline. It simulated human thinking and behavior through computers, and its core was machine learning algorithms. In terms of technological development, it has moved towards a new stage of multi-intelligence integration. Large models such as ChatGPM can handle a variety of tasks. There were also improvements in emotional simulation and human interaction, such as intelligent customer service that could provide different responses according to the user's emotions. Robot technology was developing rapidly. The mechanical structure and movement ability of the hardware were constantly optimized, and the intelligent control was deeply integrated with AI. The application fields were constantly expanding. In the industrial field, new automatic production modes were realized to improve production efficiency and quality. In the medical field, it could assist in diagnosis, formulate treatment plans, monitor and predict diseases. In the field of education, it could provide customized learning services. From the perspective of development, the computing power would be more powerful and could handle more complex tasks. The application scenarios would be more extensive, such as medical, education, transportation, and other fields. The human-computer interaction experience would also be better. Artificial intelligence was also facing challenges. In terms of employment, it might replace some traditional jobs. Although it would create new jobs, it would require higher skills. In terms of data privacy and security, reliance on large amounts of data raised concerns. In terms of ethics and bias, decisions based on historical data might be unfair to certain groups. In short, artificial intelligence was full of opportunities and challenges, and all parties needed to work together to ensure that it benefited mankind. " A Short History of the Future: Legends of the Intelligent Era " was equally exciting. Everyone was welcome to click and read it!