After rebirth, I started a life of attributes

Chapter 213 Upgrading the hardware, the first Gundam is completed

Secret research base.

Chen Feng looked at the "second generation" intelligent robot and fell into deep thought.

Even second-generation intelligent robots that have upgraded their hardware are still unable to exert the full performance of the "Wisdom Heart" chip, and cannot allow second-generation intelligent robots to simulate human thinking and behavior.

“Funding is insufficient, second-generation upgrades are not maxed out, and our current expertise is insufficient.”

Li Nian silently glanced at the second-generation intelligent robot, then turned to look at Chen Feng, who was frowning.

"How about forgetting it and giving them to the Chinese Academy of Sciences and letting more people from the Chinese Academy of Sciences study them?"

Regarding the suggestion from his friend Li Nian, Chen Feng shook his head. He did not want to hand over the results of his hard work directly to the Chinese Academy of Sciences.

Moreover, even if it is given, it will be given to the finished "intelligent robot", and there is no need to hand over the semi-finished product.

"It seems that if you want to complete the test of the heart of wisdom, you must specialize in mechanics."

Looking at the second generation of intelligent robots whose hardware was still not up to standard, Chen Feng made a decision in his mind and planned to settle down for a while to study and supplement knowledge related to mechanics, intelligent machines, and artificial intelligence.

in the next period of time.

Chen Feng began to read books about robots, attend robot lectures, and even joined a robot research community to communicate with many robot researchers to make up for his lack of professional knowledge in robots.

In the early stages of making up, Chen Feng mainly focused on the basic theory of robots. He read a large number of books on the basic theory of robots and understood basic knowledge such as the structure, kinematics, and dynamics of robots. He also studied the control theory of robots and understood how to control the movement of robots through control algorithms.

After supplementing the basic theories of robots, Chen Feng began to learn the hardware knowledge of robots. He understood the hardware structures of various robots, learned how to choose suitable hardware materials, and how to design the robot's hardware system. He also learned about the robot's sensors and how to obtain the robot's motion status and environmental information through sensors.

After learning the hardware knowledge of the robot, Chen Feng began to learn the software knowledge of the robot. He learned about the robot's operating system, programming languages, and software development tools. He also learned software development methods for robots and learned how to control the movement of robots through software development.

After learning the software knowledge of robots, Chen Feng began to learn related knowledge of artificial intelligence. He learned about the basic concepts, development history and application fields of artificial intelligence. He also learned the algorithms of artificial intelligence and understood how to realize the functions of artificial intelligence through algorithms.

After a long period of study, Chen Feng finally had an in-depth understanding of robot-related knowledge. He began to apply what he learned to actual robot research and continuously improved the performance of robots.

Chen Feng first comprehensively upgraded the hardware of the second-generation intelligent robot. He used higher quality materials to improve the robot's structure and strength. He also improved the robot's kinematic design, allowing it to move and operate more flexibly. In addition, he added more sensors to allow the robot to better sense its surroundings.

While upgrading the hardware, Chen Feng also comprehensively optimized the robot's software. He improved the robot's operating system, increasing its stability and efficiency. He also optimized the robot's control algorithm so that it can control the robot's movement more accurately. In addition, he has added more artificial intelligence capabilities to enable the robot to better understand and adapt to different tasks.

After a period of hard work, Chen Feng successfully upgraded the third-generation intelligent robot. This generation of robots not only has powerful hardware performance, but also has advanced artificial intelligence functions. Under Chen Feng's control, the third-generation robot successfully completed various tasks and made great contributions to human society.

The third generation of intelligent robots has been greatly improved in terms of hardware compared to the second generation of intelligent robots. It has a higher structure and strength and can withstand greater loads and pressures. Its kinematic design is better and it can move and operate more flexibly. It has more sensors and can better sense its surroundings.

In terms of software, the third generation of intelligent robots has also been greatly improved. Its operating system is more stable and can better manage the robot's resources. Its control algorithm is more precise and can control the robot's movement more precisely. Its artificial intelligence capabilities are more advanced and can better understand and adapt to different tasks.

……

Chen Feng stood in the laboratory, with the prototype of the third-generation intelligent robot in front of him. After a long period of hard work, he finally completed the hardware upgrade and optimization. Now, the hardware of the third-generation intelligent robot is powerful enough to be equipped with a "wisdom heart" chip.

He carefully installed the "Heart of Wisdom" chip into the core of the third-generation intelligent robot. This is the result of his many years of research and his long-held dream. He looks forward to the third generation of intelligent robots being able to leverage the performance of the "Wisdom Heart" chip and make greater contributions to human society.

After the installation was completed, Chen Feng started testing. He first tested the basic functions of the third-generation intelligent robot. The robot moves flexibly and accurately executes various instructions. Its movements are smooth and natural, as if it has life.

Next, Chen Feng began to test the advanced functions of the third-generation intelligent robot. He found that the third-generation intelligent robot exerted 80% of the performance of the "Wisdom Heart" chip and initially mastered the ability to simulate human behavior.

The third generation of intelligent robots can perform high-speed calculations and data processing through the "Smart Heart" chip. Its learning ability has been greatly improved, and it can continuously improve its performance through observation and experience. It can also understand and adapt to human needs and provide more personalized services.

In terms of simulating human behavior, the third generation of intelligent robots can demonstrate a certain degree of intelligence and emotional intelligence. It can understand human language and expressions and conduct simple communication and dialogue. It is also able to sense and understand human emotions and react and respond appropriately.

However, although the third generation of intelligent robots has made significant progress, it still cannot fully achieve the anthropomorphic effect. Its behavior and thinking are still subject to certain restrictions, and it cannot express and create freely like humans. It also requires further learning and development to better simulate human behavior. Chen Feng's heart was filled with joy, and he knew that he had successfully realized his dream. The third-generation intelligent robot not only has powerful hardware performance, but also has advanced artificial intelligence functions. With the help of the "Wisdom Heart" chip, the third-generation intelligent robot can achieve 80% of its performance and initially master the ability to simulate human behavior.

"Great. The third-generation intelligent robot has been able to exert 80% of the performance of the chip. It is only one step away from success."

Li Nian looked at the test results of the third-generation intelligent robot and smiled with joy.

"After nearly two years of hard work, I am finally ready to complete this intelligent robot."

Looking back on this period of time, Li Nian was filled with emotion. He didn't know how many nights he stayed up with Chen Feng for the third generation of intelligent robots.

But while Li Nian was happy, he didn't realize that Chen Feng beside him didn't look happy, but instead frowned.

"What's up, Lao Chen? You've already achieved 80% of your performance, aren't you satisfied?"

After noticing Chen Feng's condition, Li Nian opened his mouth and asked Chen Feng.

"80% performance is indeed good, but what I want is 100% performance, and the current simulation of human behavior is still very average."

"This is just average. This simulation effect is quite advanced. Is there any robot research in the world that can achieve this level?"

Hearing that Chen Feng was not satisfied with the performance of the third-generation intelligent robot, Li Nian couldn't help but complain.

Chen Feng ignored Li Nian's complaints and said to himself: "It seems that we need to upgrade the fourth-generation intelligent robot. Let's see if the fourth-generation intelligent robot can bring out the full performance of the 'Wisdom Heart'."

Immediately, Chen Feng took Li Nian to start the development of the fourth generation of intelligent robots.

Chen Feng and Li Nian first upgraded the robot’s hardware. They improved the robot's sensors and actuators, allowing it to sense and adapt to its environment more precisely. They are also adding more interfaces to the robot so that it can connect seamlessly with various devices. In addition, they designed a more powerful and efficient battery for the robot, allowing it to run for longer periods of time.

Next, Chen Feng and Li Nian set about upgrading the robot's software. They optimized the robot's operating system to make it run more stably and efficiently. They also wrote new application software for the robots to better simulate human behavior. These software can not only help robots better understand human language and expressions, but also enable robots to have certain reasoning and judgment capabilities.

While upgrading the robot's hardware and software, Chen Feng and Li Nian also optimized the robot's "wisdom heart" chip. They improved the chip's architecture, increasing its computing speed and storage capacity. They are also adding more artificial intelligence algorithms to the chip, allowing it to better handle complex problems.

After completing the upgrade of hardware, software and chips, Chen Feng and Li Nian conducted a comprehensive test on the third-generation intelligent robot. Test results show that the upgraded robot not only has a significant improvement in performance, but also has stronger autonomy and adaptability. Not only can robots better simulate human behavior, they can also understand and predict human needs to a certain extent.

After half a year of hard work, Chen Feng and Li Nian finally succeeded in upgrading the third-generation intelligent robot to the fourth-generation intelligent robot.

Chen Feng is looking forward to installing this chip on the fourth-generation intelligent robot and preparing to test its performance.

The "Wisdom Heart" chip is an artificial intelligence chip with extremely high computing speed and storage capacity. It can enable robots to achieve truly anthropomorphic behaviors in various environments. Chen Feng hopes to learn through testing how much performance of this chip can be exerted by the fourth-generation intelligent robot.

On the day of the test, Chen Feng and Li Nian brought the fourth-generation intelligent robot to the laboratory. They first tested the robot's basic movements, including walking, jumping, bending, etc. The robot performed very well and moved smoothly, as if it really had human body functions.

Next, Chen Feng and Li Nian tested the robot's perception ability. They placed objects of different colors, shapes, and sizes in front of the robot and asked the robot to describe these objects. The robot accurately named each object's color, shape, and size, and was even able to perform simple classifications based on the object's characteristics.

When testing the robot's language ability, Chen Feng and Li Nian had a conversation with the robot. The bot not only understood their questions accurately but also answered them in fluent language. During the conversation, the robot showed strong logical thinking and reasoning abilities, which shocked Chen Feng and Li Nian.

What surprised Chen Feng and Li Nian the most was that when testing the robot's emotional expression ability, the robot actually showed human-like emotions. When they told the robot a sad story, the robot actually shed tears in its eyes. This shows that the fourth generation of intelligent robots already possess truly anthropomorphic behavior.

After a series of tests, Chen Feng and Li Nian concluded that the fourth-generation intelligent robot can bring out all the performance of the "Wisdom Heart" chip and achieve true anthropomorphic behavior. This robot has not only undergone comprehensive upgrades in hardware and software, but has also made major breakthroughs in emotion, language, and thinking.

In terms of emotions, the fourth generation of intelligent robots show emotions similar to humans. When Chen Feng and Li Nian tell a touching story, tears of emotion will flow from the robot's eyes; when they show a beautiful painting in front of the robot, the robot will express heartfelt admiration. These performances show that the fourth generation of intelligent robots already have the ability to perceive and experience emotions.

In terms of language, the fourth generation of intelligent robots have mastered rich vocabulary and grammar and can communicate with humans fluently. Not only can it accurately understand Chen Feng and Li Nian's questions, but it can also express its own views with appropriate words. In addition, the robot can also use different language styles according to different contexts and objects, such as formal, humorous, cordial, etc.

In terms of thinking, the fourth generation of intelligent robots have demonstrated strong logical reasoning and innovation capabilities. In a test, Chen Feng and Li Nian posed a complex problem to the robot and asked it to design a solution. The robot analyzes the problem, proposes a series of possible solutions, evaluates them, and finally selects the best solution. This shows that the fourth generation of intelligent robots already have the ability to think and solve problems independently.

(End of this chapter)