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本篇paper代写- Application of intelligent robot讨论了智能机器人的应用。智能机器人是人类智慧的结晶，它在一定程度上使人们从繁忙的工作中解脱出来。未来军事发展的必然趋势就是利用智能机器人代替士兵作战。随着新的工业时代到来，工业机器人与人工智能相结合，智能机器人在工业领域的应用越来越普及，一场新的工业革命正在拉开序幕。作为在医疗领域应用的深化，智能机器人能有效地帮助医生进行一系列医疗方面的诊断或进行辅助治疗。而教育领域的智能教育机器人拥有自主判断、智能识别、优化决策等功能，能够根据不同学生的不同情况制定出不同的学习计划。本篇paper代写由51due代写平台整理，供大家参考阅读。

Intelligent robot is the crystallization of human intelligence, it makes people free from busy work to some extent. This paper introduces the practical application of intelligent robot in military, industrial, medical and educational fields, and forecasts the future development of intelligent robot in China.

With the progress of human science and technology, artificial intelligence technology is gradually mature, and information technology is increasingly combined with traditional machinery. Since then, intelligent robot was born. Intelligent robots can free people from the heavy work and even help them to accomplish many things that could not be done before. Therefore, intelligent robot has been widely concerned by people. At the same time, intelligent robot is the product of a variety of science and technology combined, it is an important symbol to measure the level of science and technology of a country, so the research and development of intelligent robot for China's development has great and far-reaching practical significance. This paper compares the difference between the intelligent robot and the previous two generations of robots, and introduces the application of intelligent robot in various fields.

This paper mainly discusses the third generation of robots, but in addition, there are the first generation of robots and the second generation of robots in the history of robot development. The earliest first-generation robot is called programmable reproduction robot, which cannot make autonomous adjustment when the external environment changes and can only perform mechanical repetitive work according to the given program. The second generation of robot is an offline programming robot with certain perception and adaptive ability. Different from the first generation of robot, it can adjust the program according to the changes of the outside world within a certain range. Although the second generation of robots does not have mature automatic rule ability, they have begun to develop towards intelligence and can meet practical needs.

The third generation of robot -- intelligent robot is mainly discussed in this paper. Intelligent robot belongs to the product of the era of artificial intelligence, which has the ability of feeling, recognition, reasoning and judgment. Firstly, the intelligent robot can recognize and measure the objects around in real time through various sensors, which is the sense and recognition ability. At the same time, it can adjust its own parameters and action strategies according to the changes of the environment. That is to say, it can analyze, reason and make decisions based on the identified information. In addition, intelligent robots can handle some emergencies.

In modern war, how to minimize the casualty rate of soldiers is a hot topic in every country. Therefore, the inevitable trend of military development in the future is to replace soldiers with intelligent robots. At present, military intelligent robots can complete a series of combat tasks, such as search, surveillance, eod, breaking barriers, attacking targets, transporting materials, and rescuing the wounded. Compared with human soldiers, they are more precise, light, dexterous, destruction-resistant, fall-resistant, fight-resistant and more capable. Among them, uav is a typical representative of military intelligent robot, which has become a conventional military weapon and plays a decisive role in the military.

Unmanned aerial vehicle (uav) plays an important role in the battlefield, such as ground attack, reconnaissance and surveillance of enemy military situation, jamming signal communication and battlefield communication. The latest uavs' intelligence lies in the fact that they do not require human control for most missions, except for big decisions such as weapons systems. On uavs, there is no pilot-controlled cockpit, but there is an autopilot system, which allows the unmanned to fly on its own and even control the flight autonomously. One of the starting points of the automatic control principle is the closed-loop feedback control, which measures the change of the control quantity after the input adjustment is applied and feeds back to the input until the control quantity reaches the target value. For example, after setting a track for the uav, during the flight, the high-precision sensors and other equipment carried on the uav will measure whether there is deviation track in the flight position in real time. If the uav has deviation, the yaw correction will be carried out accordingly, so that the aircraft will always be on the correct route. At the same time, uavs can detect and identify obstacles in the path of uavs through optical cameras, ultrasonic radar and other equipment, and automatically avoid obstacles after finding them.

At present, many countries, including China, have launched their own intelligent robot soldiers. It is believed that there will be more intelligent military robots on the battlefield in the future.

With the arrival of industry 4.0 era, the combination of industrial robot and artificial intelligence, the application of intelligent robot in the industrial field is more and more popular, a new industrial revolution is kicking off. As mentioned above, mechanical repetitive work is not a difficult task for robots, and the first generation of robots can do it well. However, in the face of the chaotic and disorderly environment in the industry, the robot cannot work normally by relying on the set program. At this time, the intelligent robot can analyze the surrounding environment and make a better decision according to the environment at that time, so as to better adapt to the complex factory environment.

AGV logistics vehicle is a typical representative of intelligent robot in intelligent industry and is widely used. AGV logistics vehicle is an intelligent transport vehicle that can generate the best path to the destination and drive along the best path according to the actual situation of the factory. AGV logistics car's automatic navigation is realized through special landmarks, usually equipped with optical or electromagnetic guidance devices, automatically generate the best route according to the landmark and transport the goods to the designated location, the navigation mode is mainly magnetic stripe guidance, laser guidance, inertial navigation and magnetic nail navigation. In the workshop where the AGV logistics trolley works, multiple magnetic nails are usually arranged on the ground. The physical position information of the magnetic nails is collected and transmitted to the computer in real time during the travel of the AGV. After the software is used to calculate the AGV's position accurately and generate the best route to prevent collision and scratch during the travel of the AGV.

AGV logistics car is applicable to the system with frequent transportation and long material supply cycle, and it should be widely used to transport goods in logistics distribution workshop. Now alibaba and jd have relatively mature applications.

Medical care is an important link of people's well-being, so it is particularly important to combine intelligent robot with medical care, and its development has attracted much attention. As a deepening application in medical field, intelligent robot can effectively help doctors to make a series of medical diagnosis or auxiliary treatment. Take the rehabilitation robot as an example. Postoperative rehabilitation is a long and painful process. The newly developed medical exoskeleton can be used in the postoperative recovery process to relieve patients' pain and speed up the rehabilitation process, which will also help medical workers to carry out rehabilitation effect evaluation and plan formulation. It can also help people with disabilities get back on their feet and give them a new lease of life.

Exoskeleton robot is a special wearable electromechanical integration device. It is fixed outside the human body through a non-rigid connection set, and USES a high power density drive device to drive the exoskeleton deformation, so as to assist human limb movement. It is a flexible and intelligent drive system. The exoskeleton is fixably attached to the human body by binding or other means, and perfectly fits the human limbs. In the process of use, the exoskeleton collects the movement information of the human body, such as the movement trend and force, through the accelerometers and angular accelerometers installed at the joints. Real-time processing the information, and quickly adjust, make the exoskeleton robot form the movement of the wearer and synchronization, to better help those who have difficulty in standing and walking, and according to the actual environmental change adjustment in the process of walking gait, achieve the wearer control exoskeleton robot complete natural, smooth gait and movement.

Education is also very concern of the people, in recent years, China's education quality, the call for quality education in China is more and more high, the traditional cramming education mode by students and teachers is rejected, contain innovation, cooperation, sharing, and other important scientific literacy education form is gradually taken seriously by the school and parents. However, under this kind of change, intelligent educational robot which combines with artificial intelligence technology emerges at the historic moment. At present, there are many brands of intelligent educational robots on the market, aiming to create a good learning experience for every student with artificial intelligence, act as a tutor, and realize intelligent education, growth companion, intelligence development, homework guidance, offline teaching and other functions.

Intelligent educational robot has the functions of autonomous judgment, intelligent recognition and optimization decision-making, and can make different learning plans according to different situations of different students. At the same time, intelligent education robot itself has certain learning ability, which can constantly update students' learning situation, record students' learning situation, and then continuously follow up students' learning process, and analyze students' difficulties and bottlenecks in learning by combining the above data. Finally, the teaching methods and strategies of intelligent robots are constantly adjusted to achieve the purpose of intelligent teaching students.

In addition, intelligent educational robots also have features such as face recognition and speech recognition to recognize people. Through these functions, students can recognize different students and call their names just like in real class. This way, students can have a good impression and trust on intelligent robots by simulating real class. What's more, classroom robots in some schools have been able to recognize students' microexpressions in class and conduct behavioral analysis to determine whether they are sleepy or distracted and alert them.

Times are changing, science and technology are making continuous progress, and the combination of robot and intelligent development can better meet the development trend of today's world, so intelligent robot has great development prospects. To some extent, the development of intelligent robot can directly show the level of science and technology of a country, so it is highly concerned by countries all over the world. Compared with the robot industry in foreign countries, although China has invested a lot of manpower and material resources in the field of intelligent robot, and made a lot of remarkable scientific research achievements, the research in this field is still not deep enough at the present stage, and has not been able to catch up with the footsteps of other countries. Therefore, China should actively adopt development countermeasures in line with its own and narrow the gap with the world's leading countries in this regard. I believe that after the government's attention and investment, scientific and technical workers continue to study, the understanding of the field can reach a new height.

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