With the rapid development of AI skills, the use of robots is becoming more and more extensive. A robot is a mechanical device that can complete a task from the master through computer algorithms or pre-programmed instructions. In different occupations and use cases, the perception and cognitive talents of robots are very important. So, what is the difference between perception and cognition of robots?
Perception is the ability of robots to obtain information from the outside world, which generally includes various forms such as sight, hearing, touch, taste and smell. The perception system of robots is generally completed by sensors, such as cameras, radars, sonars, force sensors, etc. These sensors are capable of converting external international information into digital signals, which are then processed and dissected by computer algorithms. The perception system of the robot is mainly used to perceive the surrounding environment and obtain information about objects, people, and the environment so that the robot can better perform tasks.
In contrast to perception, cognition is the ability of robots to process and understand perceptual information. Cognition refers to the common sense that the robot learns and understands, and can be used to make decisions, plans, and execute tasks. Cognition generally includes skills such as pattern recognition, speech recognition, natural language processing, and machine learning. These skills can help the robot understand the clutter of language, drawings, and sounds in order to perform tasks better.
Perception and cognition of robots are closely related. Perceptual information is the foundation of cognition, and without perceptual information, the robot cannot make the next decision, plan, and action. The perceptual information is collected, transmitted and processed by the robot, and then input into the cognitive system, analyzed and understood, and finally assists the robot to make the correct resolution plan and perform the task. Thus, perception and cognition are closely interdependent.
With the continuous development of robot skills, the perception and cognitive ability of robots are also constantly advancing. From the abbreviated robot at the beginning to the current intelligent robot, only the perception and cognition need to be upgraded, and the intelligence of the robot can be greatly advanced. It is foreseeable that with the continuous innovation of skills, the perception and cognitive ability of robots will continue to develop and advance, and the scope of use of robots will continue to be broadened.
In short, the perception and cognition of the robot are the key talents of the robot to perform the task. In order to advance the intelligence of robots, it is necessary to continuously improve the perception and cognitive ability of robots. With the continuous innovation and advancement of skills, I believe that the intelligent future of robots will be more colorful.
|
More on that
|
The basic type of medical robot – Yamaha
There are many varieties of medical robots, and according to their different uses, there are clinical medical robots, nursing robots, medical education robots and service robots for the disabled.
1. Hospital distribution robots: intelligent distribution robots are mainly responsible for delivering medicines and meals into the barrier area in the hospital.
|
|
Yamaha Robot Use Cases
Finished product inspection, touch screen evaluator
Functional testing of finished products.
Development of software evaluations.
Button PUSH quality check.
The industry's leading product series with a length of 120mm to 1200mm can support a variety of systems.
Space-saving.
...
|
|
Yamaha - Robot fault judgment tips
At present, industrial robots have been widely used in automobile and auto parts manufacturing, mechanical processing, electronic and electrical occupations, rubber and plastics industry, food industry, wood and furniture manufacturing industry. In industrial production, welding robots, installation robots, spraying machines ...
|
|
How Yamaha robots are ahead of failures
Don't be nervous about the problem of the robot during the work process, if the fault is not caused by the controller, then the cause of the problem must be the damage to the machine parts.
In order to deal with the problem as soon as possible and easily, the hair ...
|
|
Features of industrial spraying robots
1. High precision, the industrial spraying robot adopts a high-precision positioning system, which can easily and accurately control the direction and angle of the spraying of the coating, ensuring higher coating uniformity and accuracy compared with manual spraying. Especially for products with higher gloss and color requirements, such as cars, electrical appliances, etc.
|
|
Difference Between AGV and AMR – Yamaha Robot
Two automation systems are the customer's first choice for goods/pallet movements: Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs). AGVs have been around for a long time, and over time, their capabilities and skills have improved dramatically, and AMRs are gaining traction.
...
|
|
The reason for the lack of precision of the robot - Yamaha
Many industrial applications require accurate robots for critical tasks, such as aerospace fabrication and metrology viewing. However, industrial robots generally do not provide high accuracy. The bot's inaccuracies are attributed to several sources of fault. These sources of fault fall into three broad categories: automatic joint faults, kinematic faults, etc.
|
|
The way Yamaha robots are controlled
There is no unified specification for the classification of industrial robot control methods:
A. Robot action control method
a. Robot motion control method
(1. Robot azimuth control method: positioning control method - fixed azimuth method, multi-point azimuth method, servo control method; ...
|
|
The brain and muscles of an Epson robot
1. Manipulator - the brain of the Epson robot
Controller (English name: controller) refers to the main command device that controls the start, speed regulation, braking and reverse of the motor by changing the wiring of the main circuit or the wiring of the control circuit and the resistance value in the circuit according to a predetermined sequence. By Cheng ...
|
|
Yamaha industrial robot transmission mechanism
The common transmission mechanism forms of industrial robots can be divided into two types: linear transmission and rotary transmission mechanism, in which the linear transmission mechanism can convert the rotary motion into linear motion through transmission elements such as rack and pinion, lead screw nut, etc., or it can be driven by a linear drive motor, or directly by the gas ...
|
|
Classification of encoders for industrial robots – Yamaha
According to the detection principle, the encoder can be divided into optical type. Magnetic. According to its scale method and signal output form, inductive and capacitive can be divided into incremental type. There are three types of affirmative and hybrid.
1. Incremental Encoder:
The incremental encoder is capable of generating the bearing. Information such as viewpoints and revolutions. ...
|
|
Welding robots use the advantages of TIG welding – Yamaha robots
Most of the arc welding robots use gas shielded welding methods (MAG, MIG, TIG), and general thyristors, frequency converters, waveform control, pulse or non-pulse welding power supplies can be installed on the robot for argon arc welding. Advantages of TIG welding in welding robot automation system:
...
|
|
Three core components of industrial robots
It can replace humans to do some deep and repetitive operations, achieve accurate transmission of motion and instructions, and closely cooperate with each part to complete complex operations, so how do these flexible 5-axis and 6-axis robots accurately and sensitively complete these instructions?
...
|
|
TAKE YOU TO KNOW YAMAHA ROBOTS
Yamaha is famous for its audio and motorcycles, and they have developed some of their own automated equipment in the production process, from active conveyor lines and handling organizations to providing professional motion control products for the market, and robots are just one category in between.
...
|
|
The main component of the manipulator - Yamaha robots
A manipulator consists of the following primary components:
Controllers, ARMs, end actuators, drivers, sensors
The controller is the "brain" of the manipulator, allowing the various parts of the robot to operate together and can also be connected to other systems. The robotic arm controller runs a set of ...
|
|
Yamaha Robot 22.808 Code Error Resolution
Yamaha Robot 22.808 code error, the cause of the problem is that the temperature is too high, the environment and the controller itself are too high.
Solution 1
This error usually occurs in the summer, for example, during the period from July to September, when the air environment ...
|
|
Robot actuator type – Yamaha robot
Pneumatic actuators: These actuators work with compressed air. With very few moving parts, they are robust and easy to maintain. They lack control over other types of speed, location, and precision, but they are ideal for warehousing tasks such as picking and put-away.
...
|
|
Causes of failure of Yamaha palletizing robots
1. There is no signal when the photoelectric switch is in place.
Solution: Check whether the sending end and the receiving end of the photoelectric switch are aligned, whether the photoelectric reflex switch and the reflector plate are aligned, whether the distance between the positive reflex switch and the observed object is appropriate, and whether there is a foreign object obstruction. Photoelectric Switches: View Connections ...
|
|
Types of defects in robot welding and solutions
1. The weld bead and welding trajectory cannot be corrected
First of all, in the teach-in mode, the empty walk procedure ensures that the welding orientation is correct. Secondly, consider the problem of finding the welding torch. At this time, it is necessary to consider the method of the welding robot to find the weld bead (arc is still laser) to set up, and finally, ...
|
|
Yamaha is a robot that can drive a motorcycle in a fancy way
It's not that a robot is on it, it's really driving!
According to tech website Engadget, Yamaha recently released a robot called MotoBot that can ride superbikes like a human. Maybe you don't have to ...
|
|
Contact
working hours
