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Robotics
This branch of technology deals with the design, development, operation, structural disposition and application of robots. Robotics is related to other sciences including software, mechanics and engineering. Current robots have the capability to move and speak.
2,104 Questions
What is a fully automated home called?
A "smart home" refers to a residence that is equipped with devices and systems that can be remotely controlled and automated. These devices are connected to a central hub or network, allowing homeowners to manage and control various aspects of their home through a smartphone, tablet, or voice commands.
A smart home typically includes a variety of features and functionalities that enhance convenience, comfort, security, and energy efficiency. Some common components of a smart home include:
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Smart Security: Smart security systems provide enhanced surveillance and protection. These may include smart door locks, security cameras, motion sensors, and alarm systems that can be controlled and monitored remotely.
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Ambience Control: Smart homes often include technology that allows homeowners to control lighting, temperature, and other environmental factors. This can be done through smart bulbs, smart thermostats, and smart switches, allowing for personalized settings and energy savings.
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Scene Control: With scene control, homeowners can create pre-set scenes or scenarios that automate various aspects of their home. For example, a "movie night" scene could dim the lights, lower the blinds, and turn on the TV and audio system with a single command or button press.
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Curtain Control: Smart curtain systems enable automated control of curtains or blinds, allowing homeowners to adjust privacy, sunlight, and temperature with ease.
Before the advent of modern smart home technology, there were examples of homes that incorporated some elements of automation and remote control. However, these early systems were limited in scope and functionality compared to today's smart homes.
One notable example is the "X10" technology, introduced in the 1970s. X10 used electrical wiring to transmit signals and control devices like lights and appliances. Although it had limitations and reliability issues, it laid the foundation for future advancements in home automation.
Another example is the "Clapper," a sound-activated device introduced in the 1980s that allowed users to control lights and appliances by clapping their hands. While simplistic in comparison to modern smart home systems, it showcased the concept of remote control and automation.
Overall, while elements of automation and remote control existed before the technology behind smart homes was fully developed, the scope and capabilities of these early systems were far more limited compared to the sophisticated, interconnected, and feature-rich smart homes we have today.
How do robots impact the environment?
Robots can be used to help the environment in manufacturing solar power, wind farms and recycling systems. At recycling plants they can be used to sort out the recyclable items from the non-recyclable ones.
Which engineering branch has maximum scope after 5-10 years?
automobile
automobile
what about electronics & telecommunication?
I my opinion electrical is best!
How a Stepper motor is specified?
frequency range,Voltage,Physical dimentions ,Harse power Are the few - sridhar, 040380@gmail.com
What are seminar topics in instrumentation and control engineering?
The Seminar topics in Instrumentation and Control Engineering could be many,
since Instrumentation itself is a very vast field.
Owing to this I tried to dialogue a little in here:
1) Transducers and Sensors.
2) Electronics measurements and Instrumentation.
3) Micro controllers and Microprocessors.
4) Signal and Sytems( Z, Nyquist t/f, Bode plots, Laplace t/f with/out Convolutions)
5) Control systems.
6) Process control and Actuators.
7) Bio Medical Instrumentation( EEG,EMG,ECG,MRI and X-ray)
Why semiconductor is called semiconductor not semiinsulator?
The purpose of semiconductors is to control the amount of conduction, not the amount of insulation.
What is the fullform of PIC controller?
PICs are microcontrollers made by Microchip, Inc. PIC microcontrollers are used mostly in embedded control applications. Microchip offers hundreds of different PIC devices from tiny 6 pin packages up to 121 pin devices. The PIC line is offered in several families, based on an 8 -bit, 16-bit, or 32-bit core processor with various sets of peripheral and interface hardware on the chip. Each PIC has a processor, program memory, data memory, on board clock circuitry, timers and inputs and outputs.
Depending on the device chosen, the memory, operating speed and I/O capacity will vary. Additional functions may include A-D converters, serial ports, USB ports, external memory access, pulse width modulation, Ethernet ports, comparators, voltage references and more.
Because of the small instruction set and free assembler, PIC programmers often use assembly language to write programming. Although some higher-level language tools are available, languages like C are difficult to implement on some PIC devices because of hardware limitations, like a small fixed stack memory.
A vast amount of application and technical data is offered by Microchip. See the website at the link below.
What experience is required to become a robotics engineer?
software,control,mechanics,electronics,thermodynamics are the most important
What are the different types of scanning devices?
as i resently found out there are many types of scanners. They are the flatbed, photo, sheetfeed, portable, slide, drum, hand, single sheet scanners.
What is the difference structured programming language and java?
There is no difference between procedural programing language & structure programing language
What is learning rate in neural network?
The learning rate is a constant in the algorithm of a neural network that affects the speed of learning. It will apply a smaller or larger proportion of the current adjustment to the previous weight. The higher the rate is set, the faster the network will learn, but if there is large variability in the input the network will not learn very well if at all.
There are many types of antennas, to many to mention, here is a list of the most commonly used:
Unidirectional Types:
First the most common is the, 1/4 wave whip.
Following types is popular for CB and Ham
The 1/2 wave dipole, two 1/4 wave wires or whips in line and center fed
1/2 wave folded dipole, two 1/2 wave wires inline folded back to the center also used for FM reception.
1/4 wave ground plain, a 1/4 wave whip with 3 or more horizontal ground plain elements (Balanced)
1/2 wave ground plain, a 1/2 wave whip with 3 or more horizontal ground plain elements (Balanced)
5/8 wave ground plain, a 5/8 wave whip with 3 or more horizontal ground plain elements but it need L/C turning where the transmission line enters the antenna at the bottom to balance it
Semi Directional
The radio ham's use the long wire antenna for long wave medium and short wave, it is a full wave length of wire, spanned horizontal between two poles or even trees or buildings center or end fed where the transmission line is connected to the center or the end of the wire.
The inverted V, is two 1/2 or 1/4 wave wires spanned from the top of a pole in an inverted v and anchored to the ground.
Directional types:
Multi element Yagi, very popular with radio ham's and TV reception
The quad loop, or cubical quad, also popular under radio ham's
The helical coil that is very popular in the higher frequency range because of it's compactness.
The Parabolic disk that is used mostly for WiFi, microwave and satellite communication
The Printed PCB loop that is used in remote controls and cell phones, it is a printed track on the PCB in many configurations and shapes, it is also used for blue tooth dongles Etc.
What are the courses required for electronics and communication engineer to study additionally?
bsc electronics and communication system best career options in core course :
1) msc (electronics and communication system )
2) btech/be (electronics and communication engineering) lateral entry.
3) msc ( electronics and telecommunication )
4) msc ( electronics and instrumentation )
5) msc ( electronics )
6) msc (applied electronics.) other career options :
1) do you like software field & good programming knowledge : mca (master of computer application) is better.
2) do you like management & powerful manager :mba(master of business administration) is better.
job oriented short term core courses :
1) networking related courses ccna etc.
2) telecommunication related courses.
3) plc automation.
4) embedded system and robotics .
5) vlsi.
6) pg diploma in electronic circuit designing.
7) maintainence of television. etc.....
msc or btech ece career options in core courses:
1) mtech electronics and communication
2) mtech electronics and telecommunication
3) mtech applied electronics
4) mtech instrumentation
5) mtech embedded
other career option:
1) mtech avionics
The robots in industry can help reduce manufacturing cost, increase efficiency and productivity as well as standardising goods to the same quality for a long period of time continuously. Human labour can also be prevented for boring, repetitive and dangerous tasks, and is only necessary for making initiative decisions such as quality control.
What role does computer programming play in robotics?
The computer looks up and calculates the information for the robot to use through it's system. However, this is only my opinion.
Here's one thing they do, and it's an elaboration of the above idea: Think of the thermostat in your home (assuming you live in an area where you need heat during the cold season). If everything is working, when the temperature goes down a little bit the thermostat sends a signal to the furnace to send heat. When the temperature goes up, the thermostat sends a signal to stop sending heat. This feedback function means that the thermostat is a servomechanism. Computers in robots act as servomechanisms in several ways.
To take an idea right out of the air, you might imagine that some robots would have to have a gyroscope, or other kind of balance device inside. When the balance system detects that the robot is going a little too far to the left, the system can send signals to appropriate parts of the robot's workings in order to correct the robot's posi
ANSWER: Computer on a robot can be just like any computer for any machine it respond to input and give out output according to a program or software embedded into the robot. The robot may be very complex with multiple loops of servo or a simple as running a motor one way or the other. The robot can be as smart as the program allowed it to be. Basically is a dumb machine which as smart as the program installed into it.
What happens when collector and base of a transistor are short?
this transistor is common emitter configurated transistor nd if emmiter nd collector both terminals are reversed bias then no current will be flowing through th terminal...
What Specifics dangers when working with pneumatic system?
The main danger is the pent up power of compressed air. If the tie rods on an air cylinder fail the end would fly off at some terrific speed whereas with an hydraulic cylinder as soon as the end came off the pressure would be gone even though it was much higher to start with.
What is a junior hacksaw used for?
The uses of a junior hacksaw are to cut things and to mould the materials into different shapes and sizes.
What is the advantage and disadvantage of robot to humankind?
Type your answerTHE ROBOT ADVANTAGE:Robots transform company after company. Here are the advantages they offer:
- BUSINESS BENEFITS:
Robots are diligent, precise, and consistent. They create high-quality products, increase production, and perfect applications. Unlike human workers, robots are tireless. They eliminate expenses such as vacation/sick leave, worker's compensation, and medical insurance. Companies benefit from having more and better goods produced.
- MANAGEMENT BENEFITS:
Robots eliminate many workplace problems. Employee productivity is no longer a concern because robots work without taking breaks, lunches, sick time. They don't waste time or call of sick. High employee turnover and unfilled positions are no longer an issue.
- EMPLOYEE BENEFITS:
Robots are taking over mundane, repetitive and dangerous jobs, allowing workers to take higher-paying operational or managerial posts. Robots protect workers from work that could be hazardous to workers' mental or physical health. In other cases, robots assist workers - making their jobs more efficient and manageable.
- CONSUMER BENEFITS:
Robots produce consistent, high-quality goods faster and cheaper. Consumers appreciate the opportunity to access better products sooner, and pay less for all this improvement.
What is the purpose of a strain gauge?
A strain gauge is used to measure the strain of an object. It was invented by the inventors Edward Simmons and Arthur Ruge in 1938. There are several types of gauges (metallic, capacitance, photo-electrics and semiconductor gauges).
What are the advantages and disadvantages of laser technology?
Laser beams are used in modern communication systems to send signal over long distances through optical fibres.
They are also used to perform bloodless surgery.
Lasers can also be used as weapons to spoil control system of aeroplanes and make them to crash with the additional feature that the cannot be detected.
You want to know about the applications of line follower robot?
One example might be in a warehouse where the robots follow 'tracks' to and from the shelves they stock and retrieve from.
