Monthly Archives: December 2016

All About Robot Vacuum Cleaners

A robot vacuum cleaner is an artificially intelligent unit that automatically cleans your house. The unit comes programmed to work by itself to give your house a clean look.

Who needs the vacuum cleaner?

The unit is ideal for different types of people. If you have a physical disability this unit is ideal for you. Since it doesn’t require a lot of your involvement, it’s able to get rid of dust and dirt thus keeping your house clean. The unit is also ideal for you if your house has plenty of hard surfaces and shorter carpet lengths. Research shows that the robots are unable to work on carpets that are too thick as the tiny wheels can’t traverse the carpet.

Experts recommend the units to people with small apartments. The vacuums aren’t designed to handle large rooms thus you shouldn’t go for them if you have a 10 bedroom mansion. If you have a one bedroom apartment you can go ahead and buy the unit. In addition to the cost of running the robot vacuum cleaner going up when you have many rooms, you also put the unit at the risk of failing when you do so.

Taking a look at the unit features

The robot vacuum cleaner has a number of exciting features that include:

Sensor technology: The sensors allow the units to negotiate its way around the house. The technology differs with the make and brand of the vacuum cleaner. There are some that use the infrared sensors while others use laser-guided scanners. The more advanced the technology, the more expensive the unit is and the better it works.

Remote control: There are some units that come with a remote control that allows you to control the unit from the comfort of your seat. Others have a phone app that allows you to not only direct them around the house, but also schedule the cleaning at different times of the day. When buying the units, go for a unit with a smart functionality. This is to allow automated home cleaning.

Brushes: Brushes determine how well the vacuum cleaner works. The units come with different types of brush types. There are those that have brush bars with beaters that lift dirt to the surface then suck it up. There are others that have turbo brush bars. There are others that have sweeper brushes that come in handy in directing dirt into the path of the vacuum cleaner. When making the purchase, you should research and find the right brushes for your floor.

Megadroid Forex Robot

RCTPA means “Reverse Correlated Time and Price Analysis.” This is an advanced high level of technology used by Forex robot trading software called the Megabroid Robot. John Grace and Albert Perrie are the minds behind this forex trading software. The technology has certain capabilities in the trading world that I will highlight later in this article.

The automated Forex Megabroid trading robot accompanied with its high level of technology. It has taken thirty eight years of learning and experience of the minds of the two great individuals to come up with a product believed to have engineered the new world in forex trading as described by many. It has the capability to estimate preceding years of similar looking market environment. Foreign exchange market trail in precise blueprints hence the need to develop this technology was vital.

This new technology is highly gaining ground with foreign exchange traders. It specifically designed to quadruple any form of investment according to the information from the website. For instance if you invest $1 dollar using this megadroid forex tool is that you are bound to get $ 4. It is a machine with the capability of telling you whether to invest in the next 2 to 4 hrs ahead of time.

The owners of this product have assured her buyers of a full free 60-day trial thereof if it does not work, you get a full refund of your money. Before you even purchase the product there is a demo in their website with guidelines on how to use the forex Megadroid software.

It is very user friendly incase you are wondering, it has plug and play features and it should take you about five minutes installation. However, so many forex-trading robots softwares are out there, Forex Megadroid robot is one out of many robots known to have Reverse Correlated Time and Price Analysis technology. You can always visit the site for further information regarding RCTPA.

Finally, RCTPA is the only technology known to have clocked 1,385% net profit in only seven months after its invention with gains growing monthly at a hundred percent. Having position itself with achievable goal of 2000%. It also the first trading forex software technology to have broke the hundred percent marks within seven months. RCTPA is not now difficult to understand. It is very straightforward trading software to comprehend for any unclear information there is support from the management in Forex Megabroid site.

Role & Impact of Robotics on Information Technology (IT)

Summary: Robot as we talk very often that can work what human being is doing physically and mentally. So the future technology will be of robotics which deals with the study of robots, its design and development.

What is Robotics?

Robotics refers to research and engineering activities of study of robots and its design and development. In this modern age robotic system has been implemented almost in all fields like computer science, mechanical engineering, space technology and many more. This technology takes place when knowledge of electronics, mechanical science and software technology together forms a science or knowledge house.

Role & Impact of Robotics

Robotics in this modern age has a lot of influence in each and every field and has made many jobs easy and thus does the job automatically. Impact of robotics on IT has seen major role to play for its popularity and usage. Due to this technology speed of computer has been increased upto 100 million per second. Scientists are even working hard to replace the human thinking into this robot like storage capacity by 2030. So if this will be successful than many of the human thinking can be stored and can be done professionally.

The use of robotics is very important and plays a very vital role in space technology. The development of Eurobot is one such trial which assists astronauts during extravehicular activity for major repairing and other research analysis job what is called as spacewalk. The role of robotics is a part of study and development of scientists working for human expeditions to the moon or any other planet.

Robotics Technology

Today’s robotics systems operate by way of hydraulic, pneumatic, and electrical power. Electric motors have become progressively smaller, with high power-to-weight ratios, enabling them to become the dominant means by which robots are powered.

Robots are, of course, comprised of several different elements, depending on their purpose. The hand of a robot, for instance, is referred to in the industry as an “end effector.” End effectors may be specialized tools, such as spot welders or spray guns, or more general-purpose grippers. Common grippers include fingered and vacuum types. Another central element of robotics control technology is the sensor. It is through sensors that a robotic system receives knowledge of its environment, to which subsequent actions of the robot can be adjusted. Sensors are used to enable a robot to adjust to variations in the position of objects to be picked up, to inspect objects, and to monitor proper operation (although some robots are able to adjust to variations in object placement without the use of sensors, provided they have sufficient end effector flexibility). Important sensor types include visual, force and torque, speed and acceleration, tactile, and distance sensors. The majority of industrial robots use simple binary sensing, analogous to an on/off switch. This does not permit sophisticated feedback to the robot as to how successfully an operation was performed. Lack of adequate feedback also often requires the use of guides and fixtures to constrain the motions of a robot through an operation, which implies substantial inflexibility in changing operations.

Robots are programmed either by guiding or by off-line programming. Most industrial robots are programmed by the former method. This involves manually guiding a robot from point to point through the phases of an operation, with each point stored in the robotic control system. With off-line programming, the points of an operation are defined through computer commands. This is referred to as manipulator level off-line programming. An important area of research is the development of off-line programming that makes use of higher-level languages, in which robotic actions are defined by tasks or objectives.

Robots may be programmed to move through a specified continuous path instead of from point to point. Continuous path control is necessary for operations such as spray painting or arc welding a curved joint. Programming also requires that a robot be synchronized with the automated machine tools or other robots with which it is working. Thus robot control systems are generally interfaced with a more centralized control system.