Everything You Need To Know About Telepresence Robot

by Polly Eichelberger

Telerobotics (TR) is a term you’ve probably heard before but it may not provide an exact understanding in your brain. The problem isn’t in the brain itself, it’s its nature that this word is often misinterpreted in popular media and by non-technical professionals. Although “telerobotics” and “telepresence” are often used to mean the same thing (they are similar concepts) however, the distinctions are important to know. In this first article, we are going to clear up some of the misconceptions and get a look at what, exactly, these two things really are before we wade into the ways in which these will affect the security/surveillance markets. Telerobotics are often confused with the idea that Telepresence (TP). Both have roles to shape the way that future security systems will perform. What is the distinction between telepresence and telerobotics? Telepresence allows you to feel as though you’re in a remote area but without actually being in a remote place. At present, it’s about pumping the highest quality audio and video into the remote viewer to simulate the environment in which the sensing/recording equipment has been put. This kind of system is expected to focus on enhancing what the camera and microphone detect as well as the utilization of bandwidth. Some common examples of consumer tools include Skype, FaceTime and Google Hangouts. These are all basically telepresence applications that you can access from your phone or computer. Apart from the emphasis on interaction in real-time it is the current state of the surveillance industry. The video and audio feeds are as precise as they can be and anyone can theoretically monitor those feeds from anywhere. This suggests that future applications in security for telepresence may be more about access control , or real-time interactions in locations that are too risky or sensitive to humans who are the hosts. Telerobotics take the concept of the realm of telepresence to a higher level. If you consider TP to be a remote set of eye and ears, TR comprises eyes hands, ears, and feet. It lets you not just hear the location and see it with two-way audio, but also to interact physically with objects in the remote area, as well as move the TR equipment around the remote space. This could revolutionize the way security and surveillance is carried out. Telerobotics could be configured to open doors, physically interact with other people, or trigger a fire alarm if the situation requires it. It can also be utilized to greet guests to the premises or perform any of an array of tasks that would normally require an individual to be present at a certain location. It is no longer necessary to confine views to the camera’s focal points of cameras, and wondering what is happening just outside the frame. With TR, the user is able to navigate the device throughout the facility to provide exactly the view needed on any desired location without the requirement of cameras in a set. As of now, the physical restrictions of these systems would be similar to those of other remote technology. Bandwidth of the controller and TR setup, the requirement to maintain the remote hardware/software and the considerations associated with getting the TR setup back into operation in the event of a significant problem while remote are all issues that impact those who use TR for security.

According to a new study, this market of telepresence robots is expanding quickly and is expected to have a major impact on collaboration and communication in the healthcare, education and consumer markets. But what exactly are telepresence robotics and what are they doing? Telerobotics is the field of robotics concerned with the control of semi-autonomous robots from an extended distance, usually via a wireless connection or tethered connections. This allows users to not just video conference and move around during their chat. According to the report of Tractica, a market intelligence firm that concentrates on the interaction between humans and technology and starting with a base of 4,200 devices in 2015 and yearly telepresence robotic unit shipments will reach 31,600 by 2020. This will be followed by total shipments over the 5-year projection period reaching close to 92,000. Where are they going? Telepresence, the next stage in video conferencing? “The telepresence robot is the next stage of evolution beyond stationary video conferencing,” says principal analyst Wendell Chun. “These new systems take advantage of the existing telecommunications infrastructure as well as recent advances in robotics technology. The core enabling technologies for these robots are already widespread in the market, with costs on a steady downward trajectory, and no significant barriers exist to broader levels of adoption in the years to come.” However, a critique by James Vincent for the verge.com using a telepresence robot to give the impression of being in a US Office from the comfort of his UK home, suggests the telepresence robot’s lack of enthusiasm. the concept. He described his telepresence robot as “an iPad on a Segway because, well, that’s basically what it is. There is a pair of squat wheels at the bottom and a telescoping pole that extends from three feet to five feet tall.” His conclusion was that he might have well had been on Skype, “This is one of the problems with telepresence: it’s been around for years, but it’s still not clear why anyone needs to use it.”

The Tractica report points to the potential of video conferencing beyond that. In healthcare early adopters include hospitals where patients have access to world-class medical specialists from all over the world. The technology also allows off-Web Site medical professionals to move around, communicate, and participate from distant areas. For teachers who cannot be present in the classroom, or students who cannot move They can now be in the classroom , without even being present. For executives that cannot be in multiple places simultaneously, they could have the option of being in the factory for inspections or attend an important meeting without actually spending time on an airplane. A variety of cutting-edge robotic products were showcased in this year’s Consumer Electronics Show (CES) earlier this year in Las Vegas. CES 2011 , brought more than 140,000 industry professionals who were able to see the latest technologies from the 2,700 companies who exhibited at the show. Among the most popular highlights at this year’s show included the new telepresence robots developed by VGo, Anybots and iRobot. VGo provides you with an online presence that gives you the ability to move around easily in a remote location without being actually present. The experience is commonly described as being “your own avatar in a remote location.” The telepresence robot from VGo allows you to transcend the limitations of traditional video conferencing, and actually become there in a physical sense! At an estimated cost of around $6,000 it appears to be the cheapest option that is available, but customers must also sign an additional annual service contract for $1200. To generate further information on telepresence robot please visit this website. Silicon Valley start-up company Anybots has just launched their telepresence QB robot, equipped with a camera that displays the controller’s face. This means you can have the illusion of being present even when you are far away. This QB robot, aimed at business professionals, went on sale at the beginning of February , with a cost of $15,000. The QB is described as the first high-end remote presence robot that allows executives to work remotely with simple interface. iRobot, best known as being the creator of the Roomba and Scooba series of robots that clean, have developed a working prototype that employs sensors similar to those used on Microsoft’s Kinect to provide a seamless navigation. It can move using wheels that can be controlled with an iPad attached to its adjustable head. AVA, short meaning “avatar,” has two PrimeSense sensors as well as microphones, speakers, laser rangefinders, and bump sensors for obstacles that suit the robot’s primary purpose which is video and telepresence. Although it’s in the process of development one thing industry experts are most happy about is it iRobot AVA has an apps platform, which allows developers to integrate new features into the interface. iRobot emphasize that the product is very much an experiment and that there is no information on a date for its launch or price just yet. Thus, the field of telepresence and video communications is evolving at a dazzling pace. Executives don’t have to surprise visitors to the locations that aren’t performing. They can view, communicate and know the happenings in their workplace without leaving the office! It’s all too good to be true and it’s too early for us to know if these robots will revolutionise the way we communicate and whether these companies can really create a market for the remote-controlled robot. No matter if you’re skeptical or not the telepresence robots are here and the appearance of VGo or Anybots, as well as iRobot on the show floor at CES 2011 marks the beginning of the next generation of telepresence systems, where our avatar robots can ‘virtually’ take us all over the world!

All over the world businesses trying to cut down on travel costs and their carbon footprints are looking at different methods of communication and collaboration. A highly effective solutions available in today’s workplace is Telepresence the technology that is the next technological advancement in video conferencing systems. Video conferencing, the combination of real time audio and video to talk over distances is a concept that has been in use for a while, but until recent times, it was unable to provide an effective solution for business needs. This changed because of the development to better methods of network communication, with access to high speed broadband allowing for dramatically greater levels of bandwidth. This increased bandwidth, along with the increasing sophistication and availability of high-fidelity recording equipment and processing, is the reason for the introduction of the most current level of video collaboration technology called Telepresence. Its name comes from the Greek prefix for “distant”, this type of system delivers high-definition and stereophonic audio to an unparalleled level of realism, encouraging and aiding remote collaboration. Aside from a high speed communication link Telepresence configurations depend on high-definition televisions (HDTV). Screens and cameras are set within a Telepresence “boardroom” so that participants who are located across from one another are able to look at each other in a direct way. This gives the impression that they’re sitting in the same space as one another, despite being only connected through the Telepresence system. In short, it eliminates the problems of video conferencing technology where the set-up of cameras and screens leads to participants who have drastically differing eye lines in relation to each other, thereby destroying any sense of immersion in the collaboration. The screens are connected into open wide screen that simulates the opposite side of the desk that is used in the boardroom and is accompanied by an extensive audio system that has speakers placed so that the sound appears to emanate from the person located at the remote site. This stands in contrast to setups that have sound coming from fixed places, like the center in the table’s centre or from an overhead speaker. Because the technology makes use of the various well-placed modular technology, telepresence setups require a separate boardroom. But the expense of having an area that is dedicated to virtual collaboration is almost always offset by the savings in travel expenses and the reduction of time needed to travel face-to face. In the face of increasing pressure for businesses to reduce their contribution to their environmental footprints particularly in the form of financial incentives – Telepresence is becoming an attractive prospect to many companies both small and large.

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