Everything You Need To Know About Telepresence Robot

Telerobotics (TR) is a word you may have heard in the past, but it may not provide a clear understanding in your brain. The problem isn’t in your brain, but because the word is often misused in the popular media and by non-technical professionals. While “telerobotics” and “telepresence” are often used in conjunction (they are both related concepts) there are some differences important to know. In this first Full 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 is often misunderstood with the idea that Telepresence (TP). Both have a role influence the way security systems of the future will perform. What’s the difference between telepresence and telerobotics? Telepresence allows you to feel as if you’re located in a remote location, while actually being in a remote location. It’s currently about sending the highest quality audio and video to the remote viewer to mimic the actual environment that the recording equipment and sensing devices is located. This kind of technology will focus on enhancing what the camera and microphone can detect as well as the utilization of bandwidth. Some common examples of applications for consumers include Skype, FaceTime and Google Hangouts. These are all essentially remote-controlled applications that you can access from your cell phone or computer. In addition to the emphasis on live interaction it is what is happening in the surveillance industry. The audio and video feeds are as real time as is possible, and a person could possibly monitor the feeds from almost any place. This could mean that the future applications in security for the telepresence system could be focused more on security control and real-time interactions with areas that are sensitive or dangerous to human hosts. Telerobotics takes 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 allows you to not only see/hear the location and interact via two-way audio, but to interact physically with objects that are in the remote area and navigate the TR hardware in the space. This capability could radically alter the way security and surveillance is conducted. A telerobotics system could be set up to unlock doors, interact physically with people , or even set off an alarm in case the circumstances warrant it. It can also be employed to welcome guests into the building or to perform a very wide set of tasks that would normally necessitate a human being be present at a certain location. No more having views locked to the focus points of a collection of cameras, and looking around to see what’s happening outside the frame. With TR, the user can control the hardware from wherever in the facility, allowing precisely the view required on any location they want without the need for an entire camera bank. As of now, the physical limits of these systems will be similar to the majority of ‘remote’ technologies. Bandwidth between controller and TR setup, the need to ensure the remote’s hardware or software is maintained and the considerations related to getting an TR setup back in operation should it encounter a significant issue, while remote are all considerations that will impact anyone using TR to secure their home.

According to a recent study there is a growing market in telepresence robotics is growing rapidly and will have a significant impact on communication and collaboration in the healthcare, education, and consumer markets. But what exactly are telepresence robotics and what are they doing? Telerobotics is the field of robotics involving the controlling semi-autonomous robots from a distance, chiefly via a wireless connection or Tethered connections. It permits users to not just video conference but also to move while they chat. According to the study by Tractica which is a market research firm that focuses on the interaction between humans and technology beginning from a starting point of 4,200 devices in 2015 and yearly telepresence robotic unit shipments will reach 31,600 by the year 2020, with total shipments over the five-year forecast period of nearly 92,000. Where are they going? What is the next step in video conference? “The telepresence robot is the next stage of evolution beyond stationary video conferencing,” claims 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 review written by James Vincent for the verge.com and who utilized the telepresence robot to provide him a presence at the US workplace from home in his UK home, suggests that 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 could have 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 highlights possibilities that go beyond videoconferencing. Healthcare, early adopters include hospitals that provide patients with access to leading medical specialists across the globe. Technology also permits medical professionals who are not on site to travel, browse, communicate, and participate from remote places. For teachers than cannot be in the classroom or for students who aren’t mobile They can now be present in the classroom without actually being there. Executives that aren’t able to be at multiple locations at once, they can have the option of being in the factory for inspections , or at an important meeting without flying. Many innovative robotics were on display during the annual Consumer Electronics Show (CES) earlier this year in Las Vegas. CES was held in 2011 and brought more than 140,000 professionals in the industry who were able to see the most advanced technological innovations from the 2,700 companies who exhibited at the show. Among the most popular highlights from this year’s event, included the new telepresence robots developed by VGo Allbots, VGo and iRobot. VGo offers you virtual presence and the ability to move easily in a remote location without physically being there. It is often described as having “your own avatar in a remote location.” VGo’s telepresence robot lets you transcend the boundaries of conventional video conferencing technology and actually be there in a physical sense! At a reported cost of roughly $6,000, it could be the most affordable choice on the market, although the customers will also need to take out an extra yearly service contract at $1,200. To get added details on Telepresence Robot kindly visit source. Silicon Valley start-up company Anybots, have just released their QB telepresence robot with a webcam that displays the face of the controller. This means that you have the illusion of being present even when you’re thousands of miles away. The QB robot, designed for business executives, was available for sale in February , with the price of $15,000. The QB is hailed as the world’s first remote presence robot that allows managers to operate remotely using an easy interface. iRobot is best known for being the creator of the Roomba and Scooba line of cleaning robots, has created a working prototype that uses sensors that are similar to those in Microsoft’s Kinect which allows for seamless navigation. It is able to move on wheels and is controlled by an iPad that is mounted on its head that is adjustable. AVA, short meaning “avatar,” has two PrimeSense sensors, in addition to microphones, speakers laser rangefinders, bump sensors for obstacles that serve the robot’s main purpose video Telepresence. While still in the development phase the thing that industry experts are most pleased about is the iRobot AVA has an apps platform, which allows developers to include new features to the user interface. iRobot stress that this product is very much an experiment and hasn’t been given a word regarding a launch date or pricing as of yet. The world of telepresence and video communications is evolving at a dazzling pace. Executives don’t have to visit certain of their locations that aren’t performing. They can view, communicate and discover what’s going on without ever leaving the office! This sounds too wonderful to be real and it’s not yet too early to know if these robots can change the way we communicate , and how these companies will create a market for a Telepresence robot. No matter if you’re skeptical or not Telepresence robots are on the way, and the presence of VGo or Anybots, as well as iRobot on the show floor at CES 2011 signifies the beginning of the next generation of telepresence solutions and avatars, which can virtually transport us all over the world!

In every corner of the globe, companies trying to cut down on expenses for travel and carbon footprints are looking at new methods of communication and collaboration. Some of the most efficient solutions in the current business environment is Telepresence is a new technology that is the next technological advancement in video conferencing systems. Video conferencing – the use of real-time audio and video to talk over distances – has been around since the beginning of time but until recent times, it was unable to provide the most effective solution to business needs. This changed with the advent of more efficient methods of network communications, which has led to access to high-speed internet allowing for dramatically greater levels of bandwidth. This expanded bandwidth, combined with the advancement in technology and availability of high-fidelity recording equipment and processors is the reason for the development of the most possible level of video collaboration technology, namely Telepresence. Based on the Greek prefix for “distant”, this type of system delivers high-definition and stereophonic sound with an incredible degree of authenticity, facilitating and supporting remote collaboration. Apart from a fast communication link Telepresence configurations depend on the use and quality of high definition TV systems (HDTV). Screens and cameras are positioned around a Telepresence ‘boardroom’ so that the participants situated across from one another are able to see each other directly. This creates the illusion that they are in the same room as the other participants, even though they are solely connected by the Telepresence system; in short, it removes the issues with video conferencing technology where the configuration of cameras and screens leads to participants with drastically differing eye lines in relation to each other, which can disrupt any feeling of being in collaboration. The screens are linked together with a wide-screen which simulates the opposite end of the desk in the boardroom and is accompanied by an extensive audio system with speakers placed so that the sound appears to emanate from the person at the remote site. This is different from configurations where sound is coming from fixed positions such as the centre at the centre of the table. Or from an overhead speaker. Because the technology draws upon the various well-placed modular technology, telepresence setups require a boardroom that is dedicated. However , the cost of keeping one part of a space for virtual collaboration is usually offset by the savings in travel expenses and the reduction of time needed to travel face-to face. The pressure is growing on businesses to make cuts to their environmental footprints particularly in the form of financial incentives – Telepresence is becoming a viable opportunity for many companies large and small.