Telerobotics (TR) is a term that you've heard previously, but it might not provide the same understanding in your brain. The problem isn't with your brain, it is its nature that this word is often misused in the mainstream media , and also by non-technical experts. Although "telerobotics" and "telepresence" are frequently employed to mean the same thing (they are closely related concepts) however, the distinctions are worthy of explanation. 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 is often confused with the notion that the concept of Telepresence (TP). Both have a role shape the way security systems in the future perform. What's the difference between telepresence and telerobotics? Telepresence lets you feel as if you're in a remote location while actually being located in a remote area. Currently, it's about pumping the highest resolution audio and video into the remote user in order to simulate the environment where the recording/sensing equipment is located. This kind of system will be focused on improving the quality of what the camera and the microphone can recognize as well as the utilization of bandwidth. The most popular examples of consumer tools are Skype, FaceTime and Google Hangouts. These are all basically telepresence applications that you can access from your mobile phone or computer. Other than the focus on real-time interaction, this is effectively the current state of affairs 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 anywhere. This suggests that future applications in security for the telepresence system could be focused more on security control and real-time interactions in areas too dangerous/sensitive to host humans. Telerobotics takes telepresence one step further. If it's an eye and ears, TR is eyes as well as ears, hands and feet. It lets you not just be able to hear and see the location, and also communicate with two-way audio, but also to interact physically with objects in the remote location and to move the TR hardware around the remote space. This technology could fundamentally alter the way security and surveillance is carried out. A telerobotics system could be programmed to open doors, interact physically with other people, or trigger an alarm in case the circumstances warrant it. It could also be used to welcome guests into the establishment or for any of a very wide set of tasks that normally necessitate a human being be in a specific location. Don't be restricted to the focus points of a collection of cameras and being unsure of what's going on just outside the frame. When using TR, an user is able to navigate the device wherever in the facility, allowing exactly the view needed on any given location, without the requirement of cameras. At present, the physical restrictions of these systems would be similar to the majority of remote technologies. Bandwidth of the controller and TR setup, the necessity to ensure the remote's hardware or software is maintained and considerations tied to getting the TR setup back in operating in the event of significant problem while remote are all issues which will affect any user of TR to secure their home.

According to a research study the market for telepresence robots is growing quickly and will have a significant impact on communication and collaboration in the enterprise, education, healthcare as well as consumer markets. What exactly are telepresence robots and what are they doing? Telerobotics refers to the field of robotics involving the control of semi-autonomous robots from a distance, chiefly via a wireless connection or connected tethers. It allows users to not just video-conference but also to move during their chat. According to a report by Tractica, a market intelligence firm that focuses on human interaction with technology beginning with a base of 4,200 units in 2015 and yearly telepresence robotic unit sales will increase to 31,600 by 2020. overall shipments during the five-year forecast period reaching nearly 92,000. But where do they go? Telepresence, the next stage in video conferencing? "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 critique by James Vincent for the verge.com, who used an telepresence device to allow his presence in an US office via the comfort of his UK home, suggests that he wasn't completely sold on the idea. He described his telepresence device 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." The conclusion was that he might have well simply been using 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 suggests the potential of video conferencing beyond that. In the field of healthcare early adopters include hospitals that provide patients with access to the top medical professionals across the globe. The technology also allows off-site medical professionals to move around while communicating and participating from distant places. For teachers than cannot be present in the classroom, or students who aren't mobile it is now possible to be in the classroom while even being present. For executives that cannot be in multiple places at the same time, they can currently be at the factory for inspections or attending an important conference without traveling on an airplane. A variety of cutting-edge robotics were on display on this year's Consumer Electronics Show (CES) earlier this year in Las Vegas. CES 2011 . brought more than 140,000 professionals from the industry who were able to see the very latest technological products from the 2,700 exhibitors at the event. The most popular highlight of this year's event were the new telepresence robot's from VGo as well as Anybots and iRobot. VGo provides you with a virtual presence with the ability to move freely in a distant 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 limits of traditional video conferencing technology and actually be present in a physical sense! It is reported to cost approximately $6,000, it seems to be the most affordable choice available, however customers must also take out an extra yearly service contract for $1200. To obtain further details on telepresence robot please visit this link. Silicon Valley start-up company Anybots are releasing their QB robot that can be telepresence-enabled, equipped with a camera that displays the face of the controller. This means you can have the illusion of being present even when you're thousands of miles away. It is the QB robot, designed for business professionals, launched at the start of February this year, at an estimated price of $15,000. The QB is being praised as the first high-end remote presence robot that allows managers to operate remotely through an easy interface. iRobot is best known for being the maker of the Roomba and Scooba lines of robots for cleaning, has developed a working prototype that utilizes sensors that are like those found on Microsoft's Kinect that allow for a smooth and effortless navigation. The robot moves on wheels, and can be controlled by an iPad attached to its head that is adjustable. AVA, which stands for "avatar," has two PrimeSense sensors in addition to microphones, speakers laser rangefinders and bump sensors for obstacles which serve the robot's main purpose which is video telepresence. Although it's in the process of development, what industry experts are most pleased about is that iRobot AVA has an apps platform, which allows developers to include new features to the interface. iRobot insist that the product is very much an experiment and there's no announcement on a launch date or cost as of now. So, the world of telepresence and video communications is developing at an incredible speed. Executives don't have to Visit This Link certain of their locations that aren't performing. They can interact, see and learn about the happenings in their workplace without needing to leave their office! It's all too wonderful to be real and it's still too early to tell if telepresence robots will revolutionise our communication methods and whether companies are able to create a market for the telepresence robot. No matter if you're skeptical or not, telepresence robots are here, and the presence of VGo, Anybots and iRobot during CES 2011 signals the start of the next generation of telepresence systems and avatars, which can virtually transport us all over the world!

Around the globe, businesses seeking to reduce their travel costs and their carbon footprints are looking at new methods of communication and collaboration. The most efficient solutions available in today's business environment is Telepresence, a technology which could be the next major step for video conferencing systems. Video conferencing, which is the combination of real time audio and video to communicate across distances has been around for a while, but until recently, the technology was not able to offer a truly effective solution to business needs. This changed because of the development of new methods for networking communication, and access to high speed broadband unlocking dramatically higher levels of bandwidth. This expanded bandwidth, combined with the increased sophistication and availability of high-fidelity recording equipment and processing, is responsible for the development of the most technology in video collaboration technology called Telepresence. Its name comes from the Greek prefix of "distant", this type of technology delivers high-definition as well as stereophonic audio to an unparalleled level of realism, encouraging and facilitating remote collaboration. In addition to a speedy connection to the internet, Telepresence configurations depend on the use of high-definition Television systems (HDTV). Cameras and screens are placed within a Telepresence "boardroom" in order that people located across from one another can see each other in a direct way. This gives the impression that they're sitting in the same room as each other, despite being solely connected via the Telepresence system. In short, it eliminates the challenges of video conferencing technology where the configuration of screens and cameras can lead to participants who have drastically differing eye lines in relation to one another, disrupting any feeling of being in collaboration. The screens are joined to create a wide, open screen which simulates the opposite end of the desk that is used in the boardroom which is further enhanced by an expansive audio system with speakers placed so that the sound appears to emanate from the individual at the remote site. This stands in contrast to setups that have sound coming from fixed points such as the center of the table or an overhead speaker. Since the technology relies on the various well-placed modular system, telepresence sets require a specific boardroom. However , the cost of keeping one part of a space for virtual collaboration is often offset by the savings on travel expenses and the time lost by face-toface meetings. With the growing pressure on businesses to make cuts in their carbon footprint - especially in the shape of financial incentives - Telepresence is now a desirable possibility for many companies small and large.