An Informative Summary of “Japanese Hospitality
Robots Debut at World Expo”
Tsuno, Yoshikazu “Japanese Hospitality Robots Debut At World Expo.” 9 Mar 2005.
SpaceDaily 1 Apr 2005 .
The 2005 World Exposition in Nagkute, Japan will present technical wonders to the public. The World Expo runs in the central Aichi region for six months starting March 25. Japan uses the expo to display its technological might. Interactive Robots on display will be the main attraction.
The Expo includes robots that resemble young women, called Actroid, in information booths that speak four languages. Guest felt awkward due to Actroid’s realistic human features. The designers wanted the most honest reaction from the guest. Three versions of the Actroid with different faces will be mobilized at the Expo. Japan hopes Actroid will draw 15 million visitors to its industrial heartland.
There are also security contingent robots on wheels and tiny colorful machines that sing. The Alsok guard robot has a touch panel in its chest to provide directions to visitors. If Alsok detects suspicious people it will try to scare them away with sirens and lights. Alsok can also detect fires and report them to a security center.
For small children there is the child-care robot PaPeRo. With built-in cameras and microphones, it can recognize the faces of children and say their names. The PaPeRo also sings with children and quizzes them, recognizing who voice even if they try to trick it.
With the expo running for six months, the public will see many advances in robotics created to interact with humans. Even thou we are able to see and interact with them, it will be some time before the public can purchase them.
Japanese Hospitality Robots Debut At World Expo
Japanese robot venture Kokoro's humanoid robot 'Actroid', able to recognize 40,000 phrases in four languages, Japanese, Korean, Chinese and English, guides visitors at a reception for the 2005 World Exposition Aichi in Nagkute near Nagoya, central Japan 07 March 2005. Japan will welcome the millions of guests at the World Exposition opening this month with hosts trained to greet them in their language, entertain their children and perform rap music with them - the gracious hosts are robots. AFP photo by Yoshikazu Tsuno. by Yoshikazu Tsuno
Nagakute, Japan (AFP) Mar 09, 2005
Japan will welcome the millions of guests at the World Exposition opening this month with hosts trained to greet them in their language, entertain their children and perform rap music with them.
work well in getting the attention of the child. I found that the Barney songs
“Please remove all sharp items, liquids, and flammable or explosive substances before entering security” blares a nasal, robotic voice from a speaker somewhere in the room. I shudder. What if security has found it? But they can’t have – we disguised it so well back in Peshawar.
This paper discusses three aspects of the field of robotics The first is the history of where the ideas of robotics originated. Second, what was the effect that these ideas had on society? Finally, what developments in the field have proved to be useful to society?
Public Spaces provide unique experiences and contribute to the identity of a city. Found as places like plazas, parks, marketplaces, within buildings, lobbies and many more. Public spaces are important to our society and therefore face more arguments in design and construction compared to private spaces.
The word “robot” was introduced in the beginning of 1920 by the Czech playwright Karel Capek from the Czech word “robota”, meaning “forced labor” (Robertson 2007, 373). According to Robertson (2007, 373), robot, in practical usage, can be defined as an autonomous or semiautonomous device that is used to perform its tasks either controlled by humans, fractionally controlled and with human guidance or regardless of external actions that are performed by people. Regrettably, the majority of robots in the past centuries could not operate without human control and intervention. However, the progress in robotics over the past few decades enabled humanity to achieve soaring results in the creation of autonomous humanoid robots. The purpose of this paper is to discuss the development of robotics science in modern society, its progress and future prospects, with specific reference to Japan.
Artificial Intelligence, also known as AI, allows a machine to function as if the machine has the capability to think like a human. While we are not expecting any hovering cars anytime soon, artificial intelligence is projected to have a major impact on the labor force and will likely replace about half the workforce in the United States in the decades to come. The research in artificial intelligence is advancing rapidly at an unstoppable rate. So while many people feel threatened by the possibility of a robot taking over their job, computer scientists actually propose that robots would benefit a country’s efficiency of production, allowing individuals to reap the benefits of the robots. For the advantage of all, researchers and analysts have begun to mend the past ideas of human-robot interaction. They have pulled inspiration from literary works of Isaac Asimov whom many saw as the first roboticist ahead of his time, and have also gotten ideas of scholarly research done by expert analysts. These efforts have began to create an idea of a work force where humans and robots work together in harmony, on a daily basis.
Anderson, MichaelAnderson, Susan Leigh. 2010. "ROBOT BE GOOD." Scientific American 303, no. 4: 72. MasterFILE Premier, EBSCOhost (accessed November 1, 2011).
A modern example would include speech recognition within cellular devices. Skype has also produced intelligence that can translate speech in record time. Other examples include self-driving cars, programs that can identify objects in videos, and robotic canines that can imitate life-like behavior from a real dog. There has been an exponential spike in the capability of computer systems and the demand for professionals who can make self-identifying and operating robotics conceivable. The boundaries between science and science fiction are being presented in front of societies’ eyes. As much as society thinks the technology is not prevalent today, the capability and prototypes are present.
...g to a bank to deposit a check, it can be done through a bank app on a smartphone or tablet where you take a picture of a check and it is deposited in your account. This app is unnecessary and we are able to do without it, but it saves time and money. Auto Mee S is a device that is now popular in Japan. It is a smartphone vacuum. This device was created to keep screens smudge-free. It replaces the traditional microfiber cloth. Time magazine released an excerpt talking about newly created robots. Japanese developers introduced a robot that can win at rock, paper, scissors. Brazilian students developed a Rubik’s Cube solver. Cornell and University of Chicago students collaborated and developed a dart thrower. These robots are all useless and there is really no need for them in society, it is just merely a source of entertainment, or just makes life that much easier.
I don’t think there is any reason for these robots to have every ability that a human does. There is no way they are going to have the intelligence a human does. Artificial Intelligence is just going to bring more harm into our communities. We can’t trust the robots doing the “everyday” human activities, they are going to lead to unemployment, and will lead to laziness causing more obesity.
People have been using physical security measures such as barriers for protection for centuries (McCrie, 2007). Every living thing uses physical security to protect their home, family, and themselves with some form of barriers. These barriers can be either man-made or natural as long as they define, delay, or detect unauthorized access (Fennelly, 2004). These barriers are used to protect not only the facility but the assets located inside. I will describe these barriers starting from the outside and working into the facility.
Physical security cannot be wholly successful without the human factor element and the active support of these user groups. For example, when the aim is to protect a critical facility from attack or to provide access control for an office building it is necessary to engage people on the proper use of any security systems that are in place, for instance security alarms. If the alarm goes off and employees have no idea what it signifies
The number of robots used in industry increases every year as more companies realize their many benefits. Robots are the future of the manufacturing industry. As the performance and flexibility of robots increases and their prices continue to drop, many companies will uses these added incentives to invest in the future. Soon every company that has an application for a robot will be forced to invest in one, to stay competitive in the world market.
...ings to ignore. For example, they affect the manner in which the brain functions. Robots also affect the social life of people, in society, which has become an ethical issue among many researchers. On the right side, robots also offer security to families and companies and perform duties that are dangerous to human beings. In addition to that, robots are of benefit in the medical field especially to students with disabilities and those awaiting organ transplant procedures. This is where robots help them remain in touch with their friends. However, there are many security concerns in regard of robotic objects, especially when people use them in place of human interactions. However, the coming days may produce advanced robots with sensor-based, animated devices that use expressive sound, light, movement a screens to praise, encourage, advice and comfort human beings.
In case of emergencies, robots could reduce the percentage of fatal damages that occurs through these cases. In fact, humans’ lives are much valuable and precious rather than robots, in which societies could use robots to scarify through the dangerous situation for the sake of rescuing people. In addition, dangerous situations such as firefighting or earthquake require much effort, precision, and scarifying in the evacuation process. Furthermore, a beneficial feature that could help robots to coexist through the risky situations easily and preform the rescuing mission perfectly is that robots do not have feelings or emotions. According to Bruemmer (2006), robots do not have the ability to realize or notify any aspect that people do not programmed them to do. In other words, robots are merely machines that cannot feel or recognize what surrounding them without a sophisticated program done by humans. Therefore, as robots do not have the ability of feeling or knowing they could go through inhumane conditions for saving people. Moreover, robots have various capabilities that make them unique enable them to do heavy duties and bear more serio...