However, while the uses of robots are helpful and effective, they can cause devastating effects towards people in the world if this technology falls in wrong hands. Since AI robots can perform like humans, they are often used for business development both domestically and internationally. Industries are starting to use machines rather than employing people because, firstly, robots can be programmed to operate 24 hours without having holidays. This increases productivity rate in short amount of time. Secondly, AI robots are more accurate than humans, which results in a
This has been further clarified with the system proposed in . RFID tracking system has also been discussed in vehicle tracking by considering the issues in traffic signals, congestions and theft . Real time location tracking using RFID has been proposed to help reduce diversion of transit goods and this has been discussed further in . An RFID-based bracelet has been invented by researchers from Al Akhawayn University, Morocco primarily to track airport luggages and an interface system that includes passenger and flight management systems
Robots continued to develop and can now be found in homes as toys, vacuums, and asprogrammable pets. Today robots are a part of many aspects of industry, medicine, science, space exploration, construction, food packaging and are even used to perform surgery. Watson, a robot with artificial intelligence from IBM, defeated the human players in an episode of Jeopardy. SO WHY USE ROBOTS? The reason robots are used is that it is often cheaper to use them over humans, easier for robots to do some jobs and sometimes the only possible way to accomplish some tasks!
The two variations of advanced spatial information, GIS and Remote Sensing go one next to the other to help in urban arranging. The utilizations of GIS in urban arranging particularly in regions of spatial displaying have enhanced complex in the previous two decades. Experts around the globe are depending broadly on the utilization of GIS in deciding suitability and directing contextual analyses of terrains. GIS has long been utilized to screen distinctive topographical components for change of nature. Technologists misuse the observing properties of GIS to follow changes of example or conduct of an area over a predetermined time.
The robots can learn how to execute jobs and accomplish jobs better or faster. The two writings show the benefits and the dangers of technology. The technology will help everybody and let them work less. In the future, people can expect their jobs to be stolen away from them. Robots now can perform the same jobs faster.
Technology that one may use in this field include Moorings and Buoys. Scientists use moorings and buoys by setting them afloat and anchoring them down. They have a line running from the anchor to the floating device. Along this line, oceanographers put a number of instruments that “allow researchers to measure such properties as water velocity, salinity, and temperature in several places and for long periods of time” (“Tools and Technology”). Advancements in technology have allowed oceanographers to make new discoveries such as Rossby
For example, some robots can sweep the floor or brush the toilet for people while some can take care of pets or look after the house. Thus, there is nothing we can deny that the invention of robots really improves our living quality and leads us to a convenient and efficient life. Although robots can provide so much convenient service for people, most designs of robots can serve people just in the level of human labor. They cannot talk just like humans chat with each other. Their talking styles still cannot be very
Eye tracking has been applied to fields that include human factors, cognitive psychology, marketing, and the broad field of human–computer interaction. Especially for people with severe motor disabilities, gaze may be their only means of communicating or controlling their environment [a]. This chapter provides a brief summary of the previous research in this domain and a general idea of what eye tracking systems are. We will first have a quick glance into the history and applications of eye tracking, followed by a brief introduction to currently available eye tracking assistive devices, and close by introducing some common terms that repeatedly appear throughout this report. 1.2.
Biped locomotive robots are used in the process of research and technology. The step by step movement of the robots has been predicted by the desired motors. Objects will be recognized by the sensor placed in the robot. Firstly the locomotive function of the robots will be designed for the process. Collision avoidance method will be the key factor for the robots to walk without any distortion.
Such DBFs might also allow command to remotely monitor the physical activity and health conditions of soldiers as well as to improve the situational awareness of ground troops. Moreover, AR techniques can be employed to identify and tag potential foes. This data then can be shared with all troops connected to the network. Real-Time Disaster Mapping Wearable camera–based systems can be used for real-time monitoring and mapping of disaster areas.14 MIT researchers have developed a device that consists a camera, a laser scanner, and a number of sensors that wirelessly transmit data that can be used for real-time mapping in such scenarios. The laser scanner computes the distance between the wearer and a nearby physical structure, and the camera captures a photo every few meters as the subject walks, feeding the information to a remote station.