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<br>Want a robot to cook your dinner, do your homework, clean your house, or get your groceries? Robots already do a lot of the jobs that we humans don't want to do, can't do, or simply can't do as well as our robotic counterparts. In factories around the world, disembodied robot arms assemble cars, delicately place candies into their boxes, and do all sorts of tedious jobs. ASIMO uses stereoscopic vision and a proprietary vision algorithm that lets it see, recognize, and avoid running into objects even if their orientation and lighting are not the same as those in its memory database. These cameras can detect multiple objects, determine distance, perceive motion, recognize programmed faces and even interpret hand motions. For example, when you hold your hand up to ASIMO in a "stop" position, ASIMO stops. The facial recognition feature allows ASIMO to greet "familiar" people. ASIMO can recognize objects in motion by interpreting the images captured by the cameras in its head.<br><br><br><br>It can assess a moving object’s distance and direction, which allows ASIMO to follow a person, stop its own progress to allow a moving object to cross its path, or greet you as you approach. The cameras also relay what ASIMO sees to ASIMO's controller. That way, if you're controlling ASIMO from a PC, you can see what ASIMO sees. In addition to the cameras in its head, ASIMO has several sensors that help it maneuver through environments and interact with objects and people. Floor surface sensors allow ASIMO to detect objects and changes in the floor. Ultrasonic sensors help orient ASIMO by detecting surrounding objects. The sensors help ASIMO resolve discrepancies between the internal map of the area preprogrammed in its memory and the actual environment. ASIMO even has a sense of touch, in a way. The force sensors in ASIMO's wrists allow ASIMO to judge how much force to use when picking up a tray, handing you a file or shaking your hand.<br><br><br><br>ASIMO can integrate information gathered by its cameras and force sensors to move in sync with a person while holding hands. When pushing a cart, ASIMO's force sensors help the robot to adjust the amount of force needed to push the cart (for  [https://92url.com/titan-rise-male-enhancement-25492 stamina support capsules] example, ASIMO can push a cart with more force if the sensors detect an incline). Another way ASIMO can sense the environment is through the use of IC Communication cards. IC cards use infrared signals to receive and transmit information. If you hold an IC card with your information encoded on it, ASIMO can detect your presence even if you aren’t within the line of sight of its cameras. These cards enhance ASIMO’s ability to interact with others. For example, if you were to visit Honda’s office and  [https://wiki.mubk.top/index.php?title=User_talk:AlisonKnisley53 stamina support capsules] receive an IC card as a visitor pass, ASIMO could greet you and direct you to the right room after electronically reading the information encoded on your card. There are three microphones located in ASIMO’s head.<br><br><br><br>Using these microphones, ASIMO can receive voice commands and detect the direction of sound. ASIMO can determine the location sound comes from and then turn to face that direction. It can't enter a room and make decisions on its own about how to navigate. ASIMO either has to be programmed to do a specific job in a specific area that has markers that it understands, or it has to be manually controlled by a human.11 wireless technology and a laptop or desktop computer, you can control ASIMO as well as see what ASIMO sees via its camera eyes. ASIMO can also use its PC connection to access the Internet and retrieve information for you, such as weather reports and news. The wireless joystick controller operates ASIMO's movements the same way you would operate a remote-control car. You can make ASIMO go forward, backward, sideways, diagonally, turn in place, walk around a corner or run in circles. Making ASIMO move by remote control may not seem that advanced, but ASIMO does have the ability to self-adjust its steps.<br>