After the summer vacation, gold nine silver and ten, the United States large films competing to release. Most male viewers will admire the protagonist of the movie when they watch the movie. They hope to have the hero's super power to save the world. Of course, if you hold a beauty, it will be better. It is worth mentioning that the various cool equipment that appears frequently in the film is enough to cause the enthusiasts to exclaim.
Various smart devices in the movie have given viewers an eye full of addiction. Can people in real life have such cool equipment? What kind of state will the future human-computer interaction develop into?
The movie shines into reality
Many people should remember one of the classic scenes in "Mission Impossible 4": Hunter (Tom Cruise) walks to a worn telephone booth, eyes align with the screen on the telephone, and scans through the eyes for "agent identity." Confirmation and acceptance of "and impossible tasks". Throughout the process, just by looking at the screen, you can verify your identity and issue instructions to mobilize system information. Tony Stark in "Iron Man 2" can operate the computer by waving in the air in his own laboratory. With the development of science and technology, using voice, facial expressions, gestures or even just eyes, guiding the machine to execute commands according to the user's wishes is not a scene that can only be realized in movies.
The powerful touch function of the iPhone has created a smart phone era of touch; Siri has made the iPhone 4s a smart robot and can accept voice commands for users to provide services such as restaurant introduction, weather forecast and voice alarm settings; Google Glass With the advent of the movie, scenes that use commands such as eyes, speech, and simple shaking of the brain become a reality. Dancer players need to make appropriate dance postures through the body's induction at the right moment to complete the process...
The general human-computer interaction has been unable to meet people's needs. People need a more convenient and natural way of interaction, and this desire is being realized step by step.
Touch and speech recognition are relatively mature
The iPhone makes touch technology a focus of market attention. Since the release of the iPhone, people have used their fingers to poke on the screen to actually experience the migration of ordinary mobile phones to smart phones. At present, touch technology has been widely used in small and medium-sized electronic products, such as smart phones, digital cameras, tablet computers and other electronic devices. Nowadays, most TV news broadcast programs use touch-enabled flat-panel televisions to facilitate the host's display of news.
In fact, as early as 2009, Haier launched a large LED screen touch-mode card TV. Users can write and draw directly on the screen, and they can use the stylus, wireless mouse, and keyboard to operate TVs to meet their diverse needs. At the 3D conference in June 2010, Sharp also demonstrated a naked-eye 3D portable TV that can be touch operated. Displax Overlay has since introduced a custom-size touch-screen frame that can be used to turn conventional display devices into multi-touch products that can be customized from 32-inch to 103-inch. Ordinary TVs can instantly transform into touch. TV.
Someone once asked one day to the iPhone 4s: "Is it going to rain tomorrow?" It replied: "Looking at London weather, it doesn't look like it's going to rain tomorrow." Voice control is not just on the phone. Has been reflected in the smart TV is used incisively. In recent years, manufacturers including Haier, TCL, LG, and Samsung have introduced smart TVs capable of recognizing voices, allowing users to search for movies, switch channels, and even search and browse web pages through voice. Apple's smart TV is built-in Siri function, users can give instructions through the voice to the TV. Nowadays, the development of speech recognition is relatively mature, and a group of manufacturers that do speech recognition have also emerged in China. However, due to the relatively strict requirements on the surrounding environment and the user's accent, it is not so easy for smart devices to truly “talk†to users.
Touch technology and voice technology have been relatively mature, but the real intelligent human-computer interaction is far more than that. Whether it is a mobile phone, a computer, a tablet, a television, or a larger smart terminal, there is a certain gap between the real intelligent human-computer interaction. People have reason to expect that all smart terminals in the future will be more intelligent in their operations, and can include touch, voice recognition, motion recognition, and somatosensory remote control at the same time.
Need to develop to a higher level
Microsoft has launched a new mobile device patent that has enabled the mobile phone to "sit and shoot." With an eye on the eye, and with voice, Google Glass can be controlled to take photos, video calls, and surf the Internet. Hisense's Android Smart TV XT710 allows users to use gestures to switch between TV stations, sound adjustments, and more. Perhaps, in the near future, expressions, actions, and voices will be able to basically complete all operations on the smart terminal. This provides users with a more convenient and friendly way of human-computer interaction, and it also leads the emergence of new smart terminal devices like Google Glass.
Somatosensory remote control makes the user's body become a powerful controller, mainly used in game consoles, the Nintendo Wii is more typical. Wii's somatosensory remote control has injected new blood into the game industry. In the course of playing the game, the movement of the body replaces most of the functions of the controller, and the user can control the tools appearing in the game by waving, shooting, rotating and the like. Lenovo Investment's Green Mobile, a green motivator, brings home interactive entertainment products using 3D human interaction technology to the home user's living room. In terms of game consoles, the application of somatosensory remote control technology has become more common, but the application on television is still relatively rare and does not completely replace the remote control.
There are more and more new ways of human-computer interaction, and people are also blinking their eyes with new devices that have emerged frequently. However, most of the new human-computer interaction methods still remain in the stage of “thunder and rain,†and the concept of these new interactive methods is not so deeply rooted, and people have not really enjoyed the fun brought about by the new interactive methods. It is time for a new type of interaction to develop to a more general and higher level.
Various smart devices in the movie have given viewers an eye full of addiction. Can people in real life have such cool equipment? What kind of state will the future human-computer interaction develop into?
The movie shines into reality
Many people should remember one of the classic scenes in "Mission Impossible 4": Hunter (Tom Cruise) walks to a worn telephone booth, eyes align with the screen on the telephone, and scans through the eyes for "agent identity." Confirmation and acceptance of "and impossible tasks". Throughout the process, just by looking at the screen, you can verify your identity and issue instructions to mobilize system information. Tony Stark in "Iron Man 2" can operate the computer by waving in the air in his own laboratory. With the development of science and technology, using voice, facial expressions, gestures or even just eyes, guiding the machine to execute commands according to the user's wishes is not a scene that can only be realized in movies.
The powerful touch function of the iPhone has created a smart phone era of touch; Siri has made the iPhone 4s a smart robot and can accept voice commands for users to provide services such as restaurant introduction, weather forecast and voice alarm settings; Google Glass With the advent of the movie, scenes that use commands such as eyes, speech, and simple shaking of the brain become a reality. Dancer players need to make appropriate dance postures through the body's induction at the right moment to complete the process...
The general human-computer interaction has been unable to meet people's needs. People need a more convenient and natural way of interaction, and this desire is being realized step by step.
Touch and speech recognition are relatively mature
The iPhone makes touch technology a focus of market attention. Since the release of the iPhone, people have used their fingers to poke on the screen to actually experience the migration of ordinary mobile phones to smart phones. At present, touch technology has been widely used in small and medium-sized electronic products, such as smart phones, digital cameras, tablet computers and other electronic devices. Nowadays, most TV news broadcast programs use touch-enabled flat-panel televisions to facilitate the host's display of news.
In fact, as early as 2009, Haier launched a large LED screen touch-mode card TV. Users can write and draw directly on the screen, and they can use the stylus, wireless mouse, and keyboard to operate TVs to meet their diverse needs. At the 3D conference in June 2010, Sharp also demonstrated a naked-eye 3D portable TV that can be touch operated. Displax Overlay has since introduced a custom-size touch-screen frame that can be used to turn conventional display devices into multi-touch products that can be customized from 32-inch to 103-inch. Ordinary TVs can instantly transform into touch. TV.
Someone once asked one day to the iPhone 4s: "Is it going to rain tomorrow?" It replied: "Looking at London weather, it doesn't look like it's going to rain tomorrow." Voice control is not just on the phone. Has been reflected in the smart TV is used incisively. In recent years, manufacturers including Haier, TCL, LG, and Samsung have introduced smart TVs capable of recognizing voices, allowing users to search for movies, switch channels, and even search and browse web pages through voice. Apple's smart TV is built-in Siri function, users can give instructions through the voice to the TV. Nowadays, the development of speech recognition is relatively mature, and a group of manufacturers that do speech recognition have also emerged in China. However, due to the relatively strict requirements on the surrounding environment and the user's accent, it is not so easy for smart devices to truly “talk†to users.
Touch technology and voice technology have been relatively mature, but the real intelligent human-computer interaction is far more than that. Whether it is a mobile phone, a computer, a tablet, a television, or a larger smart terminal, there is a certain gap between the real intelligent human-computer interaction. People have reason to expect that all smart terminals in the future will be more intelligent in their operations, and can include touch, voice recognition, motion recognition, and somatosensory remote control at the same time.
Need to develop to a higher level
Microsoft has launched a new mobile device patent that has enabled the mobile phone to "sit and shoot." With an eye on the eye, and with voice, Google Glass can be controlled to take photos, video calls, and surf the Internet. Hisense's Android Smart TV XT710 allows users to use gestures to switch between TV stations, sound adjustments, and more. Perhaps, in the near future, expressions, actions, and voices will be able to basically complete all operations on the smart terminal. This provides users with a more convenient and friendly way of human-computer interaction, and it also leads the emergence of new smart terminal devices like Google Glass.
Somatosensory remote control makes the user's body become a powerful controller, mainly used in game consoles, the Nintendo Wii is more typical. Wii's somatosensory remote control has injected new blood into the game industry. In the course of playing the game, the movement of the body replaces most of the functions of the controller, and the user can control the tools appearing in the game by waving, shooting, rotating and the like. Lenovo Investment's Green Mobile, a green motivator, brings home interactive entertainment products using 3D human interaction technology to the home user's living room. In terms of game consoles, the application of somatosensory remote control technology has become more common, but the application on television is still relatively rare and does not completely replace the remote control.
There are more and more new ways of human-computer interaction, and people are also blinking their eyes with new devices that have emerged frequently. However, most of the new human-computer interaction methods still remain in the stage of “thunder and rain,†and the concept of these new interactive methods is not so deeply rooted, and people have not really enjoyed the fun brought about by the new interactive methods. It is time for a new type of interaction to develop to a more general and higher level.
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