In days past the thought of a computerized shirt able to transmit information like heart health, body temperature and stress index seemed like science fiction. The idea computerized clothes could change design, automatically lifting or lowering hems, light up at night, change with the weather and interface with other clothes seemed absurd. Computer technology continues to evolve, pushed forward by new materials and size reduction of components. In the not to distant future a man may walk into a Long Island computer repair shop and ask if someone can remove the virus from his pants. Someday a Long Island Computer might be a lap top, a hand held or a pair of boxer shorts. Flexible light weight materials are bringing a new meaning to the term soft ware.
Over the last decade there has been the introduction of metallic yarn, fiber that has been imbued with conductive capabilities, leading to the development of digital fabric. This fabric can be used to create clothing that can operate as wearable computers. With the introduction of nano technology and flexible circuitry institutions and companies have begun creating prototypes of cyberwear. The possibilities are endless and applications are already being introduced.
Envision a shirt that can record and transmit vital signs, location and mobility. If a person has heart trouble, the shirt could function like a digital caretaker, monitoring the heart and even administering medication. A shirt could keep track of the heart beat, its tempo, strength and consistency. If an issue arises it could send out a wireless signal to a practitioner who would be able to follow up with a call or maybe a text message to the sleeve. A sensor could inform an implanted medical capsule to administer a dose of medicine for the patient. Or perhaps it can offer an early warning alarm if the persons vital signs show trouble, like maybe the buttons could start glowing red.
An athlete may wear a track suit that can record his strides, heartbeats, muscle contractions and various other data that can benefit his or her training. Shoes can log the mileage and number of steps. They could even be designed to adapt to various terrain or demand. Wireless signals could be sent out so an athlete in one part of the country could train with an athlete in another part of the country. Perhaps someday clothes will be able to record their surroundings and project them on the fiber making for the ultimate camouflage. There are already musical jackets and outfits that can light up and change color as the wearer moves.
Computer wear is being developed. It will have many uses from entertainment and fashion, to health and defense. Cyberwear clothing is not fantasy. It's uses are limited only by imagination. Know-how is advancing rapidly enough to make nearly any computer fashion dream a reality.
Over the last decade there has been the introduction of metallic yarn, fiber that has been imbued with conductive capabilities, leading to the development of digital fabric. This fabric can be used to create clothing that can operate as wearable computers. With the introduction of nano technology and flexible circuitry institutions and companies have begun creating prototypes of cyberwear. The possibilities are endless and applications are already being introduced.
Envision a shirt that can record and transmit vital signs, location and mobility. If a person has heart trouble, the shirt could function like a digital caretaker, monitoring the heart and even administering medication. A shirt could keep track of the heart beat, its tempo, strength and consistency. If an issue arises it could send out a wireless signal to a practitioner who would be able to follow up with a call or maybe a text message to the sleeve. A sensor could inform an implanted medical capsule to administer a dose of medicine for the patient. Or perhaps it can offer an early warning alarm if the persons vital signs show trouble, like maybe the buttons could start glowing red.
An athlete may wear a track suit that can record his strides, heartbeats, muscle contractions and various other data that can benefit his or her training. Shoes can log the mileage and number of steps. They could even be designed to adapt to various terrain or demand. Wireless signals could be sent out so an athlete in one part of the country could train with an athlete in another part of the country. Perhaps someday clothes will be able to record their surroundings and project them on the fiber making for the ultimate camouflage. There are already musical jackets and outfits that can light up and change color as the wearer moves.
Computer wear is being developed. It will have many uses from entertainment and fashion, to health and defense. Cyberwear clothing is not fantasy. It's uses are limited only by imagination. Know-how is advancing rapidly enough to make nearly any computer fashion dream a reality.
About the Author:
Connor R. Sullivan often calls on the expertise of a Long Island computer repair company for help with his office computers. He consulted a Long Island computer repair company for help with his son's laptop computer. Click here to get your own unique version of this article with free reprint rights.
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