Carrying equipment - PC World VN
With the development of IC technology, wireless connectivity and sensor processing, product line integrated technologies that work in the service as well as everyday objects are creating a new revolution
Devices carrying waiter airpad job in 2011, football player Cam Newton's famous Americans use e Under Armour shirt was first popular application in the field of sports. Under Armour uses sensors transmit real-time data, which allows tracking of physical airpad effects as well as changes in the body during play.
Under Armour with sensor data is one of the devices airpad on the person first brought into practical applications for professional work, create a new wave of change in the technology sector was carrying devices (wearable technology). The series products are practical applications of sports shoes from Nike sensor (speed tracking, and much about the other data) to the BodyMedia FIT arms as on algorithms that deploy IBM and can handle 7.2 million data analysis operations a day physiological Another trend is to deploy Big Data applications (large data) to calculate the aggregate analysis of collected data samples.
Mobility in the physical work environment This series analysis applied to evaluate the performance of the type of work to move a lot. However, it caused quite a lot of pressure airpad on the workers that always feel like I'm being watched. In a Tesco supermarket in Ireland, workers have moved here in the 87 aisles of shelves. On their hands and equipment airpad used to collect time, job performance, anticipated completion time job ... A 2.8 inch screen provides accurate feedback laws of motion staff, provide indicators can help to optimize job performance. Carrying this equipment has been deployed since 2004, more than 300 locations across the UK. Efficiency gained from years 2004-2012 was time to move in 40,000 airpad m2 of employees decreased airpad by 18%. The effectiveness airpad of this model is gradually practical applications in monitoring health, improve your performance and ensure personal safety.
Another trend in sports is to use sensors in helmets to help athletes rugby, racing ... can be measured from the force in order to reduce the risk of head injury. Approximately 90% of the unit sports clubs involved in the application of sensors on people, and many units have encouraged their athletes to use Fitbit and other devices to measure the amount and intensity of exercise, use of visual tools for progress tracking capabilities, maintain stable performance. Information processing for more efficient work. Trends second application in order to work handling skills by analyzing and movement time needed to perform a process. Boeing is the leading manufacturer in this field for more than 20 years ago, when you first use the device display to the pilot in the cockpit can get important information without looking down to the clock face . Users mobile phone test usually airpad about 150 times / day. Each takes about 20 seconds to enter a password, select the application, enter data ... Since then, smart devices, such as Google Glass was born to replace those small steps with the super simple interaction and support costs over time, also called "microinteraction". Microsoft also developed armband keyboard and screen, to avoid having to use
With the development of IC technology, wireless connectivity and sensor processing, product line integrated technologies that work in the service as well as everyday objects are creating a new revolution
Devices carrying waiter airpad job in 2011, football player Cam Newton's famous Americans use e Under Armour shirt was first popular application in the field of sports. Under Armour uses sensors transmit real-time data, which allows tracking of physical airpad effects as well as changes in the body during play.
Under Armour with sensor data is one of the devices airpad on the person first brought into practical applications for professional work, create a new wave of change in the technology sector was carrying devices (wearable technology). The series products are practical applications of sports shoes from Nike sensor (speed tracking, and much about the other data) to the BodyMedia FIT arms as on algorithms that deploy IBM and can handle 7.2 million data analysis operations a day physiological Another trend is to deploy Big Data applications (large data) to calculate the aggregate analysis of collected data samples.
Mobility in the physical work environment This series analysis applied to evaluate the performance of the type of work to move a lot. However, it caused quite a lot of pressure airpad on the workers that always feel like I'm being watched. In a Tesco supermarket in Ireland, workers have moved here in the 87 aisles of shelves. On their hands and equipment airpad used to collect time, job performance, anticipated completion time job ... A 2.8 inch screen provides accurate feedback laws of motion staff, provide indicators can help to optimize job performance. Carrying this equipment has been deployed since 2004, more than 300 locations across the UK. Efficiency gained from years 2004-2012 was time to move in 40,000 airpad m2 of employees decreased airpad by 18%. The effectiveness airpad of this model is gradually practical applications in monitoring health, improve your performance and ensure personal safety.
Another trend in sports is to use sensors in helmets to help athletes rugby, racing ... can be measured from the force in order to reduce the risk of head injury. Approximately 90% of the unit sports clubs involved in the application of sensors on people, and many units have encouraged their athletes to use Fitbit and other devices to measure the amount and intensity of exercise, use of visual tools for progress tracking capabilities, maintain stable performance. Information processing for more efficient work. Trends second application in order to work handling skills by analyzing and movement time needed to perform a process. Boeing is the leading manufacturer in this field for more than 20 years ago, when you first use the device display to the pilot in the cockpit can get important information without looking down to the clock face . Users mobile phone test usually airpad about 150 times / day. Each takes about 20 seconds to enter a password, select the application, enter data ... Since then, smart devices, such as Google Glass was born to replace those small steps with the super simple interaction and support costs over time, also called "microinteraction". Microsoft also developed armband keyboard and screen, to avoid having to use
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