APPLICATIONS OF SENSOR DATA COMPUTING
A. Transport
High-performance computing, data collection, analytics and open data are powering progress in transportation. Consumers can book services and plan trips using various range of applications via mobile computing. The internet of things could significantly improve the way we travel by connecting up the different strands of multimode journeys.
B. Healthcare
The Internet of Things will help to shift from cure to prevention and give people greater control over decisions affecting their wellbeing. In turn, this could integrate the delivery of care, improve clinical outcomes and yield considerable cost efficiencies for the NHS. Telehealth is the delivery of remote health related services is increasingly feasible, leading to the rise of connected smart devices.
C. Smart Gas Meters
The £10.9 billion smart meters program is the biggest government investment to date in Internet of Things technologies. By 2020, 53 million electricity and gas smart meters in homes and small businesses.
D. Agriculture
As a field of human activity that was one of the very first to be transformed by technology, agriculture is well versed in taking the benefits of new opportunities. The Internet of Things potentially offers another leap forward. Field-based sensors can already measure soil moisture and communicate with weather stations for the latest forecasts. This data is used by large farming operations to determine how much water to apply to crops and when to apply it. Other sensors can collect data on temperature, light, soil acidity and fertilizer content. Animal tracking allows livestock to be monitored for disease and accidents – as well as providing opportunities for better husbandry.
APPLICATIONS OF SENSOR DATA COMPUTING A. Transport High-performance computing, data collection, analytics and open data are powering progress in transportation. Consumers can book services and plan trips using various range of applications via mobile computing. The internet of things could significantly improve the way we travel by connecting up the different strands of multimode journeys. B. Healthcare The Internet of Things will help to shift from cure to prevention and give people greater control over decisions affecting their wellbeing. In turn, this could integrate the delivery of care, improve clinical outcomes and yield considerable cost efficiencies for the NHS. Telehealth is the delivery of remote health related services is increasingly feasible, leading to the rise of connected smart devices. C. Smart Gas Meters The £10.9 billion smart meters program is the biggest government investment to date in Internet of Things technologies. By 2020, 53 million electricity and gas smart meters in homes and small businesses. D. Agriculture As a field of human activity that was one of the very first to be transformed by technology, agriculture is well versed in taking the benefits of new opportunities. The Internet of Things potentially offers another leap forward. Field-based sensors can already measure soil moisture and communicate with weather stations for the latest forecasts. This data is used by large farming operations to determine how much water to apply to crops and when to apply it. Other sensors can collect data on temperature, light, soil acidity and fertilizer content. Animal tracking allows livestock to be monitored for disease and accidents – as well as providing opportunities for better husbandry.
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