Sentence examples for device which enables a from inspiring English sources

We propose a textile wearable device which enables a multimodal sensing input for an eyes-free mobile interaction during daily activities.

To operate long plasma discharge in WEST, infrared thermography is a key device, which enables a safe operation by means of a real time surface temperature monitoring, while providing essential data for various physics studies.

Continuous passive motion (CPM) is an external motorised device, which enables a joint to move passively throughout a preset arc of motion.

The story of this device, which enables an electric guitar to take on aspects of the human voice — and which helped define the sounds of rock stars like Jimi Hendrix and Eric Clapton — is complicated.

Most recently a software hack emerged for the device which enables an LTE radio that is not utilized for 4G to be enabled — allowing the Nexus 4 to surf at 4G speeds on some Canadian LTE networks.

It was an electro-optical device which enabled an individual to "increase the range of vision by hundreds of miles, so that, for instance, a man in New York could see the features of his friend in Boston with as much ease as he could see the features of his friend in Boston with as much ease as he could see the performance on the stage".

The lobby group is now calling on European governments to extend probes into so called "defeat devices" - which enable an engine to run below its normal power and performance in tests - to petrol cars and CO2 examinations.

Another comfort improving technology is an automatically assistive device which enables impaired people to take a bath independently.

The system consists of an RGB-D sensor as a real-time tracking device, which enables the system to link a deposited section image to the projection of the user's body, as well as a large display mimicking a real-world physical mirror.

ScanTrainer's replica ultrasound probe is attached to a force-feedback (haptic) device, which enables the trainee to navigate around a virtual patient's anatomy.

The objective of this work was (1) to design a device which enables the measurement of 3-D GRF on any ground, at any gait, for a given subject, (2) to determine its accuracy, and (3) to evaluate its performance and usefulness under physiological conditions.