Sentence examples for sensor drivers from inspiring English sources

TinyOS provides a component library including network protocols, services, and sensor drivers.

The result is a COM-based software architecture, which consists of four levels from bottom to top: sensor driver level (SDL), logical sensor level (LSL), fusion unit level (FUL) and task unit level (TUL).

The sequencer subscribes raw sensor data published by sensor driver, then performs data processing and publishes captured motion states.

The sensor driver circuit excites an 11 kHz current in the drive coil wound around the sensor core.

Sensor virtualization is supported by inserting an abstraction layer between the application logic and the sensor driver with the aim to address issues like incomplete a priori knowledge of the area of operation, recalibration of sensing equipment, changing conditions, etc.

In the sensor technology domain, virtualization has been proposed with the goal of enabling seamless interoperability and scalability of sensor node platforms from different vendors via uniform management, with the interposition of an abstraction layer between the application logic and the sensor driver [6] (also in the IoT context [7, 8]).

The company says it has used federal data on human crashes to focus its efforts on improving its software-and-sensor drivers.

There are practical limitations associated with the individual physical components (flexure bearing, actuators, sensors, drivers, and microcontroller) as well as their integration.

Going even beyond this scenario, we can imagine that, thanks to the advance in vehicle-to-vehicle communication and other innovations (autonomous cars, new sensors), drivers could partially relinquish control of their cars, and the traffic be better managed through the coordination of cars that talk to one another.

Collected data is combined with smartphone sensors, driver social profile and ambient information from the trip.

However, the development of these applications is difficult for many researchers because it requires understanding many different protocols; dealing with distributed schemas, processes, platforms, and services; learning new programming languages; and interacting with different hardware sensors and drivers.