Sentence examples for processing of the device from inspiring English sources

Desorption and re-adsorption of much smaller number of oxygen ions at the Schottky junction effectively alter the barrier height resulting in a faster response even for very long NWs, thus making possible the processing of the device by conventional techniques.

"The whole concept around what we're doing is we're using machine learning in pre-trained AI modules to do all of processing on the device itself".

That cuts down on bandwidth because you can either handle all of the processing on the device or pre-process it before you send it on to the cloud.

The pixels on that screen have to be controlled by the CPU and graphics processing unit (GPU), and increasing those puts a greater load onto the processing capability of the device; inevitably, that subtracts from what's available for other processes, such as handling touch events or calculations around games.

This requires increasing the processing power of the device, increasing the memory, a need for greater durability of the battery and so on.

"There was a lot of talk about processing power of the devices, how many polygons they can put on-screen and how good the graphics are, when all the developer cares about is how fun the games are.

Dopant-free carrier-selective contacts (CSCs) are considerably attractive on highly efficient crystalline silicon (c-Si) based heterojunction solar cells (HSCs) owing to their combined advantages of low thermal budget, ease of processing and simplicity of the device architecture.

The lower dark current is a clear manifestation of reduced intrinsic defects as well as interfaces and trap states generated during the processing of the material and the device [23].

In order to ascertain the suitability of BaTiO3 films for the processing of electronic devices, the electrical behaviour (I V curves) of different thin films was also determined.

Reliable chronic operation of implantable medical devices such as the Utah Electrode Array (UEA) for neural interface requires elimination of transcutaneous wire connections for signal processing, powering and communication of the device.

All of the device processing was completed using standard semiconductor processing techniques that included photolithography, metallization and etching.