Sentence examples for device we propose from inspiring English sources

With the assumption that spot-like regions, in which the back layer and the front layer are in electrical contact (local short-circuits), are present all over the device, we propose a new device structure to overcome the substrate drawbacks.

In order to robustly perform segmentation for industrial design objects measured by a 3-D scanning device, we propose a new method for high-quality vertex clustering on a noisy mesh.

To help ensure the safety and efficacy of a device, we propose that regulatory agencies include pathology analysis by experienced, independent pathologists with relevant expertise as an integral component of device submissions.

Practically, and for better understanding of the pulsatile tube's function as a cardiovascular perfusion device, we propose a state of momentum energy losses that could be identified in 6 main zones as follows: pre/post-oxygenator (Z0, Z1), tube zone (Z2), post-tube or pre-aortic cannula (Z3), aortic cannula (Z4), and cardiovascular system (Z5).

After studying the energy consumption profiles of access network devices, we propose the downstream burst transmission (DBT) scheme to save energy from the receiver data processing engines.

With respect to photovoltaic devices, we propose to analyze graphene based on three aspects: (i) as the addition to donor or donor acceptor materials in the bulk heterojunction (BHJ) organic photovoltaic cells, (ii) as transparent conductive electrodes and (iii) separate layers for organic photovoltaic cells.

In order to fabricate nonvolatile 4 Mb ferroelectric random access memory (FRAM) for the application to portable electronic devices, we proposed two noble techniques; (1) shared sense amplifier arrangement structure for reducing a chip size, active current, and power consumption, and (2) address transition detection (ATD) control scheme for asynchronous operation and limited address skew-free.

To address the problem of realizing accurate localization in complex dynamic environment in the WLAN which is made up of different types of devices, we proposed a novel DRMBL algorithm under the Bayesian framework.

The device architecture we propose should be useful to recover low quality waste heat, which is abundant and could be harvested as long as the $/W value is low enough in general.

Owing to a number of features of the proposed device, we suggest that it can be prospectively utilized in the near future (i) for industrial applications (due to simplicity and robustness of the design); (ii) for high temperature measurements (unlike foil sensors, no delamination issues can be experienced); (iii) in the context of micro-electromechanical systems (MEMS) (easy to miniaturize).

These facts evidence the possibility of carried out film strain engineering for optimizing optoelectronics devices as we propose for the case of thin-film solar cells.