Neuromorphic computing has been gaining momentum for the past decades and has been
appointed as the replacer of the outworn technology in conventional computing systems …

Zinc–Tin Oxide (ZTO) films potentially offer desirable properties for next-generation devices
and are considered promising candidates due to the following merits:(I) zinc and tin are …

Neuromorphic computation based on resistive switching devices represents a relevant
hardware alternative for artificial deep neural networks. For the highest accuracies on …

As the Internet of things (IOT) industry continues to grow with an ever‐increasing number of
connected devices, the need for processing large amounts of data in a fast and energy …

The current-voltage characteristics of ZnO/RuO 2 Schottky diodes prepared by magnetron
sputtering are shown to exhibit a reversible hysteresis behavior, which corresponds to a …

Resistive switching behaviour has been demonstrated to be a common characteristic to
many materials. In this regard, research teams to date have produced a plethora of different …

New computing paradigms are urgently required to replace the outworn von Neumann
architecture that, currently, carries numerous constraints such as latency, high-power …

In-sensor computing, which is capable of combining sensing, processing, and memory in a
single unit, has been proposed to implement a brain-inspired artificial visual system. Among …

The current-voltage characteristics of ZnO/RuO2 Schottky diodes prepared by magnetron
sputtering are shown to exhibit a reversible hysteresis behavior, which corresponds to a …

The current-voltage characteristics of ZnO/RuO₂ Schottky diodes prepared by magnetron
sputtering are shown to exhibit a reversible hysteresis behavior, which corresponds to a …