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As the internet-of-things (IoT) paradigm emerges, digital system designers are pressed with ever challenging design requirements necessitating smaller, more energy efficient systems. Such requirements for lightweight IoT devices apply first and foremost to the primary functionality of the devices themselves. However, as IoT devices and systems become more prevelant in society, designers also must...
Recent years have witnessed a rapid growth in the domain of Internet of Things (IoT). This network of billions of devices generates and exchanges huge amount of data. The limited cache capacity and memory bandwidth make transferring and processing such data on traditional CPUs and GPUs highly inefficient, both in terms of energy consumption and delay. However, many IoT applications are statistical...
To achieve high performance, high density and low power memory cell design, memristor based non-volatile design technologies are getting more popularity in recent years. This paper presents new hybrid architecture of a memory cell. The proposed cell consists of only nMOS transistors and stores data in a bidirectional fashion. Extensive simulations have been carried out by using LTspice and the results...
In recent researches, much emphasis has been placed in developing non-volatile memories as candidates for replacement of volatile memories. Apart from non-volatility, memristive devices also have high switching speed, low energy consumption, and small device size. In this article, a novel one-bit memory cell using two transmission gates and one memristor (2TG1M) is proposed. SPICE simulations were...
Wireless sensor nodes (WSN) are used extensively to monitor a wide range of physical and environmental parameters. Data acquisition, processing, storage and transmission are mandatory requirements for different applications. These nodes are expected to generate a correct representation of the sensed quantities, which is then used to make various decisions and control actions. This means that the node...
Recently, the emerging memristor device technology has attracted significant research interests due to its distinctive hysteresis characteristic, which potentially can enable novel circuit designs for future VLSI circuits. In particular, characteristics such as non-volatility, non-linearity, low power consumption, and good scalability make memristor one of the most promising emerging memory technologies...
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