Search Results

In most implementations of digital circuitry, multiplication requires the highest latency and computational complexity. Vedic calculations are an ancient system of mathematics that involves mathematical computations to ascertain the multiplication in ...

Carry Look Ahead Adders (CLA) minimize duration opposed with various adders through transmitting carry preceding the total output, which leads to better results. They increase efficiency by lowering the duration it takes to figure out carry bits. In ...

Three-dimensional Integrated Circuits (3D IC) are being looked at as an alternative in overcoming some critical challenges plaguing conventional 2D ICs. However, it faces some new challenges — some of them being thermal management and ...

Input test signal plays important role in testing of analog circuits. Single type of input stimulus cannot maximally reveal the state of the circuit. To combat this shortcoming, this work proposes to integrate information from the ...

• This work proposes to integrate information from the output responses corresponding to different input stimuli to improve the accuracy of fault diagnosis.

The progress of fabrication technology in the photonics industry has achieved a significant milestone due to the practicability of performing functional computations on-chips using ultra-high-speed optical devices and low-power ...

In this article, an FPGA-based hardware prototype design has been proposed and implemented in real time for the security of the Electronic Patient Medical Record. This proposed hardware can be integrated into various medical image scanning ...

In-Memory computation has received considerable attention in the light of recent advances made in the memristor-based design. Non-volatile memristor devices are compatible with both the crossbar structure, CMOS technology, and can ...

• In this work, at first, an optimized gate-level design of 2:1 multiplexer (MUX) is presented. Thereafter, the MAGIC family is used to implement the optimized ...

Recent advances in microfluidics and microfabrication technology enabled the emergence of a new microelectrode-dot-array (MEDA) architecture for microfluidic biochips. The MEDA-based design allows dynamic routing with variable-sized droplets. The cross ...

This work presents a testing technique based on ‘Kolmogorov–Smirnov’ (K–S) test for detection of parametric faults in analog circuits. The proposed method is a time-domain signal processing technique that compares the statistical similarity in ...

Recent advances of microelectrode-dot-array (MEDA) based Biochips have revolutionized the application of Lab-on-chip devices. New techniques for MEDA based biochips confide on the concepts on computer-aided design automation and cyberphysical integration ...

The effect of three different interlayer stacking arrangements of bilayer (BL) molybdenum disulfide (MoS₂) channel material on the device behavior of p- and n-metal–oxide–semiconductor field-effect transistors (MOSFETs) is extensively investigated ...

This paper discusses a simplified workflow and interactive learning opportunities for exporting map and location data using a free tool, Recogito into a Unity game environment with a simple virtual museum room template. The aim was to create ...

This paper presents a method for the detection of parametric faults in linear filters with the help of impulse response which is studied on the basis of cross-correlation, a statistical metric. Impulse input is generated with delay flip flops and ...

Digital Microfluidic Biochips (DMFB) has been evolved as a new generation of Lab-on-Chip device. This appears as a viable alternative to conventional benchtop laboratory process in the fields of point of care diagnostics, environmental toxicity ...

Recent advances in microfluidics and micro-fabrication technology enabled the emergence of a new microelectrode-dot-array (MEDA) architecture for microfluidic biochips. The MEDA based design facilitates dynamic routing with variable sized droplets ...

Several nanoscale devices now represent viable options to replace conventional complementary metal–oxide–semiconductor (CMOS)-based designs. The problem of logic synthesis using a nanoscale two-dimensional (2D) crossbar-switch architecture is ...

Recent advancement of microelectrode-dot-array (MEDA)-based architecture for digital microfluidic biochips has enabled a major enhancement in microfluidic operations for traditional lab-on-chip devices. One critical issue for MEDA-based biochips is the ...

Microfluidic chips are now being increasingly used for fast and cost-effective implementation of biochemical protocols. Sample preparation involves dilution and mixing of fluids in certain ratios, which are needed for most of the protocols. On a digital ...

This work presents 32-phase analog delay-locked-loop (DLL) having fast locking ability, startup-circuit free operation, and a low area with improved DNL-INL performance. The proposed faster delay-cell and the new bias-circuit enable ...

• 32-phase Analog Delay Lock Loop (DLL) features.The DLL locks in less than 54 or 56 clock ...

‘Computations inside Memory’ has become a latest area of research as ‘memory with computing skills’ accelerates the chances of developing ‘beyond-Von Neumann machines’, that is believed to be advantageous in terms of performance and ...

• In this work pure memristive-designs for two most commonly used logic blocks Delay (D) and Toggle (T) flip-flops using Memristor Aided LoGIC (MAGIC) design ...