Memristors show great potential for being integrated into CMOS technology and provide new approaches designing computing-in-memory (CIM) systems, brain-inspired applications, trimming circuits other topologies the beyond-CMOS era. A crucial characteristic of memristor is multi-state (also often referred as multibit, multi-level) switching. are capable representing information in an ultra-compac...

In this article a low power and low latency 4-2 compressor has been presented. By using modified truth table and Pass Transistor Logic (PTL) a novel structure has been proposed which outperforms previous designs from the frequency of operation view point. The proposed design method has reduced the total transistor count considerably which will lead to reduced power consumption and smaller activ...

This paper proposes a Hopfield-type spiking neural network with modulation of resting membrane potential, and reports retrieval data transition phenomena in its associative memory operation. Spiking neuron models express analog information by the timing of neuronal spike firing events. Since these models operate asynchronously, it is expected that the spiking network operates faster than the co...

The paper presents the programmable multiphase clock generator for switched-capacitor finite impulse response (SC FIR) circular memory filters. The proposed programmable clock circuit enables easy division of such kind of filters into different orders smaller sections, which when connected in series, lead to increase in filter efficiency: reduction of chip area, power dissipation, and rising up...

Most modern CPU architectures are based on the von Neumann principle, where memory and processing units separate entities. Although unit performance has improved over years, capacity not followed same trend, creating a gap between them. This problem is known as "memory wall" severely limits of microprocessor. One most promising solutions "logic-in-memory" approach. It consists merging logic uni...

In this article a low power and low latency 4-2 compressor has been presented. By using modified truth table and Pass Transistor Logic (PTL) a novel structure has been proposed which outperforms previous designs from the frequency of operation view point. The proposed design method has reduced the total transistor count considerably which will lead to reduced power consumption and smaller activ...

In modern computing systems there is the need to utilize a large amount of data in maintaining high efficiency. Limited memory bandwidth, coupled with performance gap between and logic, impacts heavily on algorithms performance, increasing overall time energy required for computation. A possible approach overcome such limitations Logic-In-Memory (LIM). this paper, we propose LIM architecture ba...

Techset Com A high reliability offset-tolerant sensing circuit is presented for deep submicron spin transfer torque magnetic tunnel junction (STT-MTJ) memory. This circuit, using a triple-stage sensing operation, is able to tolerate the increased process variations as technology scales down to the deep submicron nodes, thus improving significantly the sensing margin. Meanwhile, it clamps the bi...

Compressive sampling (CS) offers bandwidth, power, and memory size reduction compared to conventional (Nyquist) sampling. These are very attractive features for the design of modern complementary metal-oxide semiconductor (CMOS) image sensors, cameras, and camera systems. However, very few integrated circuit (IC) designs based on CS exist because of the missing link between the well-established...

CMOS integrated circuit analysis and design is a fast paced field which deals with many advanced technologies and a difficult skill for many students in a comprehensive first course in Microelectronics. New methods and techniques to help novices learn are needed. In this paper the transistor role concept is used and common individual CMOS transistor roles are identified. Typical circuit and blo...