The context of this work is the well studied dissemination of information in large scale
distributed networks through pairwise interactions. This problem, originally called rumor …

The high-speed system and shrinkage in technology lead to more complexity with higher
power dissipation. This paper presents the design, simulation and analysis of 6T, 7T and 8T …

In this paper a 7T FinFET totally differential SRAM cell is designed to achieve stronger
switching ability. For read operation P-type gates used for data analysis and transmission …

The display hardware concentrates on planning low power control gadgets due to the
utilization of versatile battery-powered gadgets. Ultra low energy process of memory clusters …

In this paper authors analyze comprehensively the 6T SRAM cell. Solutions for different 6T
design issues are also reported. While covering these solutions authors have accounted for …

Portable or handheld devices are growing at a fast pace nowadays and that is motivating
designers to go for advanced low power circuit designs. The challenge is to reduce the …

The usage of portable devices increasing rapidly in the modern life has led us to focus our
attention to increase the performance of the SRAM circuits, especially for low power …

IOT based applications are nearly rule the entire embedded based machines and industries
nowadays. IOT based devices use lots and lots of memories to store multiple datum in the …

This paper presents Gated Vdd and MTCMOS techniques to achieve low power from the
simulated static random-access memory (SRAM) cells. These techniques are implemented …

The primary aim of electronics is to design low power devices due to the frequent usage of
powered widget. The memory cell operation containing low voltage consumption …