Novel Techniques Addressing Delay and Power Issues in Deep Sub-

A Novel Dynamic Threshold Operation Using the Electrically Induced Junction MOSFET in the Deep sub-micrometer CMOS Regime

With CMOS scaling into the Sub-100nm regime, the supply and the threshold voltages need to be scaled proportionately. This necessitates addressing of low power CMOS device design issues. The idea of a Dynamic Threshold MOSFET (DTMOS), without the associated substrate loading effects, is a key to addressing the problems associated with device scaling for low power CMOS. This work focuses on the ...

A Novel Dynamic Threshold Operation Using Electrically Induced Junction MOSFET in the Deep Sub-micrometer CMOS Regime

With CMOS scaling into the Sub-100nm regime, the supply and the threshold voltages need to be scaled proportionately. This necessitates addressing of low power CMOS device design issues. The idea of a Dynamic Threshold MOSFET (DTMOS), without the associated substrate loading effects, is a key to addressing the problems associated with device scaling for low power CMOS. This work focuses on the ...

A Cluster-Based Hybrid broadcasting mechanism for Quantum Systems with Power Management and delay Constraint in the MAC sub-layer

Switched-Capacitor Dynamic Threshold PMOS (SC-DTPMOS) Transistor for High Speed Sub-threshold Applications

This work studies the effects of dynamic threshold design techniques on the speed and power of digital circuits. A new dynamic threshold transistor structure has been proposed to improve performances of digital circuits. The proposed switched-capacitor dynamic threshold PMOS (SC-DTPMOS) scheme employs a capacitor along with an NMOS switch in order to effectively reduce the threshold voltage of ...

A novel method based on a combination of deep learning algorithm and fuzzy intelligent functions in order to classification of power quality disturbances in power systems

Automatic classification of power quality disturbances is the foundation to deal with power quality problem. From the traditional point of view, the identification process of power quality disturbances should be divided into three independent stages: signal analysis, feature selection and classification. However, there are some inherent defects in signal analysis and the procedure of manual fe...