Neuromorphic advancements architecture design and its implementations technique

In this paper study about Hyper-Dimensional Computing (HDC) for different applications. The architectural supports energy-efficient, fast, and scalable search operations using three generally utilized design methodologies. To grasp underlying circumstances and interact with their settings, many Internets of Things (IoT) apps rely on human action recognition. Machine learning is a popular technique for identifying actions based on sensor data. The application of a brain-inspired hyperdimensional computing technology to because IoT systems have a hard time recognizing activities, making activity detection easier is a good solution. can improve accuracy and efficiency. The model training was sped up by up to 468 times when compared to advanced training of Neural network.

Section: Introductionmentioning

confidence: 99%

Retracted: An Architectural Study of Hyper Dimensional Processor for Human-Centric IoT

Raja

Babu

Sekhar

2022

“…2. For power converter, thyristor-based converter circuit are widely used [9][10][11][12][13]. The speed of the motor is measured using tachometer or incremental encoder.…”

Section: Introductionmentioning

confidence: 99%

Study of Speed Control Aspects of DC Motor

Krishna

Varalakshmi

Murthy

2022

This paper provides different aspects of speed control of DC drive. Different control schemes of DC motor with proper explanation has been provided. Multi-pulse converter and firing angle control scheme has been discussed. Simulation results have been provided for the speed control aspect. It is possible to measure the speed of the motor with a tachometer or incremental encoder. These tachometers and incremental encoders produce erroneous results as a result of a variety of factors. the authors provide a strategy for compensating against imperfections in incremental encoders. In this paper, a study of several speed control systems for direct current motors is discussed in detail. This paper discusses many strategies for controlling the speed of a DC motor, including various speed control schemes. This study discusses and simulates multi-pulse converter-based DC motor speed control. The results of the simulation reveal that the motor can be controlled accurately in terms of speed. The speed of the motor can be measured with a tachometer or incremental encoder.

“…Different gate driver concept has been discussed along with their features. The functionality of Miller clamp circuit has been discussed which is used to mitigate any voltage spike in the gate terminal of the SiC MOSFET [9][10][11][12][13][14].…”

Section: Introductionmentioning

confidence: 99%

Gate Driver Design and Mitigation of Voltage Glitch in SiC MOSFET Using Miller Clamp

Chandu

Varalakshmi

2022

This work provides a detailed discussion about power converter circuits using SiC MOSFET, a classical approach to designing gate drivers for SiC MOSFET, and mitigation of voltage glitch and crosstalk voltage in SiC MOSFET using active as well as passive miller clamp. Different type of gate driver configuration has been discussed in this work. Crosstalk voltage exits on the gate-source terminal of SiC power MOSFET. Active and passive miller clamps are used to eliminate any crosstalk voltage which is available in the switching the MOSFET. As a result of the rapid growth of semiconductor technology, a variety of high-performance semiconductor devices are becoming available for purchase. In recent years, the silicon carbide SiC MOSFET and the junction barrier Schottky diode (JBS) have been created and are now commercially accessible. SiC MOSFETs outperform their silicon counterparts in terms of performance. The voltage and current ratings of the SiC MOSFET have also been shown to be significantly higher than those of the Si MOSFET.