Imran Ahmed Khan

Jamia Millia Islamia

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Co-Authors

Mirza Tariq Beg

Jamia Millia Islamia

Owais Ahmad Shah

Dr. Hari Singh Gour University

Jaishanker Prasad Keshari

ABES Engineering College

Amrita Rai

Jaypee Institute of Information Technology

Robert W. Erickson

University of Colorado Boulder

Rashid Mahmood

Guru Nanak Institutions

Satvik Vats

Graphic Era University

Geeta Nijhawan

Manav Rachna International Institute of Research and Studies

Pawan Whig

Vivekananda Institute of Medical Sciences

P. Mahalingam

Texas Instruments (United States)

Cooperative Institutions

University of Birmingham

471

NIHR Birmingham Biomedical Research Centre

244

Institut de Virologie

180

Yorkshire Cancer Research

176

Urology Foundation

164

Association for Cancer Surgery

152

National Institute for Health Research

150

Collaborative Group (United States)

129

Laboratoire des Sciences de l'Ingénieur, de l'Informatique et de l'Imagerie

116

University College London

111

Author Statistics

Papers

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Quality of Service (QoS) of Wireless Networks Authentication Based on 802.1X Standard

2018 International Conference on Advances in Computing, Communication Control and Networking (ICACCCN) (2018)

Deepak Choudhary Sanjay Kumar Singh Jaishanker Keshari Imran Ahmed Khan

The aim of this article is to analyse wireless network Quality of service security with a focus on networks using 802.1X authentication. EAP authentication method is introduced firstly. The aim is to design and test the proposed methodology for the proper security analysis of wireless networks with focus on potential critical places. The proposed methodology is designed for system administrators, security auditors or penetration testers as a comprehensive tool which performs a security audit of the 802.1X authentication standard. Based on the proposed methodology, a security audit of wireless network with 802.1X authentication standard is performed.

Authentication server

10.1109/icacccn.2018.8748642

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Citations (0)

Half-cycle control of the parallel resonant converter operated as a high power factor rectifier

IEEE Transactions on Power Electronics (1995)

Jiatian Hong Dragan Maksimović Robert W. Erickson Imran Ahmed Khan

A half-cycle control technique for the parallel resonant power converter operated as a high power factor rectifier is introduced in this paper. Switching of the bridge power transistors is determined such that the bridge input current averaged over a half switching cycle exactly follows the reference proportional to the input voltage. Zero current switching and below-resonance operation are guaranteed, while control of the input current is the fastest possible, regardless of the operating point. In contrast to conventional regulators, the performance is preserved under both small and large signal variations, and also for large variations of the power-stage parameter values. Fast response, stability and robustness are experimentally verified on a 1.4 kW prototype.< >

Robustness

Rectifier (neural networks)

Maximum power principle

10.1109/63.368467

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Citations (28)

LibGuides: Economics: Economics Subject Guide

Imran Ahmed Khan

Source

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Citations (0)

Optimized SRAM cell design for high speed and low power applications

World Congress on Information and Communication Technologies (2011)

Anand Kumar Shalini Karn Imran Ahmed Khan

In this paper, we have proposed a new SRAM cell architecture which consists of an asymmetric inverter pair to reduce the power consumption. In this work, we reduced the power and delay during write operation by a significant amount. However the area will be increased slightly. The average power consumption in SRAM cell is reduced by about 65.50% during a write operation and reduction in write delay is 63%. This SRAM is applicable to the areas where high speed and low power operation is required, especially in battery operated products like mobile phones and laptops etc.

Low-power electronics

Power demand

10.1109/wict.2011.6141446

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Citations (3)

Low Transistor Count Storage Elements and their Performance Comparison

2018 International Conference on Advances in Computing, Communication Control and Networking (ICACCCN) (2018)

Owais Ahmad Shah Imran Ahmed Khan Geeta Nijhawan Isha Garg

In the paper, four existing commonly referred master slave single-edge-triggered storage designs are analyzed. A detailed comparison of the designs is presented in this work on the basis of speed, power, transistor count and PDP. Due to continuous scaling of transistors and increasing requirement of portable equipment, power reduction is of main concern. For design of sequential circuits, flip-flops play very important role. All simulations of flip-flops are done using T-Spice in 32nm technology. Among all flip-flops compared, HPFF is best suited for low power applications and FFIP is best suited for high speed applications.

Transistor count

FLOPS

Spice

10.1109/icacccn.2018.8748364

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Citations (4)

Ripple Free AC-DC Converter with PID Controlled Power Decoupling Method

2022 10th International Conference on Reliability, Infocom Technologies and Optimization (Trends and Future Directions) (ICRITO) (2020)

Monish Husain Imran Ahmed Khan

This paper work includes the idea of power decoupling. The A.C. D.C. converter is delivered through the ac mains supply. For a single-phase ac supply system with unity power factor (pf.), the input side current is sinusoidal in nature and within phase along with the voltage signal of the A.C. source supply. The input side power supply is decoupled from D.C. signal component and an alternating current power supply with a frequency double of the line power frequency. To withstand a persistent output side power supply, a power controller consuming feedback from PID system is generally presented to compute error in undue power segments between two cycles and regulate the voltage at the feedback signal from the load device on the remaining time of cycle periods. Using such scheme the output side of the power adaptation circuit system can be kept persistent. In real time small ripple offerings on the output side voltage. Consequently, the output side filter capacitor requirement is successfully minimized.

AC adapter

Decoupling (probability)

10.1109/icrito48877.2020.9197959

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Citations (0)

3D Modelling of Scrap Minimizing Machine

International Journal for Research in Applied Science and Engineering Technology (2022)

Imran Ahmed Khan Ghanshyam Patel Prajwal Barse Harshit Kunwar Roshan Satpute

Abstract: Ill as taking care of and transportation of metal chips. Endeavours have been taken to guarantee an effective squander the board framework in shop floors, with least utilization of space and energy with regards to discarding Meta. There are a few modern creation processes that include mechanical machining of cast parts by different activities like turning, processing, and boring. Metal Chips, particularly of aluminium, gentle steel and cold-moved carbon steel, and so on. The assortment, stockpiling, and transportation of metal chips are a significant angle during the time spent reusing. This project centres on the compaction and making of metal chips parcels for simplicity of capacity as well chips framed during machining processes. The huge space required to store the chips as free chips have a huge surface region. The extent of the task is restricted to the plan, investigation, and manufacture of scrap baling machine. A Baling press machine is a machine where a free piece is changed over into in the structure of 8-12 kg group. In this machine, we take on a square group as opposed to roundabout shape and square parcels get less space when contrasted with the round bunches. Keywords: DC Motor, Switch Mode Power Supply (SMPS), Power Switch, Guide Way, Sliding plate, lead screw.

Scrap

Machine tool

10.22214/ijraset.2022.41604

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Citations (0)

Battery chargers for electric and hybrid vehicles

Imran Ahmed Khan

The main parts of the battery chargers of electric and hybrid vehicles and the effects of power factor on the performance of battery chargers are discussed. Considerations important in the selection and design of battery chargers for electric and hybrid vehicles and the circuits available for such charging are reviewed. Other topics discussed include charger classification based on power level, charger-to-vehicle interface, charging infrastructure, charging algorithms, equalization of individual battery voltages, and the principle of power factor correction.

Battery charger

Electric-vehicle battery

10.1109/pet.1994.572365

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Citations (38)

Analytical Comparison of Power Efficient and High Performance Adders at 32 nm Technology

Lecture notes in networks and systems (2020)

Imran Ahmed Khan Md. Rashid Mahmood Jaishanker Prasad Keshari

Spice

Carry-save adder

Serial binary adder

Arithmetic logic unit

10.1007/978-981-15-3172-9_62

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Citations (5)

Synthesis of switched-mode converters suitable for magnetic integration

IEEE Transactions on Aerospace and Electronic Systems (1995)

Imran Ahmed Khan

The requirement that the voltages across the integrated-magnetic components of a converter are proportional during all switching intervals is used to develop a systematic and straightforward procedure for the synthesis and analysis of integrated-magnetic converters. The integration of magnetic components of a converter leads to low component count, low cost, high power density, high reliability, reduced component stresses, and zero-ripple-current operation. The procedure is useful not only in the derivation and study of complete classes of integrated-magnetic converters, but also in the selection of the integrated-magnetic converter most suitable for a given application and in the design of this converter with minimum component stresses, high power density, and low cost.< >

Component (thermodynamics)

10.1109/7.395240

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Citations (5)