Rasadurai K

@kec.ac.in

Professor, Electronics and Communication Engineering
Kuppam Engineering College

Rasadurai K


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https://researchid.co/rasadurai

RESEARCH INTERESTS

Electronic Engineering and Telecommunications Engineering, Software Defined Radio, Cognitive Radio, Wireless Broadband Networks
10

Scopus Publications

65

Scholar Citations

5

Scholar h-index

1

Scholar i10-index

Scopus Publications

  • FPGA implementation of an optimized hybrid approximate multiplier using approximate parallel prefix adder
    R. Selvarasan, G. Sudhagar, K. Rasadurai
    Synergies in Smart and Virtual Systems Using Computational Intelligence, 2025
    This paper presents the FPGA implementation of a highly optimized hybrid approximate multiplier designed using approximate parallel prefix adders (AxPPAs). The proposed design applies approximation selectively to the least significant bits (LSB) of hybrid adders, leveraging the strengths of Brent Kung and Kogge Stone architecture to balance accuracy, speed, and area efficiency. Experimental validation on an 8 × 8 multiplier reveals a 24.7% reduction in slice LUTs, a 16.7% reduction in occupied slices, and an 11.8% decrease in delay, while maintaining the same power consumption as exact designs. These results highlight the design’s effectiveness in achieving significant improvements in computational performance and hardware efficiency. The implementation is particularly suited for error-resilient applications such as signal processing, machine learning, and image processing. This work demonstrates the potential of AxPPA-based designs for modern VLSI systems requiring energy-efficient, high-speed, and low-area solutions.
  • An improved noise filter design for Canny edge detection with pipeline architecture
    K. Revathi, K. Rasadurai
    Security Issues in Communication Devices Networks and Computing Models Volume 2, 2025
    The Canny edge detection algorithm stands out for its exceptional performance, but it is known to be intricate, time intensive, and demanding in terms of hardware resources. Moreover, existing implementations often employ a fixed set of threshold values for all images, failing to adapt to varying detection conditions and leading to suboptimal results. To address these challenges, this chapter proposes an enhanced version of the Canny algorithm. Using Sobel operator method and approximation techniques, it computes both magnitude and direction of the gradient, simplifying intricate calculations and reducing hardware requirements. Additionally, the algorithm incorporates Otsu's method to dynamically determine image thresholds. However, it is worth noting that Otsu's algorithm involves division operations, which can be computationally expensive and slow. This chapter introduces optimized pipeline architecture for the Canny edge detection algorithm deployed on an FPGA. The suggested method significantly enhances the algorithm's performance in comparison to the existing system's approach, specifically focusing on the FPGA device 7vx485tffg1157-3. The existing method, utilizing the conventional Canny edge detection algorithm with a pipeline architecture, achieved a delay period of 6.061ns (maximum frequency: 165.003MHz) and used 1,908 Slice LUTs on the FPGA device. In contrast, the proposed method improves upon these metrics by reducing the delay period to 3.897ns (maximum frequency: 156.614MHz) while requiring 889 Slice LUTs on the same FPGA device. This enhancement in performance is primarily attributed to the optimized pipeline architecture implemented in the proposed method. By streamlining data flow and computational stages, the proposed architecture showcases notable improvements in both speed and resource utilization without compromising the accuracy of edge detection.
  • IoT-based development of smart building applications
    P. S. Devi, K. Rasadurai
    Security Issues in Communication Devices Networks and Computing Models Volume 2, 2025
    This chapter introduces the implementation of an IoT gateway designed for comprehensive smart building management systems (SBMS). The focus is on four key applications: smart gate, smart light, smart plug, and smart energy meter, each designed to enhance the building's efficiency and user convenience. The smart lighting system comprises node MCU, power supply, light-dependent resistor, LED driver, and LEDs, offering adaptive and energy-efficient lighting solutions. The smart plug, utilizing node MCU, power supply, Blink app, relay module, AC plug, and bulb, facilitates remote control and monitoring of electrical devices within the building. For controlled access, the smart gate integrates node MCU, power supply, Blink app, servo motor, and gate mechanism, enabling secure and automated entry/exit points. The smart energy meter, incorporating node MCU, voltage sensor, current sensor, energy meter, power supply, LDR circuit, 16 x 2 LCD display, relay module, and load (e.g., bulb), provides comprehensive energy usage insights for efficient resource management. The three applications are interconnected and managed through an IoT Blink app, enabling users to regulate and monitor functionalities remotely. Data visualization of the smart energy meter is facilitated through IoT UBIDOTS, offering intuitive graphical representations and analytics for efficient energy consumption within the building. This chapter details the architectural design, components, functionalities, and interconnectivity of the IoT-based SBMS applications, showcasing their collective role in promoting efficiency, security, and streamlined management within smart building infrastructures.
  • FPGA implementation of 256-bit Key AES algorithm using a modified S-box sharing algorithm
    J. V. Preethi, G. N. Kodandaramaiah, K. Rasadurai
    Security Issues in Communication Devices Networks and Computing Models Volume 2, 2025
    This research introduces an optimized FPGA implementation of the advanced encryption standard (AES) algorithm using a 256-bit key. The use of an altered S-Box method in the AES encryption procedure is the main focus. The suggested methodology exhibits enhancements in significant performance metrics in contrast to the current strategy. The analysis specifically focuses on three important metrics: power consumption in milliwatts, latency in nanoseconds, and area usage measured in LUTs. The results show a little increase in LUT area use when comparing the suggested method to the current one, recording 520 LUTs as opposed to the prior 513. The suggested approach, on the other hand, achieves a notable reduction in latency, going from 66.579 nanoseconds in the conventional method to a mere 0.874 nanoseconds. Interestingly, power consumption for both approaches stays the same at 206.42 milliwatts. This study highlights the efficiency benefits that may be attained by utilizing a modified S-Box approach in the 256-bit key AES algorithm on Virtex 7 FPGA. Of particular note is the significant reduction in latency that can be achieved without sacrificing power consumption. These findings endorse the application of the proposed method to enhance AES encryption performance on FPGA-based devices.
  • IoT based smart city monitoring system for water, fire & gas leakage
    Dhanakamakshi, K. Rasadurai
    Aip Conference Proceedings, 2024
  • Enhanced On-Chip Memory Reliability for Space Engineering using a Novel 2-Dimensional Error Detection and Correction Scheme
    Jenifer Shruthi J, K. Rasadurai
    2024 International Conference on System Computation Automation and Networking Icscan 2024, 2024
    The paper presents a novel error detection and correction (EDAC) scheme tailored for space engineering applications, which aims to enhance the reliability of on-chip memory under challenging environmental conditions, including cosmic radiation and extreme temperatures. The proposed 2-dimensional code employs a divide-symbol strategy, utilizing XOR operations to encode diagonal, parity, and check bits during the encoding process. The decoding process is sophisticated, incorporating syndrome calculation and region selection to effectively identify and rectify errors. Simulation results obtained using Xilinx Vivado demonstrates that the proposed scheme achieves low power consumption and minimal area utilization compared to existing methods. Specifically, the encoder exhibits a maximum and minimum delay of 128 endpoints, with resource utilization metrics showing 0.02% LUT, 0.03% FF, and 25% IO utilization. The decoder exhibits a maximum and minimum delay of 64 endpoints, with resource utilization metrics of 0.03% LUT, 0.02% FF, and 19% IO utilization. This innovative EDAC methodology offers a promising solution for improving memory reliability in space applications, particularly by addressing issues caused by multiple cell upsets induced by radiation. The scheme's advantages, including enhanced memory reliability, reduced power consumption, and minimal area utilization, position it as a potentially valuable tool for future space engineering projects.
  • Performance of MC-CDMA system thorough Turbo block codes
    K. Rasadurai, N. Kumaratharan
    2nd International Conference on Electronics and Communication Systems Icecs 2015, 2015
    Multi carrier code division multiple access (MC-CDMA) is an efficient multi carrier modulation (MCM) technique that mitigates problems like spectral limitation and distortion due to multipath channels. Nevertheless, in a high speed mobile communication channels the orthogonality among subcarriers are destroyed due to multipath fading. The loss of orthogonality can cause inter carrier interference (ICI) and multiple access interference (MAI). The effect of MAI reduces the system performance in term of bit error rate (BER). The Turbo block code (TBC) technique based low density parity check (LDPC) code is proposed to overcome the MAI. It provides better concatenated decoding scheme with lower complexity and higher efficiency for improving the performance of MC-CDMA system in terms of BER and the same is proved through simulation.
  • Performance enhancement of MC-CDMA system through novel sensitive bit algorithm aided turbo multi user detection
    Rasadurai Kumaravel, Kumaratharan Narayanaswamy
    Plos One, 2015
    Multi carrier code division multiple access (MC-CDMA) system is a promising multi carrier modulation (MCM) technique for high data rate wireless communication over frequency selective fading channels. MC-CDMA system is a combination of code division multiple access (CDMA) and orthogonal frequency division multiplexing (OFDM). The OFDM parts reduce multipath fading and inter symbol interference (ISI) and the CDMA part increases spectrum utilization. Advantages of this technique are its robustness in case of multipath propagation and improve security with the minimize ISI. Nevertheless, due to the loss of orthogonality at the receiver in a mobile environment, the multiple access interference (MAI) appears. The MAI is one of the factors that degrade the bit error rate (BER) performance of MC-CDMA system. The multiuser detection (MUD) and turbo coding are the two dominant techniques for enhancing the performance of the MC-CDMA systems in terms of BER as a solution of overcome to MAI effects. In this paper a low complexity iterative soft sensitive bits algorithm (SBA) aided logarithmic-Maximum a-Posteriori algorithm (Log MAP) based turbo MUD is proposed. Simulation results show that the proposed method provides better BER performance with low complexity decoding, by mitigating the detrimental effects of MAI.
  • Performance enhancement of MC-CDMA system using LDPC codes
    K. Rasadurai, Parvathy S Kumar, N. Kumaratharan
    2013 IEEE Conference on Information and Communication Technologies ICT 2013, 2013
    A turbo block code (TBC) technique for improving the performance of a multi-carrier code division multiple access (MC-CDMA) system in terms of bit error rate (BER) is proposed in this paper. The objective of this work is to develop a coding scheme that generates low BER code-words. By implementing a time domain TBC, designed using powerful low density parity check (LDPC) code, the BER performance of MC-CDMA system is improved and the same is proved through simulation. Two types of LDPC codes, viz. random LDPC codes and quasi cyclic (QC) LDPC codes are analyzed. These codes also have error correction capability along with high performance efficiency in terms of BER. In addition a decoding algorithm with moderate decoding complexity and with feasible soft output generation is also proposed for each LDPC code.
  • Performance enhancement of MC-CDMA system through turbo multi-user detection
    K. Rasadurai, N. Kumaratharan
    2012 International Conference on Computer Communication and Informatics Iccci 2012, 2012
    In this paper turbo multi-user detection (MUD) technique is proposed for multi carrier code division multiple access (MC-CDMA) system to overcome the affects of multiple access interference (MAI) caused by the inter-cell and intra-cell interference and near far effect. The proposed technique estimates the interference from the unknown users and the interference estimate is subtracted from the received signal. Simulation results show that the turbo multi user detector significantly outperforms the conventional multi user detector for moderate and high signal-to-noise ratios.

RECENT SCHOLAR PUBLICATIONS

  • An Efficient Approximate Toffoli-based Quantum Adder for Low-Power and High-Performance Applications
    BNL K. Rasadurai
    6th edition of the International Conference on Trends in Material Science … , 2026
    2026
  • A Novel High-Speed Multiplier Design using Hybrid Han–Carlson and Knowles Adder Techniques
    BNC Dr. K. Rasadurai, G. Subramani
    6th edition of the International Conference on Trends in Material Science … , 2026
    2026
  • Fast and Compact Approximate Recursive Multiplier using a Modified Carry Bypass 4:2 Compressor
    KR Selvarasan R, G Sudhagar
    6th edition of the International Conference on Trends in Material Science … , 2026
    2026
  • An Efficient Approximate Toffoli-Based Quantum Adder for Low-Power and High-Performance Applications
    BN Lavanya, K Rasadurai
    2026 6th International Conference on Trends in Material Science and … , 2026
    2026
  • A Novel High-Speed Multiplier Design using Hybrid Han–Carlson and Knowles Adder Techniques
    BN Chandrasekhar, K Rasadurai, G Subramani
    2026 6th International Conference on Trends in Material Science and … , 2026
    2026
  • Fast and Compact Approximate Recursive Multiplier Using a Modified Carry Bypass 4: 2 Compressor
    R Selvarasan, G Sudhagar, K Rasadurai
    2026 6th International Conference on Trends in Material Science and … , 2026
    2026
  • ARTIFICIAL INTELLIGENCE DRIVEN 6G WIRELESS NETWORKS : A COMPREHENSIVE SURVEY
    HTCMBDK Rasadurai
    National Conference on Electrical, Electronics & Communication Technologies … , 2026
    2026
  • Smart Air Quality Monitoring and Health Assessment
    RAK Dr. K.Rasadurai, K Ayyappan, K Vanitha, P Yaswanthi
    National Conference on Electrical, Electronics & Communication Technologies … , 2026
    2026
  • Multi Parameter Monitoring For Smart Industry by Using IIoT
    DJ Dr.K.Rasadurai, Goura Sagar, GopiReddy Keerthi Reddy, B.V.Sreya
    National Conference on Electrical, Electronics & Communication Technologies … , 2026
    2026
  • ClassLens Smart Attendance System Using Face Recognition
    PVH Dr. K.Rasadurai, N. Chandini, M. Lakshmi Prasanna, K. Uday Bhaskar
    National Conference on Electrical, Electronics & Communication Technologies … , 2026
    2026
  • Real Time Water Contamination Monitoring Using Digital Twin Approach
    DS Dr. K. Rasadurai
    International Journal of Scientific Research in Science and Technology 13 (3 … , 2026
    2026
  • ARM - BASED EMBEDDED SYSTEMS ARCHITECTURE AND SYSTEM DESIGN
    DPAK Dr. K. Rasadurai, Dr. Nandakishor M. Ramakumar
    ISBN1-978-81-991971-1-4,Garuda Publishers India 1, 180 , 2026
    2026
  • Microwave and Antenna Engineering
    DK Rasadurai
    REST LAB, 978-81-997884-2-8 1, 181 , 2026
    2026
  • Approximate Computing Techniques for Energy-Efficient CNN Hardware Accelerators: A Comprehensive Review
    GSKR R. Selvarasan
    INTERNATIONAL JOURNAL OF VERSATILE RESEARCH AND ANALYSIS ( 4 (4), 436-442 , 2026
    2026
  • FPGA Implementation of Hardware-Efficient 2D Convolution Using MLC-Based and Hybrid Approximate Multipliers
    DKR R. Selvarasan, G Subramani
    Smart Systems for Sustainable Development using Advanced Computational … , 2025
    2025
  • FPGA implementation of an optimized hybrid approximate multiplier using approximate parallel prefix adder
    R Selvarasan, G Sudhagar, K Rasadurai
    Synergies in Smart and Virtual Systems Using Computational Intelligence, 531-535 , 2025
    2025
  • Energy-Efficient IoT Automation for Fly Trapping and Climate Management in Sericulture
    MRS G Subramani, R. Selvarasan, Dr. K. Rasadurai Mr. D. Sivakumar
    Smart Systems for Sustainable Development using Advanced Computational … , 2025
    2025
  • Innovative milk contamination detection system using Raspberry Pi and IoT sensors
    GNKR Dr. K. Rasadurai, R. Selvarasan, Sandeep
    Advancing Innovation through AI and Machine Learning Algorithms 1, 183-188 , 2025
    2025
  • Innovative Milk Contamination Detection system using Raspberry PI and IoT Sensors
    DKR Sandeep.S, R. Selvarasan,Dr. G.N. KodandaRamaiah
    International Conference on Microstructure, VLSI, Robotics Communication … , 2025
    2025
  • Development of A Low-Cost Assistive Mobility Aid For The Visually Impaired Using Raspberry Pi And Ultrasonic Sensors"
    RD Dr. K. Rasadurai
    3rd International Conference on Innovation in Multi-Disciplinary Sciences … , 2024
    2024

MOST CITED SCHOLAR PUBLICATIONS

  • Performance enhancement of MC-CDMA system through turbo multi-user detection
    K Rasadurai, N Kumaratharan
    2012 International Conference on Computer Communication and Informatics, 1-7 , 2012
    2012
    Citations: 15
  • Performance enhancement of MC-CDMA system using LDPC codes
    K Rasadurai, PS Kumar, N Kumaratharan
    2013 IEEE conference on Information & communication technologies, 78-82 , 2013
    2013
    Citations: 8
  • MC-CDMA based SDR for Next Generation Wireless Communication
    T Ilavarasi, N Kumaratharan, K Rasadurai
    International Journal of Computer Applications 73 (13) , 2013
    2013
    Citations: 8
  • AI Based Smart Surveillance System
    J Bhavyasri, GNK Ramaiah, K Rasadurai
    International Journal of Scientific Research in Science, Engineering and … , 2023
    2023
    Citations: 7
  • LDPC coding for performance enhancement of MC-CDMA system
    PS Kumar, K Rasadurai, N Kumaratharan
    International Journal 2 (1) , 2013
    2013
    Citations: 5
  • Performance enhancement of MC-CDMA system through novel sensitive bit algorithm aided turbo multi user detection
    R Kumaravel, K Narayanaswamy
    PloS one 10 (2), e0115710 , 2015
    2015
    Citations: 4
  • Tomato Leaf Disease Detection using K-Means, SVM Classifier & Neural Networks
    CK Sampoorna, K Rasadurai
    Int. J. Recent Technol. Eng 8 (5), 461-466 , 2020
    2020
    Citations: 3
  • Tomato plantleaf disease detection using k-means and svm classifier
    C Sampoorna, DK Rasadurai
    vol 5 (6) , 2019
    2019
    Citations: 3
  • Performance enhancement of MC-CDMA systems through MAP based Multiuser Detection
    K Rasadurai, J Dhanancheziyan, K Pushpakodi, N Kumaratharan
    International Journal of Advanced Networking and Applications 3 (6), 1438 , 2012
    2012
    Citations: 3
  • Design and Implementation of Image Enhancement Using XSG
    K Rasadurai
    International Journal of Scientific Research in Science, Engineering and … , 2022
    2022
    Citations: 2
  • A Case study on Consumer preference in Choosing the Masala Brands between Sakthi and Aachi Masala
    M Rasadurai, M Raguraman
    Shanlax International Journal of Commerce 6 (5), 130-137 , 2018
    2018
    Citations: 2
  • Enhanced On-Chip Memory Reliability for Space Engineering using a Novel 2-Dimensional Error Detection and Correction Scheme
    K Rasadurai
    2024 International Conference on System, Computation, Automation and … , 2024
    2024
    Citations: 1
  • IoT BASED SMART CITY MONITORING SYSTEM FOR WATER, FIRE & GAS LEAKAGE
    K Rasadurai
    Third International Conference on “Materials, Computing and Communication … , 2022
    2022
    Citations: 1
  • Design of Radix-8 Mbe-Multiplier Based on Efficient Parallel Multiplier Accumulator
    CVM Kumar, GNK Ramaiah, K Rasadurai
    http://ijsrset.com/IJSRSET1841013 , 2018
    2018
    Citations: 1
  • PERFORMANCE OF MC-CDMA SYSTEM THOROUGH TURBO BLOCK CODES
    NK K. Rasadurai
    2015 2nd International Conference on Electronics and Communication Systems … , 2015
    2015
    Citations: 1
  • Performance Enhancement of Asynchronous MC-CDMA system through Turbo MUD
    K Rasadurai, N Kumaratharan
    International Research Journal of Mobile and Wireless Communication (IRJMWC … , 2012
    2012
    Citations: 1
  • An Efficient Approximate Toffoli-based Quantum Adder for Low-Power and High-Performance Applications
    BNL K. Rasadurai
    6th edition of the International Conference on Trends in Material Science … , 2026
    2026
  • A Novel High-Speed Multiplier Design using Hybrid Han–Carlson and Knowles Adder Techniques
    BNC Dr. K. Rasadurai, G. Subramani
    6th edition of the International Conference on Trends in Material Science … , 2026
    2026
  • Fast and Compact Approximate Recursive Multiplier using a Modified Carry Bypass 4:2 Compressor
    KR Selvarasan R, G Sudhagar
    6th edition of the International Conference on Trends in Material Science … , 2026
    2026
  • An Efficient Approximate Toffoli-Based Quantum Adder for Low-Power and High-Performance Applications
    BN Lavanya, K Rasadurai
    2026 6th International Conference on Trends in Material Science and … , 2026
    2026