Mukesh Kumar Mishra
@web.mitsgwalior.in
Assistant Professor
MITS-DU Gwalior, MP, India
8
Scopus Publications
83
Scholar Citations
4
Scholar h-index
3
Scholar i10-index
Scopus Publications
- Performance Analysis of sub-6 GHz/mmWave NOMA Hybrid-HetNets Using Partial CSI
Pragya Swami, Mukesh Kumar Mishra, Vimal Bhatia, Tharmalingam Ratnarajah, and Aditya Trivedi
Institute of Electrical and Electronics Engineers (IEEE)
The ever-increasing number of wireless users (or devices) and their varied demand require the need for an advanced architecture for the future wireless network. To support massive connectivity, non-orthogonal multiple access (NOMA) has been recognized as a promising solution. NOMA increases the number of simultaneous connections using available resources for users with varying demands. Furthermore, recent measurements and experiments suggest that wide underutilized bandwidth available at millimeter-wave (mmWave) frequencies provide high data rate and therefore are capable of addressing the issue of spectrum scarcity at sub-6 GHz bands utilized by the 4 G network. Consequently, co-existence of multi-radio access technologies (RATs) for 5 G and beyond networks has been of interest to both industries and academia. In this context, this work studies the co-existence of the two RATs, namely, sub-6 GHz and mmWave communication using NOMA-enabled hybrid heterogeneous network (NOMA-HHN) for massive connectivity. The application of NOMA requires ordering users, which in turn requires the knowledge of users' channel state information (CSI). However, gathering and processing CSI of such a large number of users is difficult to implement in practice. Thus, a solution based on partial CSI is proposed. Additionally, a feedback scheme for user scheduling and RAT selection using dual association is proposed to reduce the initial access delay in beam-training at the mmWave network. Moreover, utilizing directional nature of the mmWave communication, random beamforming is used to reduce system overhead in a network with massive users. The analytical results are confirmed using Monte-Carlo simulation, and various significant advantages are noted for the proposed NOMA-HHN over existing architectures. - Outage and ASE Analyses for Power Controlled D2D Communication
Praveen Pawar, Aditya Trivedi, and Mukesh Kumar Mishra
Institute of Electrical and Electronics Engineers (IEEE)
In fifth-generation technology, device-to-device (D2D) communication underlaid with a cellular network provides a feasible solution for proximity-based wireless applications and services. D2D communication allows a direct connection between two devices without traversing through the base station. It can potentially reduce the data traffic in the cellular networks with improved spectral and energy efficiency. However, interference management is a primary concern when D2D links utilize the same resources occupied by cellular users. In this paper, we propose a location-based power control approach to mitigate the severe interference components for underlaying D2D communication cellular network for multicell scenario. Moreover, outage analysis for the cellular user as well as D2D user is carried out by using the tools from stochastic geometry. Outage performance is further improved by employing a cooperation approach that also enables D2D user’s power saving. Further, area spectral efficiency (ASE) analysis is performed using the proposed power control and cooperation approach for the overall system model. We obtain the optimal D2D user density to maximize the ASE. Finally, the numerical results are presented to validate the analytic observations of the proposed framework. - Performance Analysis of NOMA Enabled Hybrid Network with Limited Feedback
Pragya Swami, Mukesh Kumar Mishra, Vimal Bhatia, and Tharmalingam Ratnarajah
Institute of Electrical and Electronics Engineers (IEEE)
This paper investigates the coexistence of multi radio access technology (RAT) using Ultra High Frequency (UHF) small base station (SBS) and millimeter Wave (mmWave) SBS tier in a heterogeneous network (HetNet). To support large number of users, non-orthogonal multiple access (NOMA) is used in the SBS tier. For NOMA, the SBS needs to obtain users’ channel state information (CSI) to determine their ordering. Acquiring CSI at the SBS is a challenging task due to the massively increased number of users. The existing literature uses limited feedback from the users as a potential solution to assist the SBS in user ordering, when perfect CSI is not known at the base station. The limited feedback from the users in the existing literature is used only for user ordering. However, in the proposed work, unlike using limited feedback only for user ordering, the usage of limited feedback from the users is twofold. The first one is for the user ordering and the second is for the RAT selection. The impact of the proposed feedback system is analyzed in a NOMA enabled hybrid UHF/mmWave downlink HetNet. Numerical results show that the proposed feedback system achieves significant improvement in the outage probability. - Outage probability of ultra high frequency and millimeter wave based hetnets with NOMA
Pragya Swami, Mukesh Kumar Mishra, Vimal Bhatia, and Tharmalingam Ratnarajah
IEEE
This paper studies the outage performance of heterogeneous network consisting of ultra high frequency base stations (UHBSs) and millimeter wave base stations (MWBSs). Offloading to MWBS is performed based on the average received power from the base stations of the two tiers, i.e., UHBS and MWBS tier. Both the UHBS and MWBS employ non-orthogonal multiple access (NOMA) to support the users. Furthermore, the impact of the channel gain difference (CGD) between the users paired at the MWBS tier is investigated in detail. The numerical results show that offloading to MWBS achieves significant improvement in the outage probability of the offloaded user. In addition, offloading to MWBS tier also improves the outage performance at the UHBS tier. Besides, it is observed that the CGD between the paired users at the MWBS tier plays a vital role in the outage performance of the offloaded user. The analytical results are verified using Monte Carlo simulations. - Spectral efficiency and deployment cost efficiency analysis of mmW/UHF-based cellular network
Mukesh Kumar Mishra and Aditya Trivedi
Institute of Electrical and Electronics Engineers (IEEE)
Next-generation heterogeneous cellular network (HCN) expects more and more deployment of the base stations and spectrum to achieve data rate in gigabits per second with seamless connectivity. Recently, small cell deployment has proven its effectiveness for increasing the coverage and area spectral efficiency (ASE) of the cellular network. Although, dense small cell deployment also increases the deployment cost and cross-tier interference of the network. This paper suggests switching-based mixed millimeter wave (mmW)/ultra high frequency (UHF) cellular network as a possible solution to overcome these challenges. In mixed mmW/UHF cellular network (named as MMUCN), mmW is used as the main transmission link, and UHF band is utilized as a backup link. In this paper, a theoretical framework is developed using tools from the stochastic geometry to analyze the outage performance, ASE, and deployment cost efficiency (DCE) of the MMUCN, which comprises existing macro base stations and mmW base stations. Optimal mmW base station densities constraints by the outage are calculated, which maximizes the ASE and DCE. Furthermore, a multiobjective optimization problem is formulated to maximize ASE and DCE simultaneously. Numerical results show that MMUCN outperforms UHF-based two-tier cellular network and efficiently mitigates the cross-tier interference of the system. - Outage and energy efficiency analysis for cognitive based heterogeneous cellular networks
Mukesh Kumar Mishra, Aditya Trivedi, and K. K. Pattanaik
Springer Science and Business Media LLC - An Analytical Model for LoS Probability and Area Transport Efficiency of Millimeter Wave Cellular Network
Mukesh Kumar Mishra, Aditya Trivedi, and K. K. Pattanaik
Springer Science and Business Media LLC - Analysis of downlink power control and cooperation scheme for two-tier heterogeneous cellular network
Pragya Swami, Mukesh Kumar Mishra, and Aditya Trivedi
Wiley
SummaryThe traditional cellular network cannot keep pace with the dramatic growth in data traffic due to exponentially increasing number of multimedia applications and mobile subscribers. Recently, femto base stations (FBSs) are deployed with the macro base station (MBS) tier for off‐loading the data traffic and to improve the indoor coverage of the heterogeneous cellular network. However, FBS deployment also increases the cross‐tier interference of the heterogeneous cellular network resulting in outage performance degradation of MBS tier. This work develops an analytical framework to limit the cross‐tier interference of MBS tier using power control scheme (PCS). The proposed PCS works on path loss inversion and location‐based power level rule for FBS. Moreover, a cooperation scheme and an association policy with MBS (CSAPM) are introduced to improve the outage performance of the FBS tier. Tools from the stochastic geometry are used for deriving the signal to interference and noise ratio outage probability, total outage probability, and area spectral efficiency (ASE) of MBS tier and FBS tier. Additionally, ASE maximization problem is formulated to evaluate the optimal density of FBSs. The effectiveness of the proposed PCS and CSAPM on outage performance and ASE are numerically demonstrated. It is noted from the results that the proposed CSAPM can compensate the loss in outage performance of FBS tier due to PCS. Finally, simulation results validate the analytical results. - Performance analysis of two-tier cellular network using power control and cooperation
Pragya Swami, Mukesh Kumar Mishra, and Aditya Trivedi
IEEE
Femtocell deployment improves the data rate and indoor coverage of the heterogeneous cellular network (HCN). However, it also increases the cross-tier interference of the system which results in performance degradation of the macro base station (MBS) tier. In this work, a mathematical framework is developed to mitigate the cross-tier interference of MBS tier using a power control scheme (PCS). This PCS works on path loss inversion and location-based power level rule for femto base stations (FBS) to improve the coverage of the MBS tier. Furthermore, a cooperation scheme and association policy are proposed to improve the performance of the FBS tier. Stochastic geometry is considered for deriving the signal to interference and noise ratio (SINR) outage probability, total outage probability, and area spectral efficiency (ASE) for MBS and FBS tiers. The impact of the PCS, proposed cooperation scheme with association policy on outage probability, and ASE are numerically evaluated. Numerical results show that considerable improvement in outage performance of MBS tier is obtained using proposed PCS. Moreover, applying PCS results in degradation of outage performance of FBS tier. This loss in performance can be compensated by using the proposed cooperation scheme and association policy. - Performance analysis of two tier cognitive heterogeneous cellular network
Mukesh Kumar Mishra and Aditya Trivedi
IEEE
Next generation cellular network is expected to overcome the issues like demand for high data rates, better network coverage, energy, and spectrally efficient system. In this paper, femto based heterogeneous cellular network (HCN) with cognitive approach is considered to address these issues. This paper investigates two tier cognitive based HCN for overlay, underlay, and mixed overlay-underlay spectrum sharing schemes (SSSs). Macro base station (MBS) and cognitive femto base station (CFBS) are considered as a primary user network (PUN) and cognitive user network (CUN), respectively. Outage probability is a fundamental performance measure in HCN design. In this work, stochastic geometry is used for deriving the probability density function (pdf) of the signal-to-interference ratio (SIR) and the outage probability of the HCN for different SSSs. Furthermore, energy efficiency (EE) of the HCN and single tier network (MBS only) are also calculated for different SSSs. Numerical results show that outage performance of HCN in mixed overlay-underlay scheme outperforms other schemes. Moreover, it is observed that the effect of BSs density on outage probability is lower for the CFBSs as compared to MBSs. - Analytical outage performance of uplink distributed green antenna system
Mukesh Kumar Mishra, Parag Aggarwal, Aditya Trivedi, and K. K. Pattanaik
IEEE
With exponential growth of high data rate applications, significant energy is consumed in cellular networks to guarantee better quality of service (QoS). Therefore, energy efficient wireless communication is being paid increasing attention under the background of limited energy resource and environmental-friendly transmission behaviors. Recently, distributed antenna system (DAS) has shown great potential for reducing transmission power and outage for next generation cellular networks. Previously, most of the researches have not considered the random locations of both the mobile stations (MSs) and the DAS. In this paper, we suggest stochastic geometry based distributed green antenna system (DGAS) model to analyze the performance of the cellular system. Moreover, uplink DGAS is considered where MSs' locations are distributed according to homogenous Poisson point process (HPPP) and each MS is associated to the closest distributed green antenna (DGA). Further, the expressions for outage probability and the area spectral efficiency are derived over path loss and Rayleigh fading channel. Analytical results for the interference limited system show that as the distance between MS and DGA of interest increases, outage probability of the system increases. - Analytical outage performance of cognitive small cell network
Mukesh Kumar Mishra and Aditya Trivedi
IEEE
Spectral efficiency (SE) and energy efficiency (EE) are the critical challenges for the next generation cellular network (NGCN). Small cells deployment and cognitive radio which facilitates efficient utilization of radio spectrum are the promising techniques for evolution of the NGCN. In a heterogeneous cellular network (HCN) design where interference is an important issue, outage probability is a fundamental performance measure. In this paper, stochastic geometry based model is used for deriving the outage probability for different resource allocation strategies, which are both interference and instantaneous signal power limited. This paper considers a cognitive based two tier HCN where the macro base stations (MBSs) and cognitive pico base stations (CPBSs) are distributed by two independent homogeneous spatial Poisson point processes (HSPPPs). Co-channel resource allocation strategy considers cross-tier and co-tier interference, while orthogonal channel strategy considers only co-tier interference to calculate the outage probability. Moreover, depending on the outage probability expression, the area spectral efficiency (ASE) and EE are calculated for co-channel and orthogonal channel deployment. Analytical results, with a constraint on minimum instantaneous signal power, show that the outage performance and EE are better for orthogonal resource allocation compare to the co-channel resource allocation strategy.
RECENT SCHOLAR PUBLICATIONS
- Performance analysis of sub-6 GHz/mmWave NOMA hybrid-HetNets using partial CSI
P Swami, MK Mishra, V Bhatia, T Ratnarajah, A Trivedi
IEEE Transactions on Vehicular Technology 71 (12), 12958-12971 2022 - mmWave-Based 5G and Beyond Cellular Networks
M Kumar Mishra, A Trivedi, N Mehra
5G and Beyond Wireless Systems: PHY Layer Perspective, 129-153 2020 - Performance Analysis of NOMA Enabled Hybrid Network with Limited Feedback
Pragya Swami, Mukesh Kumar Mishra, Vimal Bhatia, Tharmalingam Ratnarajah
IEEE Transactions on Vehicular Technology, DOI: 10.1109/TVT.2020.2974004 2020 - Outage probability of ultra high frequency and millimeter wave based HetNets with NOMA
P Swami, MK Mishra, V Bhatia, T Ratnarajah
2019 16th International Symposium on Wireless Communication Systems (ISWCS 2019 - Outage and ASE analyses for power controlled D2D communication
P Pawar, A Trivedi, MK Mishra
IEEE Systems Journal 14 (2), 2269-2280 2019 - Spectral efficiency and deployment cost efficiency analysis of mmW/UHF-based cellular network
MK Mishra, A Trivedi
IEEE Transactions on Vehicular Technology 68 (7), 6565-6577 2019 - Outage and energy efficiency analysis for cognitive based heterogeneous cellular networks
MK Mishra, A Trivedi, KK Pattanaik
Wireless Networks 24, 847-865 2018 - An Analytical Model for LoS Probability and Area Transport Efficiency of Millimeter Wave Cellular Network
MK Mishra, A Trivedi, KK Pattanaik
Wireless Personal Communications 97, 2383-2398 2017 - Analysis of downlink power control and cooperation scheme for two‐tier heterogeneous cellular network
P Swami, MK Mishra, A Trivedi
International Journal of Communication Systems 30 (13), e3282 2017 - Performance analysis of two-tier cellular network using power control and cooperation
P Swami, MK Mishra, A Trivedi
2016 International Conference on Advances in Computing, Communications and 2016 - Performance analysis of two tier cognitive heterogeneous cellular network
MK Mishra, A Trivedi
2015 Twenty First National Conference on Communications (NCC), 1-6 2015 - Analytical outage performance of cognitive small cell network
MK Mishra, A Trivedi
2014 IEEE Online Conference on Green Communications (OnlineGreencomm), 1-6 2014 - Analytical outage performance of uplink distributed green antenna system
MK Mishra, P Aggarwal, A Trivedi, KK Pattanaik
2014 Eleventh International Conference on Wireless and Optical 2014 - Efficient BER analysis of OFDM system over Nakagami-m fading channel
MK Mishra, N Sood, AK Sharma
International Journal of Advanced Science and Technology 37, 37-46 2011 - SER analysis of OFDM system over rayleigh fading channel
MK Mishra, N Sood
International Journal of Computer Applications 975, 8887 2011 - BER Performance of OFDM-BPSK System over Nakagami Fading Channels
MK Mishra, N Sood, AK Sharma
International Journal of Computer Applications (IJCA) 17 (8), 1-3 2011 - Systems, Mobile Communication and Computing 2011 by IJCA Journal Number 1-Article 5 Year of Publication: 2011
MK Mishra, HS Ajal, R Kumar
2011 - Error rate performance analysis of OFDM system over Nakagami-n and Nakagami-q distributions
MK Mishra, HS Ajal, R Kumar
Proceedings of the innovative conference on embedded systems, mobile 2011 - Analytical Error Rate Performance Evaluation of OFDM-QPSK System over Nakagami Distribution
MK Mishra
International Journal of Computer Applications 975, 8887 2011 - BER performance of OFDM-BPSK over Nakagami fading channels
MK Mishra, N Sood, AK Sharma
International Journal of Computer Applications 975, 8887 2011
MOST CITED SCHOLAR PUBLICATIONS
- Performance Analysis of NOMA Enabled Hybrid Network with Limited Feedback
Pragya Swami, Mukesh Kumar Mishra, Vimal Bhatia, Tharmalingam Ratnarajah
IEEE Transactions on Vehicular Technology, DOI: 10.1109/TVT.2020.2974004 2020
Citations: 23 - Efficient BER analysis of OFDM system over Nakagami-m fading channel
MK Mishra, N Sood, AK Sharma
International Journal of Advanced Science and Technology 37, 37-46 2011
Citations: 23 - Outage and ASE analyses for power controlled D2D communication
P Pawar, A Trivedi, MK Mishra
IEEE Systems Journal 14 (2), 2269-2280 2019
Citations: 16 - Spectral efficiency and deployment cost efficiency analysis of mmW/UHF-based cellular network
MK Mishra, A Trivedi
IEEE Transactions on Vehicular Technology 68 (7), 6565-6577 2019
Citations: 13 - Performance analysis of sub-6 GHz/mmWave NOMA hybrid-HetNets using partial CSI
P Swami, MK Mishra, V Bhatia, T Ratnarajah, A Trivedi
IEEE Transactions on Vehicular Technology 71 (12), 12958-12971 2022
Citations: 11 - BER performance of OFDM-BPSK over Nakagami fading channels
MK Mishra, N Sood, AK Sharma
International Journal of Computer Applications 975, 8887 2011
Citations: 9 - Outage and energy efficiency analysis for cognitive based heterogeneous cellular networks
MK Mishra, A Trivedi, KK Pattanaik
Wireless Networks 24, 847-865 2018
Citations: 8 - Analysis of downlink power control and cooperation scheme for two‐tier heterogeneous cellular network
P Swami, MK Mishra, A Trivedi
International Journal of Communication Systems 30 (13), e3282 2017
Citations: 6 - Performance analysis of two-tier cellular network using power control and cooperation
P Swami, MK Mishra, A Trivedi
2016 International Conference on Advances in Computing, Communications and 2016
Citations: 6 - Performance analysis of two tier cognitive heterogeneous cellular network
MK Mishra, A Trivedi
2015 Twenty First National Conference on Communications (NCC), 1-6 2015
Citations: 5 - Outage probability of ultra high frequency and millimeter wave based HetNets with NOMA
P Swami, MK Mishra, V Bhatia, T Ratnarajah
2019 16th International Symposium on Wireless Communication Systems (ISWCS 2019
Citations: 4 - SER analysis of OFDM system over rayleigh fading channel
MK Mishra, N Sood
International Journal of Computer Applications 975, 8887 2011
Citations: 4 - mmWave-Based 5G and Beyond Cellular Networks
M Kumar Mishra, A Trivedi, N Mehra
5G and Beyond Wireless Systems: PHY Layer Perspective, 129-153 2020
Citations: 1 - Analytical outage performance of cognitive small cell network
MK Mishra, A Trivedi
2014 IEEE Online Conference on Green Communications (OnlineGreencomm), 1-6 2014
Citations: 1 - Error rate performance analysis of OFDM system over Nakagami-n and Nakagami-q distributions
MK Mishra, HS Ajal, R Kumar
Proceedings of the innovative conference on embedded systems, mobile 2011
Citations: 1