1. Mishra, L.N., R.K. Yadav, 2020. A note on ordinary hypergeometric series and Bailey’s Transform. J. Fractional Calculus Applic., 11: 182-187.
2. Tiwari, S.K. and L.N. Mishra, 2019. Some results on cone metric spaces introduced by Jungck multistep iterative scheme. Global J. Eng. Sci. Res., 6: 284-295.
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3. Suthar, D.L., S.D. Purohit, R.K. Parmar and L.N. Mishra, 2019. Integrals involving product of general class of polynomials and multiindex bessel function. Thai J. Math., .
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4. Pişcoran, L.I., L.N. Mishra and S. Uddin, 2019. A new class of Finsler-metrics and its geometry. Differ. Geom. Dyn. Syst., 21: 123-149.
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5. Page, M.H., L.N. Mishra, 2019. Weaker form of totally continuous functions, Open J. Math. Sci., 3 : 1-6.
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6. Mishra, S., L.N. Mishra, R.K. Mishra and S. Patnaik, 2019. Some applications of fractional calculus in technological development. J. Fractional Calculus Applic., 10: 228-235.
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7. Mishra, L.N., S. Pandey and V.N. Mishra, 2019. On a class of generalised (p, q) bernstein operators. Indian J. Ind. Applied Math., 10: 220-233.
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8. Mishra, L.N., B.R. Wadkar, 2019. Dislocated metric space with some fixed point theorems. Int. J. Scient. Innovative Math. Res., 7: 9-24.
9. Mishra, L.N. and A. Kumar, 2019. Direct estimates for stancu variant of lupaş-durrmeyer operators based on polya distribution. Khayyam J. Math., 5: 51-64.
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10. Jena, B.B., L.N. Mishra, S.K. Paikray and U.K. Misra, 2019. Approximation of signals by general matrix summability with effects of Gibbs phenomenon. Bol. Soc. Paran. Mat., 38: 141-158.
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11. Hui, S.K., M. Atceken, T. Pal and L.N. Mishra, 2019. On Contact CR-submanifolds of $(LCS)-n$-Manifolds. Thai J. Math., .
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12. Dubey, R., L.N. Mishra, 2019. Nondifferentiable multiobjective higher-order duality relations for unified type dual models under type-I functions. Adv. Stud. Contemp. Math., 29: 373-382.
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13. Dubey, R., L.N. Mishra and R. Ali, 2019. Special class of second-order non-differentiable symmetric duality problems with (G,α_f)-pseudobonvexity assumptions. Mathematics, 7: 763-778.
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14. Dubey, R., L.N. Mishra and C. Cesarano, 2019. Multiobjective fractional symmetric duality in mathematical programming with (C, G_f)-invexity assumptions. Axioms, Vol. 8., 10.3390/axioms8030097.
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15. Das, D., L.N. Mishra, 2019. Some fixed point results for JHR operator pairs in C*-algebra valued modular B-metric spaces via C*, class functions with applications. Adv. Stud. Contemp. Math. (Kyungshang)., 29: 383-400.
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16. Auwalu, A., E. HinÒal and N. Mishra, 2019. On some fixed point theorems for expansive mappings in dislocated cone metric spaces with Banach Algebras. J. Math. Applic., 42: 21-33.
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17. Assaye, B., M. Alamneh, L.N. Mishra, Y. Mebrat, 2019. Dual skew heyting almost distributive lattices. Applied Math. Nonlin. Sci., 4: 151-162.
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18. Vandana, Deepmala, N. Subramanian, L.N. Mishra, 2018. The cesaro χ² of tensor products in orlicz sequence spaces. Int. J. Adv. Applied Math. Mech., 6: 33-42.
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19. Suthar, D.L., L.N. Mishra, A.M. Khan and A. Alaria, 2018. Fractional integrals for the product of Srivastava's polynomial and (p, q)-extended hypergeometric function. TWMS J. Applied Engg. Math. (In Press). .
20. Sharma, N., L.N. Mishra and V.N. Mishra, 2018. Fixed point theorems for expansive type mappings in multiplicative metric spaces. Turk. J. Anal. Number Theory, 6: 52-56.
21. Patir, B., N. Goswami and L.N. Mishra, 2018. Fixed point theorems in fuzzy metric spaces for mappings with some contractive type conditions. Korean J. Math., 26: 307-326.
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22. Mishra, V.N., P. Patel and L.N. Mishra, 2018. The integral type modification of Jain operators and its approximation properties. Numer. Funct. Anal. Optim., 39: 1265-1277.
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23. Mishra, L.N., P.K. Das, P. Samanta, M. Misra and U.K. Misra, 2018. On indexed absolute matrix summability of an infinite series. Applic. Applied Math., 13: 274-285.
24. Mishra, L.N., P.K. Das, P. Samanta, M. Misra and U.K. Misra, 2018. On indexed absolute matrix summability of an infinite series. Applic. Applied Math. (In Press). .
25. Mishra, L.N., K. Jyoti, A. Rani and Vandana, 2018. Fixed point theorems with digital contractions image processing. Nonlinear Sci. Lett. A, 9: 104-115.
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26. Mishra, L.N., A. Rani, M. Kumar, A. Rani and K. Jyoti, 2018. Some common fixed point theorems in JS-metric spaces. Nonlinear Sci. Lett. A, 9: 73-85.
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27. Mishra, L.N. and A. Gupta, 2018. An application of Perov type results in gauge spaces. Tbilisi Math. J., 11: 139-151.
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28. Maitra, J.K., S. Chaturvedi and L.N. Mishra, 2018. A note on fg-interior. Global J. Eng. Sci. Res., 5: 30-35.
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29. Jena, B.B., L.N. Mishra, S.K. Paikray and U.K. Misra, 2018. Approximation of signals by general matrix summability with effects of Gibbs Phenomenon. Bolet. Soc. Paranaense Matematica (In Press). .
30. Dubey, R., L.N. Mishra and V.N. Mishra, 2018. Duality relations for a class of a multiobjective fractional programming problem involving support functions. Am. J. Operat. Res., 8: 294-311.
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31. Deepmala, Vandana, N. Subramanian and L.N. Mishra, 2018. The fibonacci numbers of asymptotically lacunary chi (2) over probabilistic p-metric spaces. TWMS J. Pure Applied Math., 9: 94-107.
32. Choudhary, K., A.K. Jha, L.N. Mishra and M. Vandana, 2018. Buoyancy and chemical reaction effects on mhd free convective slip flow of newtonian and polar fluid through porousmedium in the presence of thermal radiation and ohmic heating with dufour effect. Facta Univ., Series: Math. Infor., 33: 1-29.
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33. Wadkar, B.R., R. Bhardwaj, L.N. Mishra and B. Singh, 2017. fixed point theorem in T₀ Quasi metric space. Fluid Mech.: Open Access, Vol. 4. 10.4172/2476-2296.1000143.
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34. Wadkar, B.R., L.N. Mishra, R. Bhardwaj and B. Singh, 2017. Fixed point theorems in fuzzy 2-metric spaces. Int. J. Adv. Math., 4: 14-20.
35. Wadkar, B.R., L.N. Mishra, R. Bhardwaj and B. Singh, 2017. Fixed point theorem in fuzzy 3-metric space. Adv. Dynam. Syst. Applic., 12: 123-134.
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36. Vandana, Deepmala, N. Subramanian and L.N. Mishra, 2017. Vector valued multiple of X₂ over p-metric sequence spaces defined by Musielak. Caspian J. Math. Sci., 6: 87-98.
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37. Vandana, Deepmala, N. Subramanian and L.N. Mishra, 2017. The backward operator of double almost $\left(\lambda_{m}\mu_{n}\right)$ convergence in $\chi^{2}-$riesz space defined by a Musielak-Orlicz function. J. Ramanujan Soc. Math. Math. Sci., 6: 31-44.
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38. Vandana, Deepmala, N. Subramanian and L.N. Mishra, 2017. The Triple approximation of $P-$ metric space of $\chi^{3}-$ defined by Musielak Orlicz function. Nonlinear Sci. Lett., 8: 207-220.
39. Vandana, Deepmala, N. Subramanian and L.N. Mishra, 2017. Riesz triple almost lacunary χ³ sequence spaces defined by a orlicz function-II. J. Generalized Lie Theor. Applic, Vol. 11. 10.4172/1736-4337.1000285.
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40. Vandana, D.N. and L.N. Mishra, 2017. The fibonacci numbers convergence of order α by Lacunary of X² over p-metric spaces of Musielak. Int. Bull. Math. Res., 4: 23-34.
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41. Vandana, D., N. Subramanian and L.N. Mishra, 2017. The multi rough ideal convergence of difference strongly of X² in p-metric spaces defined by orlicz. Model. Applic. Theor., 1 3.
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42. Mishra, L.N., M. Sen and R.N. Mohapatra, 2017. On existence theorems for some generalized nonlinear functional-integral equations with applications. Filomat, 31: 2081-2091.
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43. Kumar, M., L.N. Mishra and S. Mishra, 2017. Common fixed theorems satisfying (CLRST) property in b-metric spaces. Adv. Dyn. Syst. Applic., 12: 135-147.
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44. Kumar, A. and L.N. Mishra, 2017. Approximation by modified Jain-Baskakov-Stancu operators. Tbilisi Math. J., 10: 185-199.
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45. Deshpande, B., A. Handa and L.N. Mishra, 2017. Common coupled fixed point theorem under weak ψ-φ contraction for hybrid pair of mappings with application. TWMS J. Applied Eng. Math., 4: 7-24.
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46. Deepmala, R., N. Subramanian, L.N. Mishra, 2017. Triple Ideal convergent ofχ over n p-metric spaces defined by Musielak-Orlicz functions. Math. Sci. Lett., 6: 169-175.
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47. Deepmala, N. Subramanian and L.N. Mishra, 2017. The Cesaro Lacunary Ideal bounded linear operator of X²- of ϕ-statistical vector valued defined by a bounded linear operator of interval numbers. Songklanakarin J. Sci. Technol., 39: 549-563.
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48. Deepmala, M. Jain, L.N. Mishra and V.N. Mishra, 2017. A note on the paper “Hu et al., common coupled fixed point theorems for weakly compatible mappings in fuzzy metric spaces, fixed point theory and applications 2013, 2013:220 Int. J. Adv. Appl. Math. Mech., 5: 51-52.
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49. Deepmala, L.N. Mishra and N. Subramanian, 2017. The double $\chi^{2}$ with two inner product defined by Musielak-Orlicz functions. Elect. J. Math. Anal. Appl., 5: 106-111.
50. Chauhan, O.P., N. Singh, D. Singh and L.N. Mishra, 2017. Common fixed point theorems in cone metric spaces under general contractive conditions. Applied Math. Inform. Mech., 9: 133-149.
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51. Vandana, N.S. and L.N. Mishra, 2016. On rough I-core of triple sequence spaces by metric. Model. Applic. Theory, 2016: 27-36.
52. Vandana, N. Subramanian, L.N. Mishra, 2016. On rough I-core of triple sequence spaces by metr. Model. Applic. Theory, 1: 28-35.
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53. Piscoran, L.I. and L.N. Mishra, 2016. Projective change for a new class of (α, β)-metrics. Math. Aeterna, 6: 885-894.
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54. Murthy, P.P., L.N. Mishra and U.D. Patel, 2016. Common fixed point theorems for generalized quadratic $ (\ψ_{1},\ψ_{2},\φ)$-weak contraction in complete metric spaces. Applied Math. Inform. Sci. Lett., 4: 127-135.
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55. Murthy, P.P., K. Tas, K. Rashmi and L.N. Mishra, 2016. Sub-compatible maps, weakly commuting maps and common fixed points in cone metric spaces. Applied Math. Inform. Mech., 8: 139-148.
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56. Mishra, V.N., P. Sharma and L.N. Mishra, 2016. On statistical approximation properties of q-Baskakov-Szasz-Stancu operators. J. Egypt. Math. Soc., 24: 396-401.
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57. Mishra, V.N., Deepmala, N. Subramanian and L.N. Mishra, 2016. The generalized semi normed difference of χ3 sequence spaces defined by orlicz function. J. Appl. Computat. Math., 10.4172/2168-9679.1000316.
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58. Mishra, L.N., R.P. Agarwal and M. Sen, 2016. Solvability and asymptotic behavior for some nonlinear quadratic integral equation involving Erdelyi-Kober fractional integrals on the unbounded interval. Prog. Fractional Differ. Applications, 2: 153-168.
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59. Mishra, L.N., H.M. Srivastava and M. Sen, 2016. Existence results for some nonlinear functional-integral equations in Banach algebra with applications. Int. J. Anal. Applic., 11: 1-10.
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60. Mishra, L.N., Deepmala and N. Subramanian, 2016. The generalized triple difference lacunary statistical on Γ³ over p-metric spaces defined by musielak orlicz function. J. Phys. Math., 10.4172/2090-0902.1000183.
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61. Mishra, L.N. and R.P. Agarwal, 2016. On existence theorems for some nonlinear functional-integral equations. Dynamic Syst. Applic., 25: 303-320.
62. Mishra, L.N. and N. Subramanian, 2016. The new generalized difference of x² over p-metric spaces defined by musielak orlicz function. J. Progressive Res. Math., 9: 1301-1311.
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63. Mishra, L.N. and M. Sen, 2016. On the concept of existence and local attractivity of solutions for some quadratic Volterra integral equation of fractional order. Applied Math. Comput., 285: 174-183.
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64. Gairola, A.R. and L.N. Mishra, 2016. On the q-derivatives of a certain linear positive operators. Iran. J. Sci. Technol. Trans. A: Sci., 42: 1409-1417.
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65. Gairola, A.R and L.N. Mishra, 2016. Rate of approximation by finite iterates of $$ q $$ q-durrmeyer operators. Proc. Nat. Acad. Sci., India Sect. A Phys. Sci., 86: 229-234.
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66. Deepmala, S.N. and L.N. Mishra, 2016. The new generalized difference sequence space X² over p-metric spaces defined by musielak orlicz function associated with a sequence of multipliers. J. Applied Comput. Math., Vol. 5. 10.4172/2168-9679.1000331.
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67. Deepmala, R., L.N. Mishra, N. Subramanian, 2016. Characterization of some lacunary $\chi^{2}_{A_{uv}}-$ convergence of order $\alpha$ with $p-$ metric defined by $mn$ sequence of moduli Musielak. Applied. Math. Inf. Sci. Lett., 4: 119-126.
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68. Deepmala, N. and L.N. Mishra, 2016. The topological groups of triple almost lacunary χ3 sequence spaces defined by a orlicz function. Elect. J. Math. Anal. Appl., 4: 272-280.
69. Deepmala, N. Subramanian and L.N. Mishra, 2016. The triple x of ideal fuzzy real numbers over p-metric spaces defined by musielak orlicz function. Southeast Asian Bull. Math., 40: 823-836.
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70. Deepmala, N. Subramanian and L.N. Mishra, 2016. The growth rate ofγ³defined by orlicz function. J. Approximation Theory Applied Math., 6: 1-13.
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71. Deepmala, N. Subramanian and L.N. Mishra, 2016. The double almost {\lambda_{m}\mu_{n}} convergence in \gamma^{2}-riesz space defined by a musielak-orlicz function. Asia Pac. J. Math., 3: 38-47.
72. Deepmala, N. Subramanian and L.N. Mishra, 2016. Randomness of lacunary statistical acceleration convergence of $\chi^{2}$ over $p-$ metric spaces defined by Orlicz function. J. Math. Sci., 3: 57-72.
73. Deepmala, N. Subramanian and L.N. Mishra, 2016. Generalized I of strongly lacunary of chi (2) over p-metric spaces defined by Musielak Orlicz function. Appl. Applied Math. Int. J., 11: 888-905.
74. Subramanian, N. and L.N. Mishra, 2015. Riesz triple almost lacunary X³ sequence spaces defined by a Orlicz function. General Math., 23: 91-94.
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75. Murthy, P.P., L.N. Mishra and U.D. Patel, 2015. n-tupled fixed point theorems for weak-contraction in partially ordered complete G-metric spaces. New Tren. Math. Scie., 3: 50-75.
76. Modh, A., M. Dabhi, L.N. Mishra and V.N. Mishra, 2015. Wireless network controlled robot using a website, android application or simple hand gestures. J. Comput. Networks, 3: 1-5.
77. Mishrak, L.N., M. Sharma and V.N.M. Lakshmi, 2015. Manoj generalized Yang-Fourier transforms to heat-conduction in a semi-infinite fractal bar. Pure Applied Math., 4: 57-61.
78. Mishra, L.N., S.K. Tiwari, V.N. Mishra and I.A. Khan, 2015. Unique fixed point theorems for generalized contractive mappings in partial metric spaces. J. Funct. Spaces, Vol. 2015. .
79. Mishra, L.N., S.K. Tiwari and V.N. Mishra, 2015. Fixed point theorems for generalized weakly S-contractive mappings in partial metric spaces. J. Applied Anal. Comput., 5: 600-612.
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80. Mishra, L.N., 2015. Differential operators over modules and rings as a path to the generalized differential geometry. Facta Univ. Ser. Math. Inf., 30: 753-764.
81. Deepmala, N. Subramanian and L.N. Mishra, 2015. Riesz triple almost lacunary x³ sequence spaces de ned by a orlicz function. Gen. Math., 23: 91-104.
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82. Deepmala and L.N. Mishra, 2015. Differential operators over modules and rings as a path to the generalized differential geometry. Facta Univ, Series: Math. Infor., 30: 1-12.
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83. Ali, M.F., M. Sharma, L.N. Mishra and V.N. Mishra, 2015. Dirichlet average of generalized miller-ross function and fractional derivative. Turk. J. Anal. Number Theory, 1: 30-32.
84. Acar, T., L.N. Mishra and V.N. Mishra, 2015. Simultaneous approximation for generalized Srivastava-Gupta operators. J. Funct. Spaces, Vol. 2015. 10.1155/2015/936308.
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85. Mishra, V.N., K. Khatri, L.N. Mishra and Deepmala, 2014. Trigonometric approximation of periodic signals belonging to generalized weighted Lipschitz W′(L_r,ξ(t)), (r ≥ 1)-class by Norlund-Euler (N, p_n)(E, q) operator of conjugate series of its Fourier series. J. Classical Anal., 5: 91-105.
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86. Mishra, V.N., K. Khatri and L.N. Mishra, 2014. Strong cesËro summability of triple fourier integrals. Fasc. Math, 53: 95-112.
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87. Mishra, V.N., K. Khatri and L.N. Mishra, 2014. Approximation of functions belonging to the generalized Lipschitz class by C¹•N_p summability method of conjugate series of Fourier series. Matematicki Vesnik, 66: 155-164.
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88. Mishra, V.N., H.H. Khan, I.A. Khan and L.N. Mishra, 2014. On the degree of approximation of signals of Lip(α, r), (r ≥ 1)-class by almost Riesz mans of its Fourier series. J. Classical Anal., 4: 79-87.
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89. Mishra, L.N., V.N. Mishra, K. Khatri and Deepmala, 2014. On the trigonometric approximation of signals belonging to generalized weighted Lipschitz W (L_r, ξ(t))(r ≥ 1)-class by matrix (C¹•N_p) operator of conjugate series of its Fourier series. Applied Math. Comput., 237: 252-263.
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90. Deepmala, L.N. Mishra and V.N. Mishra, 2014. Trigonometric approximation of signals (Functions) belonging to the $W (L_r, \xi(t)), (r \geq 1)-$ class by (E, q) (q > 0)-means of the conjugate series of its Fourier series. Global J. Math. Sci., 2: 61-69.
91. Mishra, V.N., V. Sonavane and L.N. Mishra, 2013. On trigonometric approximation of W(L^p,ξ(t)) (p≥1) function by product (C,1) (E,1) means of its Fourier series. J. Inequalities Applic. 10.1186/1029-242X-2013-300.
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92. Mishra, V.N., V. Sonavane and L.N. Mishra, 2013. _Lr-Approximation of signals (functions) belonging to weighted W(L_r,ξ(t))-class by C¹•N_p summability method of conjugate series of its Fourier series. J. Inequalities Applic. 10.1186/10.1186/1029-242X-2013-440.
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93. Mishra, V.N., K. Khatri, L.N. Mishra and Deepmala, 2013. Inverse result in simultaneous approximation by Baskakov-Durrmeyer-Stancu operators. J. Inequalities Applic. 10.1186/1029-242X-2013-586.
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94. Mishra, V.N., K. Khatri and L.N. Mishra, 2013. Using linear operators to approximate signals of Lip(α, p), (p ≥ 1)-class. Filomat, 27: 353-363.
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95. Mishra, V.N., K. Khatri and L.N. Mishra, 2013. Statistical approximation by Kantorovich-type discrete q-Beta operators. Adv. Differ. Equat. 10.1186/10.1186/1687-1847-2013-345.
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96. Mishra, V.N., K. Khatri and L.N. Mishra, 2013. Some approximation properties of q-Baskakov-Beta-Stancu type operators. J. Calculus Variat. 10.1155/2013/814824.
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97. Mishra, V.N., H.H. Khan, K. Khatri, I.A. Khan and L.N. Mishra, 2013. Approximation of signals by product summability transform. Asian J. Math. Stat., 6: 12-22.
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98. Mishra, V.N., H.H. Khan, K. Khatri and L.N. Mishra, 2013. Hypergeometric representation for Baskakov-Durrmeyer-Stancu type operators. Bull. Math. Anal. Applic., 5: 18-26.
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99. Mishra, V.N., H.H. Khan, K. Khatri and L.N. Mishra, 2013. Degree of approximation of conjugate of signals (functions) belonging to the generalized weighted Lipschitz W(L_r,ξ(t)), (r ≥ 1)-class by (C, 1) (E, q) means of conjugate trigonometric Fourier series. Bull. Math. Anal. Applic., 5: 40-53.
    Direct Link  |  
100. Mishra, V.N., H.H. Khan, I.A. Khan, K. Khatri and L.N. Mishra, 2013. Approximation of signals belonging to the Lip (ξ (t), p), (p>1)-class by (E,q) (q>0)-means, of the conjugate series of its Fourier series. Adv. Pure Math., 3: 353-358.
101. Mishra, V.N., H.H. Khan, I.A. Khan and L.N. Mishra, 2013. Approximation of signals (functions) belonging to Lip(ξ(t), r)-class by C¹•N_p summability method of conjugate series of its Fourier series. Bull. Math. Anal. Applic., 5: 8-17.
     Direct Link  |  
102. Mishra, L.N., V.N. Mishra and V. Sonavane, 2013. Trigonometric approximation of functions belonging to Lipschitz class by matrix (C₁⋅ N_p) operator of conjugate series of Fourier series. Adv. Difference Eq., Vol. 2013. 10.1186/1687-1847-2013-127.
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103. Mishra, L.N., R.P. Agarwal and M. Sen, 2013. Solvability and asymptotic behavior for some nonlinear quadratic integral equation involving Erdelyi-Kober fractional integrals on the unbounded interval. Progr. Fract. Different. Applic., 2: 153-168.
104. Hu, X.Q., M.X. Zheng, B. Damjanovic and X.F. Shao, 2013. Common coupled fixed point theorems for weakly compatible mappings in fuzzy metric spaces. Fixed Point Theory Applic., Vol. 2013. 10.1186/1687-1812-2013-220.
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105. Mishra, V.N., K. Khatri and L.N. Mishra, 2012. Product summability transform of Conjugate series of Fourier series. Int. J. Math. Math. Sci., 10.1155/2012/298923.
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106. Mishra, V.N., K. Khatri and L.N. Mishra, 2012. Product (N, p_n)(C, 1) summability of a sequence of Fourier coefficients. Math. Sci., Vol. 6. 10.1186/2251-7456-6-38.
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107. Mishra, V.N., K. Khatri and L.N. Mishra, 2012. On simultaneous approximation for Baskakov-Durrmeyer-Stancu type operators. J. Ultra Scientist Phys. Sci., 24: 567-577.
     Direct Link  |  
108. Mishra, V.N., K. Khatri and L.N. Mishra, 2012. Approximation of functions belonging to Lip (ξ(t), r) class by (N, p_n)(E, q) summability of conjugate series of Fourier series. J. Inequal. Applic., Vol. 2012. 10.1186/1029-242X-2012-296.
     CrossRef  |  Direct Link  |  
109. Mishra, V.N., H.H. Khan, K. Khatri and L.N. Mishra, 2012. On approximation of conjugate of signals (functions) belonging to the generalized weighted W(L_r, ξ(t)), (r≥1)-class by product summability means of conjugate series of Fourier series. Int. J. Math. Anal., 6: 1703-1715.
     Direct Link  |  
110. Mishra, V.N. and L.N. Mishra, 2012. Trigonometric approximation of signals (functions) in L_p-norm. Int. J. Contemp. Math. Sci., 7: 909-918.
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111. Mishra, V.N., K. Khatri, L.N. Mishra and S. Cesaro, 1963. Summability of triple fourier integrals. Fasciculi Math., 53: 95-115.