**S**

*tochastic Modeling and Applications*

**ISSN: 0972-3641**

**Vol. 25 No. 1 (January-June, 2021)**

(UNDER PREPARATION)

(UNDER PREPARATION)

**1. ***WRAPPED GENERALIZED SKEW NORMAL DISTRIBUTION *

**Author: C. SATHEESH KUMAR AND REEBA MARY ALEX**** **** **

Received: 28th August 2020
Revised: 30th September 2020 Selected: 26th October
2020

How to Cite: **Kumar, C. S. and Alex, R., 2021. Wrapped Generalized Skew Normal Distribution. Stochastic Modeling and Applications, 25(1).**

**2. ***A CERTAIN SUBCLASS OF UNIFORMLY CONVEX FUNCTIONS DEFINED BY LAMBDA OPERATOR*

**AUTHOR:**

**B. ELIZABETH RANI, R. N. INGLE, P.THIRUPATHI REDDY AND B. VENKATESWARLU**

*Received: 30th September 2020
Revised: 09th November 2020 Selected: 26th November
2020*

**How to Cite:**

**Rani, B., Ungle, R., Reddy, P. and Venkateswarlu, B., 2021. A Certain Subclass of Uniformly Convex Functions**

Defined by Lambda Operator. Stochastic Modeling and Applications, 25(1).

Defined by Lambda Operator. Stochastic Modeling and Applications, 25(1).

**3.****SOME APPLICATIONS OF UNIFORMLY CONVEX FUNCTIONS WITH NEGATIVE COEFFICIENTS**

DEFINED BY FRACTIONAL CALCULUS OPERATOR

DEFINED BY FRACTIONAL CALCULUS OPERATOR

**AUTHOR:**

**SANTOSH V. NAKADE, RAJKUMAR N. INGLE AND P.THIRUPATHI REDDY**

*Received: 27th December 2020 Revised: 19th January 2021 Selected: 23rd January 2021*

**How to Cite:**

**Santosh N, S., Ingle, R. and Reddy, P., 2021.**Some Applications Of Uniformly Convex Functions With Negative

Coefficients Defined By Fractional Calculus Operator

**. Stochastic Modeling and Applications, 25(1).**

**4.**

*SURVIVAL ANALYSIS FOR DIAGNOSING TUBERCULOSIS PATIENTS*

**AUTHOR:**

**SAKTHIVEL. E AND ANITHA. S**

*Received: 13th December 2020 Revised: 16th January 2021 Selected: 25th January 2021*

**How to Cite:**

*Sakthivel. E and Anitha. S.***, 2021.**

*Survival Analysis for Diagnosing Tuberculosis Patients***. Stochastic Modeling and**

Applications, 25(1).

Applications, 25(1).

*5.*

*NEW SUBCLASS OF ANALYTIC FUNCTIONS WITH NEGATIVE COEFFICIENTS DEFINED BY*

MITTAG-LEFFLER FUNCTIONMITTAG-LEFFLER FUNCTION

**AUTHOR:**

**Pasunoori Srinivasulu & V.Srinivas**

*Received: 11th January 2021 Revised: 12th*

*February*

*2021 Selected: 22nd*

*February*

*2021*

**How to Cite:**

*Srinivasulu, P. and Srinivas, V., 2021. New Subclass of Analytic Functions With Negative Coefficients Defined By*

Mittag- Leffler Function. Stochastic Modeling and Applications, 25(1).

Mittag- Leffler Function. Stochastic Modeling and Applications, 25(1).

*6. A GENERALIZATION OF THE ZEROS OF THE MELLIN TRANSFORM OF HERMITE FUNCTIONS*

**AUTHOR: Y. A. RATHER**

*Received: 11th January 2021 Revised: 12th*

*February*

*2021 Selected: 22nd*

*February*

*2021*

**How to Cite:**

*Rather, Y., 2021.*

*A Generalization of the Zeros of The Mellin Transform of Hermite Functions*

*. Stochastic Modeling*

and Applications, 25(1).and Applications, 25(1).

*7.*RANGE-BASED POSTERIOR AVERAGE CONTROL CHART

**AUTHOR:**

**Sharada V. Bhat and Chetan Malagavi**

*Received: 21th January 2021 Revised: 10th*

*February*

*2021 Selected: 23rd*

*February*

*2021*

**How to Cite:**

*Sharada V. Bhat qnd Chetan Malagavi*

*, 2021.*

*Range-Based Posterior Average Control Chart*

*. Stochastic Modeling*

and Applications, 25(1).and Applications, 25(1).

*8.*FITTING OF GOMPERTZ MODEL BETWEEN RAINFALL AND GROUND WATER LEVELS BY USING

PARTIAL SUMS METHOD – A CASE STUDY

**AUTHOR: RAJU SAKE , P. MOHAMMED AKHTAR**

*Received: 21st January 2021 Revised: 01st March*

*2021 Selected: 05nd March*

*2021*

**How to Cite:**

*Sake, R. and Akhtar, P., 2021. Fitting of Gompertz model between Rainfall and Ground water levels by using Partial*

sums method – A case study. Stochastic Modeling and Applications, 25(1).

sums method – A case study. Stochastic Modeling and Applications, 25(1).

*9. ANALYSIS OF PREFERENCES OF INDIVIDUAL INVESTORS TOWARDS OPEN-ENDED EQUITY LINKED*

TAX SAVINGS SCHEME (ELSS) USING LINEAR REGRESSION MODEL

TAX SAVINGS SCHEME (ELSS) USING LINEAR REGRESSION MODEL

**AUTHOR: K. VENKATA RAMI REDDY, A. SREERAM**

*Received: 25th January 2021 Revised: 02nd March*

*2021 Selected: 05th March*

*2021*

**How to Cite:**

*Reddy, K. and Sreeram, A., 2021. Analysis of Preferences of Individual Investors towards Open-Ended Equity Linked*

Tax Savings Scheme (ELSS) using Linear Regression Model. Stochastic Modeling and Applications, 25(1).

Tax Savings Scheme (ELSS) using Linear Regression Model. Stochastic Modeling and Applications, 25(1).

*10. Statistical Inference on Stress-strength Reliability of Multi component System*

under Weibull- Pareto Type Distributions

under Weibull- Pareto Type Distributions

**AUTHOR: Shubhashree Joshi, Parameshwar V. Pandit ,Kala R. Nayak and Mahesh, P.**

*Received: 28th January 2021 Revised: 01st March*

*2021 Selected: 07th March*

*2021*

**How to Cite:**

Shubhashree Joshi, Parameshwar V. Pandit ,Kala R. Nayak and Mahesh, P., 2021. Statistical Inference on

Stress-strength Reliability of Multi component System under Weibull- Pareto Type Distributions. Stochastic

Modeling and Applications, 25(1).Shubhashree Joshi, Parameshwar V. Pandit ,Kala R. Nayak and Mahesh, P., 2021. Statistical Inference on

Stress-strength Reliability of Multi component System under Weibull- Pareto Type Distributions. Stochastic

Modeling and Applications, 25(1).

*11. ANALYSIS OF RELIABILITY, AVAILABILITY AND MAINTAINABILITY FOR Er/Er/1/N PHASE-TYPE*

QUEUEING MODEL

QUEUEING MODEL

**AUTHOR**

*:*S.R. Sruthi & P.R. Jayashree

*Received: 29th January 2021 Revised: 05th March*

*2021 Selected: 09th March*

*2021*

**How to Cite:**

Sruthi, S.R. and Jayashree, P.R., 2021. Analysis of Reliability, Availability and Maintainability For Er/Er/1/N

Phase-Type Queueing ModelSruthi, S.R. and Jayashree, P.R., 2021. Analysis of Reliability, Availability and Maintainability For Er/Er/1/N

Phase-Type Queueing Model

*. Stochastic Modeling and Applications, 25(1).*

*12. BOUNDS ON THE GENERALIZED PRIME NUMBER SYSTEM*

**AUTHOR: Y. A. RATHER**

*Received: 16th January 2021 Revised: 19th*

*February*

*2021 Selected: 14th March*

*2021*

**How to Cite:**

*Rather, Y., 2021. Bounds on the Generalized Prime Number System*

*. Stochastic Modeling and Applications, 25(1).*

**13.****DATA VISUALIZATION USING TABLEAU**

**AUTHOR:**

**S.VASUNDHARA**

*Received: 19th January 2021 Revised: 12th March*

*2021 Selected: 16th March*

*2021*

**How to Cite:**

*Vasundhara*

*, S., 2021.*

**Data Visualization Using Tableau****. Stochastic Modeling and Applications, 25(1).**

**14.****HYBRID MODEL FOR IMPROVING CLASSIFICATION ACCURACY**

**AUTHOR:**

**SATYANARAYANA & ISMAIL B**

*Received: 21st January 2021 Revised: 13th March*

*2021 Selected: 20th March*

*2021*

**How to Cite:**

*Satyanarayana*

*.*

**and Ismail, B.,**

*2021.*

**Hybrid Model for Improving Classification Accuracy. Stochastic Modeling**

and Applications, 25(1).and Applications, 25(1).

**15.**

*Analysis of Four Bar Mechanism to Validate Kinematic Analysis using DH Notation*

ApproachApproach

**AUTHOR:**

**PRAMOD BELKHODE & SHUBHANGI GONDANE**

*Received: 29th January 2021 Revised: 22nd March*

*2021 Selected: 03rd April*

*2021*

**How to Cite:**

*Belkhode*

*. P., Gondane. S*

**.,**

*2021.*

**Analysis of Four Bar Mechanism To Validate Kinematic Analysis Using DH**

Notation Approach.Stochastic ModelingNotation Approach.Stochastic Modeling

**and Applications, 25(1).**

**16.**

*MARKOV MODEL OF COVID-19 DISEASE PROGRESSION*

**AUTHOR:**

**TIRUPATHI RAO PADI, KANIMOZHI.V *, AND SAKKEEL P.T**

*Received: 25th January 2021 Revised: 22nd March*

*2021 Selected: 30th March*

*2021*

**How to Cite:**

*Rao*

*. T.P.,*

*Kanimozhi.V*

**and Sakkeel P.T .,**

*2021.*

**Hybrid Model for Improving Classification Accuracy.**

Stochastic ModelingStochastic Modeling

**and Applications, 25(1).**

**17.**

*A Mathematical model for Sex-Related Differences in Stimulated Hypothalamic*

*Pituitary-Adrenal Axis during Induced Gonadal Suppression using Log-Logistic*

*Distribution*

**AUTHOR:**

**A. Manickam and A.Leema Rose**

*Received: 31st January 2021 Revised: 10th April*

*2021 Selected: 20th April*

*2021*

**How to Cite:**

*Manickem. A.,*

**and Rose, A.L.,**

**,**

*2021.*

**A Mathematical model for Sex-Related Differences in Stimulated Hypothalamic**

Pituitary-Adrenal Axis during Induced Gonadal Suppression using Log-Logistic DistributionPituitary-Adrenal Axis during Induced Gonadal Suppression using Log-Logistic Distribution

**.****Stochastic**

ModelingModeling

**and Applications, 25(1).**

**18.**

*A Mathematical Model for Autocrine Regulation of Gonotropin- Releasing Hormone*

Secretion in Cultured Hypothalamic NeuronsSecretion in Cultured Hypothalamic Neurons

**AUTHOR:**

**A.Manickam and R.kalaiselvi**

*Received: 25th January 2021 Revised: 11th April*

*2021 Selected: 20th April*

*2021*

**How to Cite:**

*Manickem. A.,*

**and Kalaiselvi, R.,**

*2021.*

**A Mathematical Model for Autocrine Regulation of Gonotropin-**

Releasing Hormone Secretion in Cultured Hypothalamic NeuronsReleasing Hormone Secretion in Cultured Hypothalamic Neurons

**.****Stochastic Modeling**

**and Applications, 25(1).**