Digital Commons Network^™

Different Operators Via Weighted Averaging And Geometric Approach Using Trigonometric Neutrosophic Interval-Valued Set And Its Extension, Raed Hatamleh, Ahmed Salem Heilat, M. Palanikumar, Abdallah Al-Husban

Neutrosophic Sets and Systems

This work presents a new method for generating tangent trigonometric neutrosophic interval-valued sets. This article will cover tangent trigonometric neutrosophic interval-valued weighted averaging, geometric, generalized notions. We used an aggregating model to get the weighted average and geometric. Several sets with substantial characteristics will be further studied using the algebraic techniques

Predicting Customer Satisfaction Based On Neutrosophic Sets: Applied On Mobile Food Ordering Application, Walaa Elsanabary, Nouran M. Radwan

Neutrosophic Sets and Systems

Customers’ satisfaction prediction is a vital process for all business organizations to draw new customers and maintain existing customers. One of the most efficient methods to predict customers' satisfaction is classifying customers' feedback. In the real world, customer’s feedback is ambiguous, confusing and inconsistent. This option can be stated in neutrosophic logic as indeterminacy membership, associated with truth and falsity membership. In this study, a classification model based on neutrosophic sets to handle the inconsistency of customer responses is presented. Also, significant factors that impact customers' satisfaction are defined. In order to show the procedures and the application of the …

Distance Measure For Fermatean Neutrosophic Sets: A Comparative Framework For Qualitative Evaluation, S. Bhuvaneshwari, C. Antony Crispin Sweety, Broumi Said

Neutrosophic Sets and Systems

This work introduces a novel distance measure specifically designed for Fermatean Neutrosophic sets (FNS), extending upon existing measures such as the intuitionistic fuzzy distance and single-valued Neutrosophy distance measures. The study proposes a Hypothetical Framework for Fermatean Neutrosophic Sets to evaluate minimum distances and compares six different distance measures. These measures are applied within the contexts of both Fermatean Neutrosophic Sets and Neutrosophic Sets. The primary objective is to identify the shortest distance, enabling precise and appropriate decision-making. The study highlights the importance of false membership in FNS, which alters the ranking of FNS and establishes the Fermatean Neutrosophic set …

A Novel Plithogenic Mcdm Framework For Credit Evaluation Of Bidding And Tendering In Construction Projects With Contradictions, Maohua Yang, Jiajia Yu, Yuhe Wang

Neutrosophic Sets and Systems

This paper introduces a novel approach to decision-making by integrating Plithogenic modeling methodology with multi-criteria decision-making (MCDM) techniques. Traditional Plithogenic decision making frameworks primarily rely on degrees of appurtenance as their foundation. However, this study presents a new paradigm that leverages degrees of contradiction to rank alternatives, offering a unique and innovative perspective compared to conventional methods. The research employs the PROMETHEE method to evaluate and rank alternatives, with the assessment carried out by four experienced experts using Plithogenic numbers. A total of ten criteria and five alternatives were analyzed in this study. The findings highlight that the Financial Stability …

Superhypersoft Framework For College English Blended Teaching Quality Evaluation In The New Era: Addressing Uncertainty And Complexity, Dahai Zhang

Neutrosophic Sets and Systems

A Single-Valued Neutrosophic Set (SVNS) is a powerful tool for representing uncertainty, ambiguity, and incomplete or inconsistent information in real-world scenarios. This approach is particularly effective for handling uncertain measurements and data. Building on the concept of fuzzy set entropy, the SVN-entropy method has been developed to support multi-criteria decision-making (MCDM) processes. In this study, SVN-entropy is combined with the SuperHyperSoft (HSS) framework—an extension of HyperSoft sets— to evaluate different criteria and sub-criteria with varying values. The proposed method uses entropy to calculate criteria weights, which are then applied to assess the quality of College English Blended Teaching in the …

Neutrosophic Non-Newtonian And Geometric Measures: A Consistent Analytical Framework, Amer Darweesh, Kamel Al-Khaled, Mohammed Shakhatreh, Mahmood Shareef Ajeel, Nermin Abo Hasan

Neutrosophic Sets and Systems

The neutrosophic measure is a generalization of the classical measure in situations when the space contains some indeterminacy. In this paper, we introduce the concept of the Neutrosophic Geometric Measure, we also provide some results, and examples related to the Neutrosophic Geometric Measure. A classical measure of the objects determinate component, a classical measure of its indeterminate part, and a further classical measure of the objects opposite determinate part are the three classical measures that make up the neutrosophic measure. To de ne the Neutrosophic Geometric Measure, we introduce a new measure on R+ and call it the geometric Lebesgue …

Innovative Efficiency Measurement Using Stackelberg Games And Neutrosophic Numbers, Ali Asghar Tatlari, Bijan Rahmani Perchkolaei, Farhad Hosseinzadeh Lotfi

Neutrosophic Sets and Systems

This paper addresses the challenge of measuring efficiency in systems with two components using Stackelberg game theory and neutrosophic numbers to handle data uncertainty. Unlike traditional Data Envelopment Analysis (DEA) models that treat Decision Making Units (DMUs) as black boxes, we propose a new neutrosophic Network DEA (NDEA) model to compute efficiency scores for each division. By applying Stackelberg game theory, we break down the system's efficiency scores into sub-system efficiencies, providing a more detailed assessment of performance. Our proposed model represents a significant contribution to the literature by developing a two-stage Network Slack Based Measure (NSBM) model. This model …

University Mathematics Classroom Teaching Quality Assessment Based On Core Competencies Using The Dematel Approach And Single-Valued Neutrosophic Hypersoft Sets, Jingjing Qiao

Neutrosophic Sets and Systems

This study proposes a multi-criteria decision-making (MCDM) approach to evaluate the quality of University Mathematics Classroom Teaching based on core competencies. The MCDM approach is applied within the framework of the neutrosophic set to address vague and uncertain data. Unlike the hypersoft set, which handles multiple disjoint attribute-valued sets corresponding to various characteristics, the soft set operates with a single set of attributes. This study introduces the concept of Single-Valued Neutrosophic Hypersoft Expert Sets (SVNS), which integrate single-valued neutrosophic sets and hypersoft expert sets. Eight criteria were employed to construct the pairwise comparison matrix. The Decision-Making Trial and Evaluation Laboratory …

Intuitionistic Quadri-Partitioned Neutrosophic Sets With Extended Operators, Sai Anu P, Arulselvam A, Bobin A

Neutrosophic Sets and Systems

We present the concept of intuitionistic quadri-partitioned neutrosophic sets (IQ-PNSs) and extend it to intuitionistic quadri-partitioned neutrosophic soft sets (IQ-PNSSs). These sets introduce a constraint where the combined membership values for truth and falsity must not exceed one, while the indeterminacy and contradiction membership values are restricted to the interval [01], ensuring the total sum of all membership values remains below three. In addition, we de ne necessity and possibility operators, along with two novel operators, ( and ), on IQ-PNSSs and explore their properties. Furthermore, we introduce and analyze the operators , , and , as well as the …

Finite-Precision Stabilization For Neutrosophic Linear Systems Using A Descriptor Model Approach, Rongyao Ling, Songquan Shi, Wenhua Cui, Yiming Fang

Neutrosophic Sets and Systems

This paper focuses on the stabilization problem of neutrosophic linear systems using finite-precision digital controllers. The main challenge lies in decoupling and processing the indeterminacies inherent in such systems. To tackle this, a standardization method that unifies the bounds of parameter indeterminacies is f irst proposed. Additionally, a fixed-point representation scheme is introduced to define both the precision and representation of the controller parameters. To handle multiple uncertainties in the system, a descriptor model approach is introduced, which transforms the closed-loop system into a singular system, allowing for more effective decoupling of uncertainties. Using singular system theory, a novel solvability …

Neutrosophic Analysis Of The Cultural Impact Of The Pinkullo In Llata: Integrating Chatgpt And Fsqca, Fredy Romulo Marcellini Morales, Betty Leon Trujillo, Esio Ocana Igarza, Roberto Carlos Cardenas Viviano

Neutrosophic Sets and Systems

This study explores the cultural impact of the Pinkullo, a traditional Andean aerophone, on the community of Llata, Peru, through an innovative approach that integrates neutrosophic set theory with computational methods. By employing fuzzy-set Qualitative Comparative Analysis (fsQCA) and a novel application of ChatGPT for neutrosophic sentiment analysis, the research investigates the complex interplay between the Pinkullo and various aspects of community life, including cultural participation, social impact, and cultural preservation. Textual data collected from surveys was analyzed using the "ChatGPT Constructor" add-on in Orange Data Mining to generate neutrosophic scores, representing the truth, indeterminacy, and falsity of expressed sentiments …

Division Of 3-Refined Neutrosophic Numbers By Using The Identification Method And The 3-Refined Ah-Isometry, Yaser Ahmad Alhasan, Mohamed Elghazali Ali Mohieldin Mohamed, Qusay Ahassan, Raja Abdullah Abdulfatah

Neutrosophic Sets and Systems

This paper aims to study the division of 3-refined neutrosophic numbers, where it was discussed through two methods, the first is the identification method, and the second is the 3-refined AH-isometry. In addition to presenting special cases related to division of 3-refined neutrosophic numbers. The most important idea in this paper is that we were able to move from the formula we obtained in the 3-refined AH-isometry to the formula we found in the identification method and vice versa, hence this proves the validity of both formulas.

Implication-Based Neutrosophic Finite State Machine Over A Finite Group, S. Jafari, N. Rajesh, G. Nordo, M. Gorgone

Neutrosophic Sets and Systems

In this paper, we define and investigate the concept of the implication-based neutrosophic finite state machine (IB-IFSA) over a finite group. Building upon the framework of neutrosophic logic, we introduce the implication-based neutrosophic kernel and the implication-based neutrosophic subsemiautomaton, establishing their formal definitions and properties. Additionally, we explore the structural interplay between these concepts and their implications within algebraic systems

Non-Destructive Detection Of Fillet Fish Quality Using Mq135 Gas Sensor And Neutrosophic Logic-Enhanced System, M. Y. Shams, M. R. Darwesh, Roheet Bhatnagar, N. S. A. Al-Sattary, A. A. Salama, M. S. Ghoname

Neutrosophic Sets and Systems

This paper demonstrates the feasibility of using an electronic nose to assess fish quality by analyzing air quality and examining volatile organic compounds (VOCs) alongside physical variables, with pH, protein content, and VOCs serving as chemical reference points. Artificial intelligence algorithms were employed to predict quality and calculate regression coefficients. Using the reference neural network algorithm based on chemical and physical compounds, regression coefficients (R values) achieved were 0.99, 0.98, and 0.97, respectively. Additionally, ANFIS (Adaptive Neuro-Fuzzy Inference System) produced R values of 0.99, 0.85, and 0.98. Both fuzzy logic and ANFIS proved effective for predicting fish quality. Image processing …

Enhancing Competency-Based Learning With Neutrosophic Regression And The Deming Cycle, Dr Hortencio Flores Flores, Dr. Irma Reyes Blácido, Dr. Magda Patricia Ramos Cevallos, Dr. Nemesia Hidalgo Penadillo Hidalgo Penadillo, Mg. Luz Magali Villarroel Nuñez

Neutrosophic Sets and Systems

This article introduces a novel approach to enhance competency-based learning by combining the Deming Cycle with neutrosophic statistics. Competency-based education focuses on practical skills, but uncertainty in student performance and assessment can hinder its effectiveness. Neutrosophic statistics, unlike traditional methods, explicitly models indeterminacy, providing a more complete picture of uncertainty in educational data. This approach integrates neutrosophic numbers into re gression analysis to predict learning outcomes and quantify the confidence level of those predictions. These predictions, with their associated indeterminacy, then inform the Deming Cycle (Plan-Do Check-Act), enabling educators to dynamically adjust teaching strategies based on data-driven in sights. This …

A Concise Introduction To Hyperfuzzy, Hyperneutrosophic, Hyperplithogenic, Hypersoft, And Hyperrough Sets With Practical Examples, Takaaki Fujita, Florentin Smarandache

Neutrosophic Sets and Systems

Various set concepts are widely recognized for effectively addressing u ncertainty, including fuzzy sets, neutrosophic sets, plithogenic sets, rough sets, and soft sets. These concepts have been further extended through hyperstructures (based on powersets) and superhyperstructures (based on n-th powersets, which are sets with repeated power set structures) [5,12–14,32]. These extensions are commonly referred to as HyperUncertain, SuperUncertain, and SuperHyperUncertain Sets/Logics/Probabilities/Statistics, and they were introduced by Smarandache in 2016-2017 [32] as parts of HyperStructures, SuperStructures, and SuperHyperStructures respectively. This paper recalls these concepts along with concrete examples.

The Integral Of 2- Refined Rational Neutrosophic Functions, Iqbal Ahmed Musa, Yaser Ahmad Alhasan

Neutrosophic Sets and Systems

The main objective of this paper is to study the integral of 2- refined rational neutrosophic functions, by providing direct rules that make it easy for us to find the integral of 2- refined rational neutrosophic functions, where the division of refined neutrosophic number was used to find the integral of 2- refined rational neutrosophic functions. In addition to proving these rules and providing a set of examples that illustrate these ideas.

Stock Price Predictions With Lstm-Arima Hybrid Model Under Neutrosophic Treesoft Sets With Mcdm Interaction, G. Dhanalakshmi, Dr. S. Sandhiya, Florentin Smarandache

Neutrosophic Sets and Systems

The stock market is regarded as volatile, complex, tumultuous, and dynamic. Forecasting stock performance has proven to be a challenging endeavour due to its increasing need for investment and growth prospects. At the forefront of machine learning, deep learning models facilitate the straightforward and efficient exploration and identification of optimal stocks, the hybrid forecasting models (LSTM and ARIMA) are used in the prediction of stock increase. This paper incorporated the MCDM technique to determine the optimal stocks for investment. The Analytic Hierarchy Process (AHP) is used to assign weights to various financial factors. These weights are then used by the …

Trigonometric Interval-Valued Neutrosophic Set Setting With Reciprocal Fractional Function Using A Finite Weighted Method, Murugan Palanikumar, Nasreen Kausar, Tonguc Cagin

Neutrosophic Sets and Systems

This paper presents a new method for creating a trigonometric interval-valued neutrosophic set via reciprocal fractional function. This article will cover the concepts of geometric, generalized weighted averaging, trigonometric interval-valued neutrosophic reciprocal fractional weighted averaging, and generalized weighted geometric. We used an aggregating model to get the weighted average and geometric. To further examine a number of sets with important qualities, the algebraic techniques listed below will be applied.

Neutrosophic Sets And Systems, Vol. 80,2025, Florentin Smarandache, Mohamed Abdel-Basset, Maikel. Leyva Vazquez

Neutrosophic Sets and Systems

No abstract provided.

Wagon Tracks Volume 40, Issue 1

Wagon Tracks

Table of Contents

2 On the Cover

4 Trail Writings by Chris Day

5 Joanne’s Jottings by Joanne VanCoevern

7 In Memorium: Vern Osborne

8 Save the Dates: SFTA Celebrates 40^th Anniversary

9 DAR Marker Gets Rededicated at Bent’s Fort by Larry Bourne

9 Upcoming Events

10–28 Pikes Peak or Bust: The Untold Story of the Colorado Gold Rush by Larry Obermesik

29 Chapter Reports

32 Calendar

Front Matter, New Mexico Law Review

New Mexico Law Review

No abstract provided.

Data Plan, Jennifer Jordan

Data Collection

The New Mexico Open Educational Resources (NMOER) Consortium was developed to improve student success and retention by supporting the use of course materials that are free to students. The following plan will gather data to demonstrate the need for this program, assess the impact of the program, and to further gather information about the use of free and open resources at NMOER Consortium schools.

Strengthening Health Care Access For Native American Elders, Dustin Roberto

HSC Newsroom

No abstract provided.

Unm Research Highlights Multi-Level Approach To Addressing Gun Violence In African American Communities, Dustin Roberto

HSC Newsroom

No abstract provided.

De-Dollarization And South Asia: Challenges And Opportunities For Nepal In A Multipolar Currency World, Keshav Bhattarai, Ambika P. Adhikari

Himalayan Research Papers Archive

The United States dollar’s dominance as the global reserve currency, established under the 1944 Bretton Woods system, persists despite the 1971 decoupling of the gold backing to the dollar. Its liquidity, stability, and full support by the US government confer a solid financial security and advantage to the currency, including a universal acceptance of the dollar and a relatively low borrowing cost. Because of these reasons, the US dollar has been able to dominate the global financial markets for the past eight decades. However, the rapidly emerging global political and economic power shifts are challenging the status of the US …

Unm Researcher Studies How Night Shift Work And Artificial Light Affect Human Health, Dustin Roberto

HSC Newsroom

Barbara Harding, PhD, is an epidemiologist & Assistant Professor in the University of New Mexico College of Population Health who studies how night shift work and artificial light at night affect cardiometabolic health. She co-coordinated the EPHOR Night Shift Study, which collects biomarker data from night and day shift workers. According to Harding, night shift workers face greater risk of adverse outcomes from poor sleep, disrupted circadian rhythms and increased social stressors, which may differ by sex; EPHOR looks to assess these relationships by gender, work duration, and history.

Enhancing Interdisciplinary Collaboration Through The Use Of A Leadership Assessment: An Interdisciplinary Initiative For Dnp, Pharmd, And Medical Students, Penny Beattie

HSC Education Days

No abstract provided.

Memory In The Digital Age: A Study Of Anki Usage Among Students At Unm Som, Roy Madrid, Max Benson, Mohammad Badawy

HSC Education Days

No abstract provided.

Redesigning Nursing Program Progression Processes: A Collaborative Approach To Equity, Efficiency, And Student Success, Amanda Dunn

HSC Education Days

No abstract provided.