All Stories

  1. Patterns of dengue and SARS-CoV-2 coinfection in the light of deterministic and stochastic models
  2. PEDAGOGY-DRIVEN ENGINEERING EDUCATION IN THE DIGITAL TRANSFORMATION ERA: MATH MODELING, ELECTRONICS, AND SOFTWARE TOOLS
  3. Digital Escape Room #1 - Integrating Green Energy into Sustainable University Environments
  4. On partial Caputo fractional models
  5. Engaging and inspiring primary school students through the ‘School Band’s project
  6. Work in Progress: Exploring Educators’ Perceptions on Generative Artificial Intelligence in Higher Education
  7. Work in Progress: MATH-DIGGER: Unlocking Mathematical Competencies through Digital Escape Rooms in HEIs
  8. Population and within-host dynamics of biological systems
  9. Introduction to the Special Issue on Mathematical Aspects of Computational Biology and Bioinformatics-II
  10. Inverse uncertainty quantification for stochastic systems by resampling. Applications to modeling of alcohol consumption and infection by HIV
  11. Escape Rooms and Students Competencies
  12. Mathematical Approaches to Challenges in Biology and Biomedicine
  13. On the interpretation of Caputo fractional compartmental models
  14. NAVIGATING THE SHIFTING LANDSCAPE OF TEACHER PROFESSIONALITY IN PORTUGUESE HIGHER EDUCATION: A CASE STUDY
  15. Exploring HEIs Students' Perceptions of Artificial Intelligence on their Learning Process
  16. HEIs teachers' and students' current experience of AI introduction in teaching and learning
  17. Integrals Applications: A STEAM Activity to Teach/Learn Mathematics in Higher Education
  18. Empowering Engineering Students' Math Literacy with Digital Escape Rooms
  19. Reconfiguring Teacher Professionality in Higher Education in Portugal: A Case Study on Pedagogical Innovation and Hybrid Learning
  20. Work in Progress: Leveraging Virtual Escape Rooms for Innovative Computer Programming Learning Environments
  21. Corrigendum to “A new population model for urban infestations” [Chaos, Solit. Fractals 175 (2023) 113939]
  22. Corrigendum to “New trends on mathematical modeling and simulation of biological systems” [Chaos Solit. Fractals 172 (2023) 113568]
  23. Preface: International Conference on Recent Trends in Mathematics, Statistics, and Engineering
  24. Students’ Perceptions of PBL Usefulness
  25. Flexible Automation and Intelligent Manufacturing: Establishing Bridges for More Sustainable Manufacturing Systems
  26. Editorial of the special issue on modelling, analysis, and applications
  27. Enhanced fractional prediction scheme for effective matrix factorization in chaotic feedback recommender systems
  28. A new population model for urban infestations
  29. Creating a Culture of Innovation
  30. Fostering Pedagogy Through Micro and Adaptive Learning in Higher Education
  31. New trends on mathematical modeling and simulation of biological systems
  32. Computing the probability density function of a random compartmental model to describe the dynamics of HIV. Application to real-world data*
  33. Focus point on uncertainty quantification of modeling and simulation in physics and related areas: from theoretical to computational techniques
  34. Introduction to the Special Issue on Mathematical Aspects of Computational Biology and Bioinformatics
  35. MATHematics DIGital Escape Rooms—Empowering Students
  36. Design of auxiliary model based normalized fractional gradient algorithm for nonlinear output-error systems
  37. Insights on the use of wind speed vertical extrapolation methods
  38. HIGHER PROFESSIONAL TECHNICAL COURSES: STUDENTS’ PROFILE AND MATHEMATICS SELF-CONCEPT
  39. Probabilistic analysis of a foundational class of generalized second-order linear differential equations in classic mechanics
  40. Is CoI framework a sign of deep and meaning learning outcomes?
  41. Analyzing the Implementation of Lean Methodologies and Practices in the Portuguese Industry: A Survey
  42. A model for type I diabetes in an HIV-infected patient under highly active antiretroviral therapy
  43. Modified SIQR model for the COVID‐19 outbreak in several countries
  44. In memory of Professor José António Tenreiro Machado (1957–2021)
  45. DrIVE-MATH Project: Case Study from the Polytechnic of Porto, PT
  46. DriVE-MATH: Reimagining Education
  47. STUDY OF THE SOCIAL, TEACHING AND COGNITIVE PRESENCES IN A HYBRID LEARNING FRAMEWORK
  48. Use of Hands-on and Remote Lab with an Inquiry-Based Approach to Learn Statistics in Engineering
  49. Editorial note on the special issue: ‘‘Fractional calculus models for the dynamics of complex systems”
  50. Role of the Immune System in AIDS-defining Malignancies
  51. Adaptation to emergency remote teaching by students with distinct ICT backgrounds
  52. Computational Mathematics and Neural Systems
  53. ONLINE MATH COURSES: ADVANTAGES AND OBSTACLES IN AN INFORMATICS BACCALAUREATE
  54. Tuberculosis pulmonar presentada como neumotórax masivo
  55. IS COVID-19 SHAPING OUR STUDENTS' LEARNING PROCESS?
  56. ENGINEERING STUDENTS´ AWARENESS OF THEIR PRESENT AND FUTURE PROFESSIONAL EXPERTISES
  57. INDUSTRY 5.0 EXPECTATIONS OF ENGINEERING CRITICAL THINKING
  58. MOTIVATING ENGINEERING STUDENTS TO LEARN MATH: HINTS FROM A CALCULUS COURSE
  59. Assessment practices in higher education: a case study
  60. TRENDS OF ACTIVE-LEARNING TEACHING PRACTICES AMONG ENGINEERING STUDENTS
  61. Multimedia systems and applications in biomedicine
  62. Analysis of a Non-integer Order Model for the Coinfection of HIV and HSV-2
  63. Fractional Model for Type 1 Diabetes
  64. The effect of aggressive chemotherapy in a model for HIV/AIDS-cancer dynamics
  65. Maintenance of the latent reservoir by pyroptosis and superinfection in a fractional order HIV transmission model
  66. Efficacy of the Post-Exposure Prophylaxis and of the HIV Latent Reservoir in HIV Infection
  67. Diabetes mellitus and TB co-existence: Clinical implications from a fractional order modelling
  68. EDUCATION BY CHALLENGE: INNOVATION DRIVEN SPIRIT
  69. Immune response in HIV epidemics for distinct transmission rates and for saturated CTL response
  70. Time-varying pharmacodynamics in a simple non-integer HIV infection model
  71. Simulation Study of HIV Temporal Patterns Using Bayesian Methodology
  72. Best teaching practices in the first year of the pilot implementation of the project DrIVE-MATH
  73. The impact of pre-exposure prophylaxis (PrEP) and screening on the dynamics of HIV
  74. Non-integer order analysis of the impact of diabetes and resistant strains in a model for TB infection
  75. Fractional Dynamics of an Infection Model With Time-Varying Drug Exposure
  76. IMPACT OF A NEW TEACHING FRAMEWORK FOR MATH COURSES IN HIGHER EDUCATION
  77. Fuzzy Calculus Theory and Its Applications
  78. The role of education on the acquisition of 21st century soft skills by Engineering students
  79. ACTIVE LEARNING: SELF-MOTIVATION IN MATH COURSES
  80. HIV/HCV coinfection model: a fractional-order perspective for the effect of the HIV viral load
  81. The burden of the HIV viral load and of cell-to-cell spread in HIV/HCV coinfection
  82. The Burden of the Coinfection of HIV and TB in the Presence of Multi-drug Resistant Strains
  83. Efficacy of PEP on a HIV Epidemic Model with Latent Reservoir
  84. Immune Response in HIV Epidemics for Distinct Transmission Rates and for Saturated CTL Response
  85. Handbook of Applications of Chaos Theory
  86. The HIV/TB coinfection severity in the presence of TB multi-drug resistant strains
  87. New developments on AIDS-related cancers: The role of the delay and treatment options
  88. Novel Results for Asymmetrically Coupled Fractional Neurons
  89. A latency fractional order model for HIV dynamics
  90. Persistence of low levels of plasma viremia and of the latent reservoir in patients under ART: A fractional-order approach
  91. The role of synaptic transmission in a HIV model with memory
  92. Laboratory diagnosis of chronic kidney disease in adults: an overview of hospitals inserted in the Portuguese National Health System
  93. Coupled fractional spiking neurons
  94. Within-host and synaptic transmissions: contributions to the spread of HIV infection
  95. A delay fractional order model for the co-infection of malaria and HIV/AIDS
  96. A note on fractional feed-forward networks
  97. Emergence of drug-resistance in HIV dynamics under distinct HAART regimes
  98. EFFECTS OF TREATMENT, AWARENESS AND CONDOM USE IN A COINFECTION MODEL FOR HIV AND HCV IN MSM
  99. Fractional model for HIV with drug resistance
  100. A review on the characterization of signals and systems by power law distributions
  101. Effects of dynamic quarantine and nonlinear infection rate in a model for computer worms propagation
  102. Dynamics of coinfection of HIV/AIDS and tuberculosis with exogeneous reinfection
  103. Dynamic states of a unidirectional ring of chen oscillators
  104. Virus propagation in a SIQR model with impulse quarantine
  105. Preface of the “Symposium on dynamical systems applications”
  106. Strange Dynamics in a Fractional Derivative of Complex-Order Network of Chaotic Oscillators
  107. Modeling the dynamics of the three stages of HIV infection
  108. Stochastic model for HIV dynamics in HIV specific helper cells
  109. The effect of noise intensity in a stochastic model for HIV-specific helper cells
  110. Effect of drug-resistance in a fractional complex-order model for HIV infection
  111. Strange patterns in one ring of Chen oscillators coupled to a ‘buffer’ cell
  112. A coinfection model for HIV and HCV
  113. Symmetry and order parameter dynamics of the human odometer
  114. New findings on the dynamics of HIV and TB coinfection models
  115. Double power laws, fractals and self-similarity
  116. Exciting dynamical behavior in a network of two coupled rings of Chen oscillators
  117. Fractional dynamics of a model for HIV and TB coinfection
  118. Preliminary results on peculiar patterns in fractional coupled oscillators
  119. Transmission Model for the Co-infection of HIV/AIDS and Tuberculosis
  120. Treatment and Vertical Transmission in a HIV-TB Co-infection Model
  121. Mathematical model for HIV dynamics in HIV-specific helper cells
  122. A Simple Mathematical Model for HIV and HCV Co-Infection
  123. A Delay Mathematical Model for HIV Dynamics in HIV-Specific Helper Cells
  124. Fractional Dynamics of Computer Virus Propagation
  125. Casualties Distribution in Human and Natural Hazards
  126. Multidimensional scaling visualization of earthquake phenomena
  127. Fractional dynamics and MDS visualization of earthquake phenomena
  128. Fractional model for malaria transmission under control strategies
  129. Fractional Model for Malaria Disease
  130. Preface of the "Symposium on dynamical systems applied to robotics"
  131. Numerical Simulations of a Mathematical Model for Co-Infection of Malaria and HIV/AIDS
  132. Power Law and Entropy Analysis of Catastrophic Phenomena
  133. Stability of quadruped robots’ trajectories subjected to discrete perturbations
  134. A review of power laws in real life phenomena
  135. A modified mathematical model for malaria transmission under control strategies
  136. A new mathematical model for co-infection of malaria and HIV
  137. EXOTIC DYNAMICS IN NETWORKS OF COUPLED RINGS OF CELLS
  138. Quadruped robots' modular trajectories: Stability issues
  139. Preface of the "Symposium on dynamical systems: A framework for robot locomotion"
  140. Equivalence of Human Odometry by Walk and Run Is Indifferent to Self-Selected Speed
  141. Self-Similarity in World Economy
  142. Complex-order forced van der Pol oscillator
  143. Modelling gait transition in two-legged animals
  144. COMPLEX ORDER BIPED RHYTHMS
  145. A Modular Approach for Trajectory Generation in Biped Robots
  146. A New CPG Model for the Generation of Modular Trajectories for Hexapod Robots
  147. Impact of Discrete Corrections in a Modular Approach for Trajectory Generation in Quadruped Robots
  148. Preface of the “Symposium on Dynamical systems: a Framework for Robot Locomotion”
  149. Complex order van der Pol oscillator
  150. Fractional central pattern generators for bipedal locomotion
  151. Quasi-periodic states in coupled rings of cells
  152. A brainstem-like modulation approach for gait transition in a quadruped robot
  153. Numerical Simulations in Two CPG Models for Bipedal Locomotion
  154. Being transformed by illness: adolescents' diabetes experience
  155. Two Coupled Neurons
  156. Central pattern generators for bipedal locomotion
  157. BIPEDAL LOCOMOTION
  158. Loss of synchronization in partially coupled Hodgkin–Huxley equations