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Center for Sustainable Development – Batangas State University TNEU

A Comprehensive Study and Networking Plan on ICT Infrastructure for Universities Development and Global Sustainability

This study relates to the assessment of an ICT network infrastructure of a large university. The study seeks to identify weaknesses, improve performance, enhance security, and ensure the infrastructure aligns with current and future needs. Included in the study areas were the inventory and documentation of the major components of the ICT system, performance evaluation,...

Digital transformation of maintenance processes for analytical instrumentation in the Philippine manufacturing industry

Remote work has been an integral part of business strategies across the globe since the onset of the COVID-19 pandemic. Though business operations and work functions have returned to their usual modes, remote access to business intelligence remains a crucial part of business operations, particularly in the manufacturing sector, allowing top executives and key decision...

Utilization of Iterative Method for Estimating Cancer Growth Rate

Disease such as cancer and parameter estimation methods are major concerns in the field of medicine. Understanding the pace at which cancer spreads is essential for gaining insights into the disease’s progression and devising effective treatment strategies. Cancer growth rates differ widely among individuals and types of cancer, emphasizing the need for thorough study and...

Sustainability Analysis for Urban Bicycle Tourism of Ilo-Ilo City using GIS

Urban bicycle tourism refers to the recreational and enjoyable use of bicycles in navigating urban cities like Iloilo City. The city has already established an 11-kilometer cycling infrastructure within its boundaries. It is imperative to maximize its use to combat the negative impacts of rapid urbanization and promote safe and sustainable transportation. This paper shows...

Design and Development of Anti-Occupation System for Charging Piles of New Energy Vehicles Based on Deep Learning

Aiming at the problem that New Energy Vehicles (NEV) charging piles are illegally occupied, this paper puts forward a design and development scheme of anti-occupation system based on deep learning. Firstly, a comprehensive system architecture is designed, including license plate recognition module and occupancy judgment module, in order to realize the recognition and state monitoring...

Estimating Yearly Accumulated Rainfall in Batangas City: An Analysis Through Modeling and Simulation

This research investigates heavy rainfall dynamics in Batangas City, employing the trapezoidal rule and quadratic regression for cumulative rainfall estimation and curve fitting. Utilizing multi-year datasets sourced from the Weather and Climate website, the study not only addresses immediate impacts but also discerns long-term trends, contributing vital insights into potential indicators of climate change. The...

Modeling and Simulation of Infectious Disease Dynamics Utilizing SEIR Model

In the perpetual challenge against infectious diseases, the implementation of effective public health strategies requires a deep understanding of how illnesses work and how they spread, accurate estimation of parameters, and strategic planning for interventions. This paper explores the fundamental principles of the Susceptible – Exposed – Infectious – Recovered (SEIR) model, a widely utilized...

Reliability & Sustainability of Electrical Distribution System for University Settings

Electrical power systems in university campuses must have a strong infrastructure, engage in proactive maintenance, and implement efficient outage management procedures in order to be reliable. The study covered techniques used to improve the dependability of electrical power systems in university settings, including fault analysis, reliability-centered maintenance, and predictive analytics. Furthermore, minimizing carbon emissions, maximizing...

Modeling and Simulation of Central Processing Unit Cooling Modes for Thermal Management

Efficient thermal management is essential for modern electronic devices, as excessive heat poses a risk of component damage. Consequently, students utilize numerical techniques to model and understand the thermal characteristics of electronic components and address the critical need for efficient thermal management. Specifically, this paper applied Newton’s law of cooling to analyze and optimize electronic...

Analyzing STEM Competencies Among Filipino High School Students: An Item Response Theory Approach

The 2022 PISA scores highlighted a significant concern in the Philippine education system, showing Filipino students ranking sixth lowest in STEM competencies among 81 participating countries. This study probes into the STEM abilities of high school students from the Bicol Region to determine if the national findings are indicative of regional educational challenges. By implementing...

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