Forecasting
Scope & Guideline
Connecting Mathematics and Decision-Making for a Better Tomorrow.
Introduction
Aims and Scopes
- Statistical Forecasting Techniques:
The journal emphasizes traditional statistical methods such as ARIMA, exponential smoothing, and regression models, exploring their applications in diverse fields like economics, environmental science, and healthcare. - Machine Learning and AI Integration:
A significant focus is placed on the incorporation of machine learning algorithms, including deep learning and ensemble methods, to improve forecasting accuracy and efficiency in various sectors. - Sector-Specific Applications:
Research often addresses specific sectors such as transportation, energy, finance, and environmental forecasting, showcasing tailored methodologies that meet the unique challenges of each domain. - Comparative Analysis of Forecasting Models:
The journal frequently publishes comparative studies that evaluate the effectiveness of different forecasting models and approaches, contributing to the understanding of model performance across various datasets. - Interdisciplinary Research:
'Forecasting' encourages interdisciplinary studies that combine insights from economics, ecology, technology, and healthcare, fostering a holistic approach to prediction and modeling.
Trending and Emerging
- Hybrid Modeling Approaches:
There is a growing trend towards hybrid models that combine traditional statistical methods with machine learning techniques to enhance forecasting accuracy, reflecting a shift in the complexity and capabilities of forecasting methodologies. - Real-Time and Dynamic Forecasting:
Research focusing on real-time forecasting applications, especially in areas like energy consumption and transportation, is on the rise, highlighting the importance of timely predictions in decision-making processes. - Climate Change and Environmental Forecasting:
As climate change becomes a pressing global issue, studies aimed at forecasting environmental impacts, such as extreme weather events and resource management, are increasingly prevalent. - Health and Epidemiological Forecasting:
The COVID-19 pandemic has spurred interest in health-related forecasting, particularly in modeling disease outbreaks and healthcare resource allocation, indicating a significant emerging theme. - Big Data and Predictive Analytics:
The integration of big data analytics into forecasting methodologies is gaining momentum, with researchers exploring how vast datasets can improve prediction models across various sectors.
Declining or Waning
- Traditional Time Series Analysis:
There has been a noticeable decline in the publication of papers solely focused on classical time series methods without the integration of machine learning or advanced statistical techniques. - Basic Economic Forecasting Models:
Basic economic models that do not incorporate recent technological advancements or complex data structures are increasingly less common, as the field moves toward more sophisticated approaches. - Single-Domain Focus Studies:
Research that concentrates on a singular domain without interdisciplinary connections is waning, as there is a growing preference for studies that incorporate multiple fields and perspectives. - Static Predictive Models:
There is a decrease in interest for static models that do not adapt to changing data patterns, as dynamic and adaptive models are gaining favor for their relevance in real-time forecasting scenarios. - Descriptive Analytics without Predictive Components:
Papers focusing solely on descriptive analytics without offering predictive insights or applications are becoming less frequent, as the journal's emphasis shifts towards actionable forecasting outcomes.
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