Transparent Peer Review By Scholar9

Advances in Tomato Disease Detection: A Comprehensive Survey of Machine Learning and Deep Learning Approaches for Leaves and Fruits

Abstract

Tomatoes contributed about 232 billion Indian rupees to the Indian economy in the financial year 2020; it is next to potatoes in vegetable production in South Asian countries. Tomatoes are the most familiar vegetable crop, extensively cultivated on cultivated land in India. The tropical weather of India is relevant for development, but specific weather conditions and several other features affect the standard progress of tomato plants. Besides these weather conditions and natural disasters, plant disease is a big crisis in crop production and plays a vital role in financial loss. The typical disease detection approaches for tomato crops cannot produce a predictable solution, and the recognition period for diseases is slower. A primary recognition of disease provides optimum solutions compared to the existing detection methods. Recently, distinct technologies such as AI, IoT, pattern recognition, computer vision (CV), and image processing have quickly developed and been executed for agriculture, specifically in the automation of disease and pest detection procedures. CV-based technology deep learning (DL) approaches have been performed for previous disease detection. This study proposes a wide-ranging investigation of the disease detection and classification approaches inferred for Tomato Leaf Detection. This work also reviews the advantages and disadvantages of the methods presented. Additionally, the advancements, challenges, and opportunities are discussed in this field, providing insights into the recent methods. This survey is an appreciated resource for practitioners, researchers, and stakeholders involved in tomato cultivation and agricultural technology.

Balaji Govindarajan Reviewer

Review Request Accepted

Balaji Govindarajan Reviewer
16 Oct 2024 03:04 PM

Approved Rating

Relevance and Originality

Methodology

Validity & Reliability

Clarity and Structure

Results and Analysis

Comment

Relevance and Originality:

This research article addresses a significant challenge in agriculture—the detection and classification of diseases affecting tomato crops. Given the economic importance of tomatoes in India, with substantial contributions to the economy, the relevance of this study is evident. The originality lies in its comprehensive examination of various advanced technologies, such as AI, IoT, computer vision, and deep learning, applied specifically to tomato leaf disease detection. By reviewing these methodologies, the paper provides valuable insights into contemporary approaches to enhancing crop management, making it a pertinent resource for stakeholders in agricultural technology.

Methodology:

The methodology appears to be thorough, focusing on a wide-ranging investigation of existing disease detection and classification approaches for tomato leaves. By incorporating diverse technologies, the research offers a multi-faceted perspective on the topic. However, the paper would benefit from greater specificity regarding how each method was analyzed and compared. Including details about the selection criteria for the technologies reviewed, as well as any empirical data or case studies illustrating their effectiveness, would enhance the robustness of the methodology and provide a clearer framework for understanding the findings.

Validity & Reliability:

The validity of the study is supported by its focus on well-established technologies in agriculture. By examining the advantages and disadvantages of various disease detection methods, the paper offers a balanced view that can aid practitioners in making informed decisions. To strengthen reliability, it would be beneficial to include performance metrics or outcomes from studies employing these technologies in real-world scenarios. Additionally, discussing the limitations of the reviewed methods and potential biases in the literature could provide a more nuanced understanding of their applicability and reliability in disease detection.

Clarity and Structure:

The article is well-structured, guiding the reader through the significance of the research, the methodologies explored, and the implications for agricultural practices. However, some sections could be improved for clarity, particularly those with complex phrasing. Simplifying the language and ensuring that technical terms are clearly defined would enhance accessibility for a broader audience. Clearer section headings and subheadings to delineate different technologies and their specific advantages could improve the organization and help readers navigate the content more effectively.

Result Analysis:

The result analysis provides critical insights into the various disease detection and classification approaches, highlighting their strengths and weaknesses. While the survey discusses advancements and challenges in the field, it would benefit from specific examples of successful applications or case studies that illustrate the effectiveness of these methods in real agricultural settings. Additionally, outlining future research directions or emerging trends in the field of tomato disease detection could provide a comprehensive view of the landscape and encourage further exploration. Overall, a more detailed analysis of how these technologies can be implemented practically in tomato cultivation would significantly enhance the impact of the findings.