Review of MATLAB Based Intelligent Fuzzy System for Early Detection of Lung Cancer
Sakshi Ramdas Jarhad*1, Sakshi Aaba Chakane*2, Yogita Raghunath Temgire*3, Rahul Sitaram Bansode*4
*1,2,3 BE Student, Department of Electronics and Telecommunication Engineering, Sharad Chandra Pawar College of Engineering, Otur, India.
*4 Project Guide, Professor, Sharad Chandra Pawar College of Engineering, Otur, India.
ABSTRACT
Lung cancer remains one of the driving causes of cancer-related passings all inclusive, requiring precise symptomatic devices for early discovery and exact organizing. Conventional demonstrative approaches depend on manual translation of CT looks, which are inclined to human blunder and wasteful aspects. This paper presents the usage of a Fluffy Logic-Based Lung Cancer Location and Arranging Framework, which forms CT check pictures to recognize, classify, and organize lung tumors. The proposed framework coordinating picture preprocessing, highlight extraction, fluffy rationale classification, and tumor reviewing to make strides demonstrative exactness and upgrade clinical decision-making. The framework takes after an organized approach, starting with picture securing and preprocessing to upgrade picture quality. Include extraction methods distinguish tumor characteristics such as estimate, shape, and surface, which are at that point prepared utilizing fluffy rationale for nuanced classification. Not at all like twofold classification models, this framework allots enrollment values to tumor properties, empowering a more versatile and exact cancer arranging approach. The last arrange includes a Graphical Client Interface (GUI) that permits clients to transfer pictures, see classification comes about, and decipher tumor arranging for way better ease of use. Utilizing the LUNA16 dataset, the framework was assessed for execution, accomplishing tall precision, exactness, review, and F1-score. The comes about illustrate the adequacy of fluffy rationale in dealing with vulnerability in restorative imaging, moving forward early location, and helping clinicians in making educated treatment choices. This framework speaks to a critical headway in lung cancer diagnostics, bridging the hole between computational versatility and clinical precision.
Keywords: picture preprocessing, highlight extraction, fluffy rationale classification
