ARCHIVES
Design and Analysis of Deep Learning Framework for Early Detection of Cancer Disease
Published Online: March-April 2024
Pages: 273-278
Cite this article
↗ https://www.doi.org/10.59256/ijire.20240502036Abstract
Abstract: Cancer, notably brain and lung cancers, is a leading global cause of death, challenging to detect early. Traditional diagnostic methods struggle due to their complexity and lack of specific symptoms. Deep learning models show promise but need improvement, especially for early-stage brain and lung cancers. Challenges include limited data, complex features, and interpretability issues. This research aims to enhance deep learning methodologies by incorporating advanced techniques like transfer learning and attention mechanisms. The goal is to accurately detect and classify early-stage cancers, addressing existing challenges, gaining insights into biological mechanisms, and ultimately improving patient outcomes through earlier detection and treatment.
Related Articles
2024
Embedding Artificial Intelligence for Personal Voice Assistant Using NLP
2024
Analysis of Pedestrian Steel Bridge subjected the Seismic Load and Wind Load using Damper at different Span
2024
Review Paper on Comparison of Asymmetric and Symmetric RCC Building with Soil Structure Interaction by Dynamic Loading
2024
BLYNK RFID and Retinal Lock Access System
2024
ML-Driven Facial Synthesis from Spoken Words Using Conditional GANs
2024