An enhanced version of Harris Hawks Optimization by dimension learning-based hunting for Breast Cancer Detection

Abstract

Swarm intelligence techniques have a vast range of real world applications.Some applications are in the domain of medical data mining where, main attention is on structure models for the classification and expectation of numerous diseases. These biomedical applications have grabbed the interest of numerous researchers because these are most serious and prevalent causes of death among the human whole world out of which breast cancer is the most serious issue. Mammography is the initial screening assessment of breast cancer. In this study, an enhanced version of Harris Hawks Optimization (HHO) approach has been developed for biomedical databases, known as DLHO. This approach has been introduced by integrating the merits of dimension learning-based hunting (DLH) search strategy with HHO. The main objective of this study is to alleviate the lack of crowd diversity, premature convergence of the HHO and the imbalance amid the exploration and exploitation. DLH search strategy utilizes a dissimilar method to paradigm a neighborhood for each search member in which the neighboring information can be shared amid search agents. This strategy helps in maintaining the diversity and the balance amid global and local search. To evaluate the DLHO lot of experiments have been taken such as (i) the performance of optimizers have analysed by using 29-CEC -2017 test suites, (ii) to demonstrate the effectiveness of the DLHO it has been tested on different biomedical databases out of which we have used two different databases for Breast i.e. MIAS and second database has been taken from the University of California at Irvine (UCI) Machine Learning Repository.Also to test the robustness of the proposed method its been tested on two other databases of such as Balloon and Heart taken from the UCI Machine Learning Repository. All the results are in the favour of the proposed technique.

Identification of the Potential Molecular Mechanism of TGFBI Gene in Persistent Atrial Fibrillation

“…In addition, we aimed to construct an AF animal model with pacemaker via persistent rapid atrial stimulation to repeat the experiment. Finally, several representative computational intelligence algorithms, like monarch butterfly optimization (MBO) [ 60 ], earthworm optimization algorithm (EWA) [ 61 ], elephant herding optimization (EHO) [ 62 ], slime mould algorithm (SMA) [ 63 ], hunger games search (HGS) [ 64 ], RUNge Kutta optimizer (RUN) [ 65 ], colony predation algorithm (CPA) [ 66 ], and Harris hawks optimization (HHO) [ 67 , 68 ] could be used to optimized our analysis.…”

Recent Advances in Harris Hawks Optimization: A Comparative Study and Applications

“…In [271], Kaur et al employed Dimension Learning-based Hunting (DLH) with the original HHO. The novel algorithm, known as DLHO, was developed for biomedical datasets.…”

A review on optimization techniques for medical image analysis

“…To enhance the accuracy of breast cancer diagnosis, Kaur et al 84 presented an improved version of Harris Hawks optimization (HHO) for detecting breast cancer from mammographic images. To improve the HHO solution, the dimension learning‐based hunting (DLH) search method was adopted to balance the local and global search ability.…”