Explainable Artificial Intelligence means ways to help people understand how AI systems make decisions or predictions. Normal AI methods often act like “black boxes,” where users cannot see the steps behind the results. XAI tries to be clear by showing the reasons for AI’s answers. This is important in healthcare because doctors and nurses need to trust AI when they use it to diagnose patients or create treatment plans. Without clear reasons, it can be risky and cause legal issues if AI makes mistakes.
Azza Basiouni and her team reviewed studies about XAI from 2021 to 2023. They looked at 14 strong papers mostly about healthcare. Their results show XAI can help make AI more open, trusted, fair, and follow rules in medical places. It can also help doctors give personalized care by explaining why AI suggests certain treatments for each patient.
Many AI models like Machine Learning and Deep Learning work in ways that people cannot easily understand. They give answers but do not explain how they got them. In the U.S., healthcare providers must follow strict rules like HIPAA and keep patients safe. If AI decisions are not clear, doctors cannot justify using those answers.
This problem can make doctors slower to accept AI in their daily work. Dost Muhammad and Malika Bendechache studied this issue, especially in medical image analysis. They said AI without explanations causes legal problems because doctors cannot fully check or question AI advice.
Right now, XAI research does not have one clear method to check or use explainability tools in healthcare. Different studies use many explanation styles, like looking at features, using substitutes, or examining images in various ways. But no group agrees on the best way. This makes it harder for regulators to approve AI tools. It also confuses hospital IT managers about which tools to choose.
There are some rating systems suggested by researchers, but many hospitals do not use them. This leads to mixed results when judging how reliable AI explanations are. Zahra Sadeghi, an expert in machine learning and healthcare, says building trust in AI needs clear explanations plus steady testing.
Even though AI and XAI are advancing fast, using them well in real hospital settings is still difficult. Many explainability methods are new or focus on technical skills rather than how doctors and nurses actually use them. In the U.S., putting AI into electronic health records, imaging, or patient care systems needs careful design and teamwork among doctors, IT specialists, and managers.
AI tools must work well with everyday medical routines. They should explain things in ways doctors and nurses understand. But many current XAI systems do not fully meet these practical needs.
Basiouni and her team also found most XAI research comes from top journals. They often leave out smaller hospitals or less-studied areas. This limits how well the results apply everywhere. Also, topics like how small providers can use XAI, fairness in AI results, and patient data privacy have not been studied enough.
Researchers say more studies should include varied healthcare groups in the U.S. They also suggest looking at new topics like smart health systems and self-driving health devices.
Future work should focus on creating clear and standard ways to measure if XAI works well, is reliable, and easy to use. These measures will help hospital leaders and IT staff compare tools fairly. They will also help meet rules from agencies like the Food and Drug Administration (FDA).
Also, research should improve how AI explains things so it is simple and fits the different roles of users in healthcare. One way is to combine clear AI models with pictures or visual aids to show how AI made its decisions.
XAI should not only be for big hospitals but also for small clinics and outpatient centers across the country. Research must find ways to adjust AI tools based on different resources, IT setups, and patient groups with various backgrounds.
Fairness is very important to prevent bias in AI that could hurt some groups more. Using mixed data and designing algorithms to handle diverse populations can help give fair results and avoid mistakes that affect certain groups unfairly.
AI systems in healthcare will work best if they listen to user feedback all the time. Doctors and staff need easy-to-understand interfaces that explain AI decisions and let them question or change AI suggestions when needed. Making XAI fit the way people work in hospitals will help build trust and make AI more useful.
Most XAI research now focuses on medical imaging and diagnosis. But there are chances to use XAI in other areas like helping make administrative decisions, watching public health, and personalizing medicine. The U.S. healthcare system is very complex. AI that explains itself can help with insurance, rules, and many care settings.
Key researchers like Zahra Sadeghi and Sadiq Hussain emphasize needing AI tools that handle uncertainty and improve patient safety in many risky healthcare areas.
The administrative side of healthcare in the U.S. is an important place where AI and XAI work together to make things faster and reduce mistakes. AI can help with office tasks like scheduling, communicating with patients, billing, and reporting compliance.
Companies such as Simbo AI use AI in phone systems to automate answering calls and other front-office jobs. By using explainable AI, these systems make their work clear. This helps staff understand how AI deals with patient data and decision rules.
Medical practice managers and IT staff will find these XAI tools help with:
Even though AI helps speed up office work, it is very important that these systems explain their thinking clearly. This way, technology supports human choices instead of replacing them blindly.
Researchers like Khaled Abdelqader and Khaled Shaalan from The British University in Dubai show there is worldwide interest in XAI, especially for healthcare. They work with U.S. experts like Saeid Nahavandi and Panos M. Pardalos. They all stress the need for teams that include AI creators, doctors, and policy makers.
In the U.S., this teamwork is needed to set good practices that match the country’s rules, different healthcare providers, and patient groups. Also, regularly training hospital leaders and IT staff about XAI’s benefits and limits is important to help them use AI well.
As healthcare in the United States uses more digital tools, investing in explainable AI research and use will help medical practices improve patient care, work better, and keep safety high. With ongoing study and careful use, Explainable Artificial Intelligence can become a trusted help in American healthcare administration and delivery.
The primary focus is to address research gaps in Explainable Artificial Intelligence (XAI) through a multidisciplinary perspective, analyzing empirical studies from 2021 to 2023.
A total of 14 studies were found qualified and considered in the analysis after screening 997 entries.
XAI applications are primarily found in healthcare, demonstrating potential to enhance transparency, trust, decision-making, fairness, and individualized treatment.
Strategies include visual explanation techniques, interpretable machine learning models, and model-independent methods.
The review acknowledges limitations in its coverage due to reliance on high-ranking journals and the exclusion of broader sources, which may affect comprehensiveness.
Future research should cover broader ranges of sources, advance methodological innovations in XAI, and focus on accessibility, fairness, and intuitive explanation strategies.
By addressing identified deficiencies and implementing recommendations, future research could enhance the effectiveness, transparency, and trustworthiness of AI systems.
It suggests expanding into domains like autonomous vehicles, defense, and smart cities.
Benefits include improving decision-making processes, increasing regulatory compliance, and enhancing individualized patient treatment approaches.
Keywords include Explainable Artificial Intelligence (XAI), Systematic Review Healthcare, Interpretable Machine Learning, and Data Privacy in AI.