AI Research

Source: Dev.to

Agentic AI

Agentic AI refers to artificial intelligence systems that behave like autonomous agents. These systems are able to observe their environment, make decisions, plan actions, and work towards achieving specific goals. This concept is closely related to the agent model studied in artificial intelligence, where an agent perceives the environment through sensors and performs actions through actuators. Examples of such systems include autonomous robots, intelligent assistants, and automated research systems. The research suggests that future AI systems will move beyond simple response generation and will instead function as goal‑driven systems that can operate independently and adapt to different situations.

Improving the A* Search Algorithm

The second research paper focuses on improving the A* search algorithm. A* is a widely used search algorithm for solving path‑finding and navigation problems. It is commonly used in robotics, navigation systems, and game artificial intelligence. The algorithm evaluates nodes using a function that combines the cost from the starting node and an estimated cost to reach the goal, allowing it to find an optimal path efficiently.

However, in large and complex environments, the traditional A* algorithm may explore many unnecessary nodes, increasing computation time. The research proposes an improved approach using adaptive heuristic weights that dynamically adjust the search strategy. By modifying how the heuristic function influences the search process, the algorithm can reduce unnecessary exploration and find paths more efficiently. This improvement helps in faster path planning and better performance in dynamic environments such as robotic navigation.

Conclusion

Studying these papers helped illustrate how theoretical concepts learned in artificial intelligence courses are applied in real research. The idea of agentic AI shows how modern systems are becoming more autonomous and capable of complex decision‑making. At the same time, improvements to algorithms like A* demonstrate how researchers continue to optimize existing methods to make them more efficient and practical.

Overall, these research papers highlight how artificial intelligence is evolving from basic algorithms into more intelligent and autonomous systems. Developments in agent‑based AI and improved search algorithms play an important role in advancing applications such as robotics, navigation systems, and intelligent assistants. Understanding these developments helps students connect classroom knowledge with real‑world AI innovations.