Department of Computer Science

Permanent URI for this communityhttps://repository.cuilahore.edu.pk/handle/123456789/16

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Author: search.filters.author.Dr. Atifa AtharSubject: search.filters.subject.FA16

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    Interactive Student Academic Counsellor (ISAC)
    (Library Information Services, COMSATS University Islamabad, Lahore Campus., 2020-11-20) Maleeha Qureshi; FA16-BCS-201; Dr. Atifa Athar; LHR TP 6202
    This report describes the project proceedings and the background knowledge of Artificial Intelligence that shall be utilized throughout the making of the project. The project is based on designing an intelligent agent (ISAC) that will assist the students in matters related to student services provided on campus. This agent will carry out time-consuming academic tasks that as it would need to evaluate the cases of all students to specify certain choices. It will be able to facilitate students according to the policy of the institution. The current manual system of registering, adding, dropping, withdrawal of courses is outdated nowadays and it has also put mental stress on students. The current system lacks student counseling and advising rendering it difficult and frustrating for students to perform efficiently in their academics. A lot of helpful assistance can be taken by artificial intelligence. Intelligent agents are designed today to help humans in their daily problems. These agents are efficient as they assist humans in minimizing their workload. Robots (Hanson robotics Sophia, Mayfield robotics Kuri), Chatbots (Tutor, Mitsuku, and Uberbot), virtual agents (Amelia, Siri), and softbots have provided assistance to human in their work.
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    Robot Navigation using Situation Awareness
    (Library Information Services, COMSATS University Islamabad, Lahore Campus., 2020-11-20) H.M Suleman Khan; FA16-BCS-055; Dr. Atifa Athar; LHR TP 6203
    In the presence of efficient ongoing changes that are being brought in industry, the concept of automation is becoming a well-known factor in robots. The main focus of this project would be to let the robot navigate in a dynamic industrial environment and for it to reach the desired target. This project includes that if any blocking situation occurs during navigation, the robot will reach the target by using an alternate path. As the robot may experience an obstacle during navigation, it would use the concept of situation awareness to define its required path for reaching the target. The robot will also be responsible for solving any unwanted event that may occur during its navigation towards the target location.