MUHAMMAD AL-KHORAZMI TASHKENT
UNIVERSITY OF INFORMATION TECHNOLOGIES
HISOB
MULTIAGENT SYSTEMS
INDEPENDENT WORK
THE REPORT WILL BE SUBMITTED IN THE FOLLOWING PROCEDURE.
1. Title sheet: subject name, work topic, student's surname, first name and patronymic
are displayed (it is recommended to create it as a sample file.).
2. Setting the problem and the goal: the student is given his problem and the goal for
the task.
3. Brief theoretical information for the performance of the work: an analysis and
statement of the literature on the given problem is given.
4. Procedure of the work: the sequence, algorithms, etc. used by the student to solve
his problem are given.
5. Solution of the problem: the results that represent the achievement of the given
task are given.
6. Conclusions: a brief analysis of the achieved results is presented.
To place the text, page margins are 2 cm, spacing is 1.15 pt, line spacing is 1.25 cm.
Font type Times New Roman, size 14 pt is required.
Task options
Table 1
№
1.
2.
Student
Topic of project
Abdialimov Sohibjon Xusniddin o‘g‘li
Intelligent Transportation Systems
Traffic agents: Modeling interactions between
vehicles, traffic lights, and pedestrians.
Autonomous Robot Teams
Cooperative robots: Simulating collaborative drones
or ground robots for package delivery and search
operations.
Abdibayev Nursultan Kayrat o'g'li
1
MUHAMMAD AL-KHORAZMI TASHKENT
UNIVERSITY OF INFORMATION TECHNOLOGIES
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
HISOB
MULTIAGENT SYSTEMS
Abdumutalibov Odiljon Abdunabi o‘g‘li
AI-Powered E-commerce Agents
Buyer and seller agents: Automating shopping and
price optimization in online stores.
Abdusattorov Abdulbosit Abduvohid o‘g‘li
Smart Traffic Management
Traffic optimization agents: Vehicles and traffic
lights communicate to minimize congestion.
Drone Navigation and Coordination
Drone fleets: Studying cooperation in security,
search-and-rescue, or military applications.
Abduvoxobova Xonoyim Abduvaqqos qizi
Amirov Bekzod To‘ra o‘g‘li
Game Theory and Cooperative Agents
Prisoner’s Dilemma: Modeling cooperation and
competition strategies among agents.
Baxtiyorov Shahriyor Ixtiyorovich
Smart City Infrastructure
Urban management agents: Waste collection, traffic
control, and energy optimization in smart cities.
Dilmurodov Zafar Ziyodulla o‘g‘li
Multiagent Chatbot System
Conversational agents: A chatbot system where
multiple agents handle different queries.
Hakimov Bobirjon Baxrom o‘g‘li
Climate Modeling and Weather Forecasting
Meteorological agents: Using agents to gather and
analyze weather data.
Disaster Response and Rescue Agents
Emergency agents: Finding survivors, clearing
roads, and managing resources during crises.
Mahmudjonov Sardorjon Xojiakbar o'g'li
Matyaqubov Fazliddin Jamoliddin o‘g‘li
Blockchain and Smart Contract Agents
Crypto trading agents: Automating cryptocurrency
transactions using blockchain technology.
Normuminov Nodir Shuxrat o‘g‘li
Food Delivery Optimization
Delivery agents: Automating order dispatch and
optimizing delivery routes.
2
MUHAMMAD AL-KHORAZMI TASHKENT
UNIVERSITY OF INFORMATION TECHNOLOGIES
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
HISOB
MULTIAGENT SYSTEMS
Smart Energy Grids
Energy distribution agents: Managing power
consumption and distribution efficiently.
Nu’monov Tohir Uchqun o‘g‘li
AI-Powered Financial Trading Agents
Stock market agents: Automating stock buying and
selling decisions using AI.
Nurmamatova Maftuna Muxidin qizi
O‘ktamov Lazizbek Azizbek o‘g‘li
Cooperative Mobile Robots
Industry robots: Coordinated robots for warehouse
logistics or industrial automation.
O‘rinov Farruxbek Dalijon o‘g‘li
Multiagent Systems in Healthcare
Medical agents: Disease diagnosis, patient
monitoring, and doctor scheduling.
Qa‘dirbaev G‘afur Alisher uli‘
Multiagent Chatbot and AI Assistants
Conversational AI agents: Designing multilingual
chatbot systems.
Multiagent Game Design
Game AI agents: Developing adaptive difficulty
using multiagent strategies.
Qodirova Barchinoy Xasanovna
Safarov Qudrat G‘ayrat o‘g‘li
Bio-Inspired Multiagent Systems
Biological agents: Simulating behaviors in swarms,
cells, or ecosystems.
Shamuratov Ulug‘bek Alisher uli
Cybersecurity and Intrusion Detection
Defense agents: Detecting fraud, predicting
cyberattacks, and preventing security breaches.
Usmonov Asadbek Luqmon o‘g‘li
AI-Based Engineering and Design Agents
Automated design agents: Using AI to optimize
construction and engineering processes.
Xalilov Jasurbek Erkin o‘g‘li
Autonomous Courier Robots
Delivery bots: Simulating independent navigation
and package delivery.
3
MUHAMMAD AL-KHORAZMI TASHKENT
UNIVERSITY OF INFORMATION TECHNOLOGIES
23.
24.
HISOB
MULTIAGENT SYSTEMS
Multiagent Algorithms for Distributed
Computing
Parallel processing agents: Using agents to enhance
computational efficiency.
Xudoyberdiyeva Nozila Mamanazar qizi
Artificial Evolution and Multiagent Systems
Evolutionary agents: Simulating natural selection
and adaptation processes.
Yuldoshov Dilshodbek Shamshod o‘g‘li
Note: № is the option number
Reporting procedure: The report on the work done should contain the
following.
1. Topic of practical work.
2. Purpose and task of practical work.
3. Completing all points of the task.
4. Summary of completed works.
Reporting requirements:
Text: Times New Roman; 14 fonts; 1.5 spacing, alignment width;
Table: Times New Roman; 14 fonts; 1.15 spacing, center align table title,
align table text width;
Image: align to center, add space before image and after image name. An
example of the title "Figure 1.1 -...";
4