Dr. M. A. S. Kamal Smiley face

群馬大学カマル研究室へようこそ! Welcome to the Laboratory of Dr. Kamal

Smart Mobility and Intelligent Systems Lab

Cluster of Electronics and Mechanical Engineering, Graduate School of Science and Technology Gunma University.
 Address: 1-5-1 Tenjincho, Kiryu 376-8515, Japan. Office: Kiryu Campus Bulding 3 Room no. 3214, Email: maskamal {@gunma-u.ac.jp}

モハマド アブドスサマド カマル: 准教授, 群馬大学・大学院理工学府・電子機械類・知能制御プログラム
住所::〒376-8515 群馬県桐生市天神町1丁目5-1 (研究室:3号館3214号室)

Current Members and Reserach Theme | 研究室メンバーとその研究テーマ

Level・学年等 Name・名前 Reserch Theme・研究内容・テーマ
Visiting researcher
客員研究員


Doctor Year 3
博士後期課程(D3)
Nazmus Sakib
◆ Smart City Transportation Services
Doctor Year 2
博士後期課程(D2)
Maghzan Atykhan
XIAOZHUO ZUO・左小琢
◆ Intelligent Transportion Systems
◆ Smart Wheel Chair Driving Systems
Doctor Year 1
博士後期課程(D1)
Ahmad Hasan
◆ Channel estimation in V2X sidelink
Master M2
博士前期課程2年
Miura・三浦隼斗
Ashik Adnan
Nur Husnina
Nusrath Tabassum
宗形 陸
中西 瞭太
Guanglei Zhu
Md Samsul Arefin Sarker
Bashir Hossain
◆ Camera-Based Safety Evalution for Rail-Way Level Crossing.
◆ Autonomous Driving on irregular roads.
◆ Data-driven eco-driving modelling
◆ Vehicle abnormality detection
◆ Emergency transporation services
◆ Smart city service optimization
◆ Model predictive control of truck Platooning.
◆ Swarm Robotics
◆ Vision-based Autonomous Driving Learning System
Master M1
博士前期課程1年
長 慧衣佳
根本 暁都
星野 奨吾
PHAN PHEARAMONY
◆ Estimation of Fuel Efficient Route on Urban Driving Based on Experimental Data
◆ Autonomou Driving Vehicle Control System
◆ Autonomou Driving Vehicle Control System
◆ Reliable V2V Communication Based Intelligent Transportation Systems
Research Students
研究生
王 応璨
Fadjaristya Ramdhan
◆ Model Predictive Control of Automomous Vehicles
◆ Control system simulation
Undergraduate Students
学部4年生
MAHDYAR KARIMI
佐藤琴平
田中宏和
グエン バオ ヴィエット
大木心
井田大翔
◆ Cloud-Edge Hosted Optimized Driving Control System
◆ Driver-Adaptive Assist System
◆ Modeling automobile fuel economy calculation formulas based on vehicle and driver characteristics
◆ Detecting and predicting pedestrian behavior in autonomous vehicles
◆ Countermeasures for communication delays
◆ Optimization of avoidance when emergency vehicles pass by

Supervised Dotoral Thesis

Supervised Master Thesis

Supervised Undergaduate Projects | 卒業論文の指導歴