NSU INSTITUTIONAL REPOSITORY

North South University Institutional Repository showcases the university's intellectual contributions, including journal articles, conference proceedings, theses, and more. Explore the latest research and advance your knowledge today!


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Open Access
Online Complain Box
(North South University, 2023) Mofakharul Islam; MD. Musfikur Rahman Roudro; Ishtiaq Ibrahim; Shahnaz Akter Emon; Shazzad Hosain; 1911671042; 1911849042; 1911697042; 1911982042
The "Online Complain Box " project aims to improve educational institutions' ability to handle and manage complaints electronically, addressing the concerns of students, staff, and other stakeholders. The system aims to improve response times and address the needs of stakeholders by promoting the collection of complaints and developing effective plans to address their concerns. The program is designed for university students who face academic problems, such as missing software, disabled monitors, and keyboards, which can hinder their ability to continue lab work. To address these issues, the project plans to develop a PC trouble reporting system, allowing authorities to identify and address the problem, ultimately improving facilities and addressing the needs of students and staff.
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Open Access
এনএসইউতে বাংলা নববর্ষ ১৪৩১ উদযাপন
(বণিক বার্তা, 2024-05-12) বণিক বার্তা
নর্থ সাউথ বিশ্ববিদ্যালয়ে ২য় বারের মতো হয়ে গেলো বাংলা নববর্ষ উৎসব বৈশাখী মেলা ১৪৩১। অনুষ্ঠানে প্রধান অতিথি ছিলেন ভিসি অধ্যাপক আতিকুল ইসলাম। গত ১১ মে নর্থ সাউথ বিশ্ববিদ্যালয়ের খেলার মাঠে এই উৎসবে বিশ্ববিদ্যালয়ের শিক্ষক শিক্ষার্থী সহ প্রায় এক হাজার মানুষ অংশ নেয়।
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Open Access
Violence Detection Using MobileNetV2
(North South University, 2023) Shazia Mahazaben; Iftekhar Md Ruddro Hasan; Sayma Islam; Abu Obaidah; 1912916642; 1913010642; 1912673042
This project aims to develop a violence detection system using the MobileNetV2 deep learning architecture. Violence detection has gained significant attention in recent years due to the increasing need for automated surveillance systems in public spaces and security applications. The MobileNetV2 architecture, known for its efficiency and accuracy in image classification tasks, is leveraged to build a robust and real-time violence detection model. The proposed system consists of two main stages: training and inference. In the training stage, a large dataset of annotated images and videos containing violent and non-violent scenes is used to fine-tune the MobileNetV2 model. Transfer learning techniques are employed to adapt the pre trained network's weights to the violence detection task, enabling the model to learn discriminative features related to violent behavior. During the inference stage, the trained model is applied to real-time video streams or pre recorded videos. The MobileNetV2 architecture, with its lightweight design, allows for efficient processing on resource-constrained devices such as smartphones and embedded systems. The model analyzes each frame or a sequence of frames, extracting relevant features and making predictions on the presence of violence. The performance of the violence detection system is evaluated using standard metrics such as accuracy, precision, recall, and F1-score. Extensive experiments are conducted on benchmark datasets and real-world scenarios to assess the system's effectiveness and reliability. The results demonstrate the capability of the MobileNetV2-based violence detection system to accurately identify violent incidents while maintaining real-time performance.
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Open Access
Beauty Salon
(North South University, 2023) Syeda Nowshin Tabassum; Sanjida Tabassum; Shazzad Hosain; 1911388042; 1911874642
Beauty Salon is an application where people can easily find the required services for their hair, skin, and body. In this system, there will be some features. To begin with, there will be a “Signup” feature where the owner of the beauty parlors and the clients both can create an account. Secondly, there will be a “login” panel. If the user has already an account, then he/she just has to login into the app. Thirdly, there will be a “choose salon option” where users can choose a salon according to their requirements. Then there will be a “go-to menu” panel where the user can see the services of that particular salon. After that, there will be a “query” panel where the moderator asks the user which service she/he likes to take whether it is home service or in-person salon service. In this panel, the user can also query her interest. After that, if the user wants to take an in-person salon service, then she has to choose which service she likes to take. At last, she has to confirm the service. If the user wants to take home service then she has to select the home service. Lastly, she has to confirm the service. In this system, the user can cancel the service as well as reschedule the service. In this regard, she has to connect with the moderator. Using this system, the User doesn’t have to waste her time looking at their required service. Users can take service according to their choice, timing, and cost. Users can easily take any service near to their area. With the advancement of online-based administrations, numerous daily assignments have become much simpler for us. Ladies are going to the salon for their magnificence treatment. Some of the time because of work or less time ladies can’t go to the salon. That’s why we require an app to simple way for excellence treatment in salon. From this app, clients can see which salon is superior, where they need to go, and also which salon goes inside their budget. Our object for this project was to make peoples life specially women’s life easier. That’s why we built an app which provide online and also in person salon services. Another reason behind build this was in our country we don’t have any app like beauty salon. So, it can be a good business idea.
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Open Access
QuickBazaar – An Online Marketplace
(North South University, 2023) Rafidul Islam; Md Rafin Al Zhehad; Md. Riyad-Ur-Rahman; Mohammad Ashrafuzzaman Khan; 1912152042; 1911626642; 1911125042
QuickBazaar is an innovative e-commerce website that caters to the online buying demands of customers in Bangladesh by employing the MERN (MongoDB, Express.js, React.js, Node.js) stack. The project's goal is to provide a smooth and safe platform for users to conveniently discover and purchase a wide selection of products. QuickBazaar aims to transform the online buying experience in Bangladesh by providing an intuitive user interface, efficient features, and solid functionality. An admin panel for efficient management, user registration and authentication for personalized experiences, a comprehensive product catalog with detailed descriptions and reviews, a user-friendly cart and checkout process with payment gateway integration, order tracking for transparency and peace of mind, and a responsive design for optimal performance across devices are all included in the project. QuickBazaar aims to provide clients with a safe, efficient, and enjoyable online buying experience, altering the way they shop in Bangladesh's e-commerce market.
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Open Access
Harnessing Sunlight for Manipulation: Probing the Pulling Force on Silver Plasmonic Particles
(North South University, 2023) Zubaer Hasan Arman; Pranto Kumar Raha; Mahdy Rahman Chowdhury; 1921980043; 1921414043
The optical pulling force exerted on silver plasmonic particles is investigated in this work. To estimate the pulling force, a complete approach incorporating optical manipulation methods and force measurements was used. The experiment was carried out in a controlled environment where the incoming light intensity, wavelength, and polarization varied. The goal of the research is to describe and comprehend the dynamics of this force, which is critical in optical manipulation and trapping applications. The findings show that there is a pulling force operating on the silver particle, which is caused by the interaction of the particle's plasmonic characteristics with incident sunlight. The data show a distinct connection between the incident power, particle size, and pulling force magnitude. This research advances our knowledge of optical forces in plasmonic systems and sheds light on the possible uses of silver nanoparticles in optical trapping and manipulation.
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Open Access
নর্থ সাউথ বিশ্ববিদ্যালয়ে ২য় বারের মতো হয়ে গেলো বাংলা নববর্ষ উৎসব বৈশাখী মেলা
(প্রথম আলো, 2024-05-19) প্রথম আলো
নর্থ সাউথ বিশ্ববিদ্যালয়ে ২য় বারের মতো হয়ে গেলো বাংলা নববর্ষ উৎসব বৈশাখী মেলা ১৪৩১। গত ১১ মে নর্থ সাউথ বিশ্ববিদ্যালয়ের খেলার মাঠে এই উৎসবে বিশ্ববিদ্যালয়ের শিক্ষক শিক্ষার্থী সহ প্রায় এক হাজার মানুষ এতে অংশ নেয়।
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Open Access
NSU celebrates Bangla New Year 1431 thru cultural programme, Baishakhi Mela
(The Daily Sun, 2024-05-13) The Daily Sun
North South University (NSU) on Saturday celebrated Bangla New Year 1431 and Baishakhi Mela showcasing the essence of Bengali culture. The programmed including the mangal shobhajatra, song, dance, Baul music etc. NSU VC Professor Atiqul Islam was the chief guest on the occasion. About 1,000 people, including teachers and students of the university, participated in this festival at the playground of North South University on May 11.
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Open Access
Optical Characterization and Propulsion of Macroscopic Objects Using Nanostructures for Self-stabilization
(North South University, 2023) Puja Saha; Raiyan Mahmuda; Mahdy Rahman Chowdhury; 1731075043; 1831037643
Our project is about an unfocused beam of light which can provide enough intensity to balance the weight of the nanoscopic reflecting structure. We are proposing an elementary building block consisting of unit cells made by silicon (n=3.5) as optical resonators of sub wavelength thickness on a thin substrate silica (n=1.45). The unit cells are in a mirror-symmetric manner with respect to the structure’s center of mass, to eliminate the moment and lateral force. The asymmetry in the optical response can restore torque which causes the displacement from its equilibrium position or orientation. We have got our result in COMSOL Multiphysics Software where we have proposed MEPS design in a mirror symmetric manner consisting of two dissimilar rectangular resonators.
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Open Access
Digitation of an Analog Kymograph Machine
(North South University, 2023) Sadman Uddin Ahmed; All Mehedi Saqlain; Mahmud Hasan Mredul; Atiqur Rahman; 1831518043; 1912120643; 1912926643
Biomedical research has been altered by the digitization of experimental setups, such as the organ bath and kymograph, by overcoming the drawbacks of conventional approaches. Potential inaccuracies and limitations in data collecting and analysis have been caused by manual measurements and subjective interpretations. The goal of this project is to create a dependable, user-friendly digital system that combines an accelerometer, an organ bath, and a kymograph. Real-time data capture, automatic recording, and enhanced visualization capabilities can all be accomplished by observing and analyzing mechanical movements. Accelerometer integration automates data collection, improving accuracy and productivity. Digitization has made it possible to use sophisticated visualization techniques that provide accurate and thorough depictions of physiological changes. Algorithms and software technologies allow for deeper insights into underlying processes. The precision, effectiveness, and dependability of physiological research have all significantly improved with the integration of accelerometers into experimental setups. For continued development and use of digitized systems, however, issues with accelerometer measurements, setup integration, and protocol standardization must be resolved.