Browsing by Author "Zishan, Md. Saniat Rahman"

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A comprehensive smart IoT tracker for the children, elder, and luggage with the assistance of mobile app
(IEEE, 2021-01-04) Kabir, AZM Tahmidul; Mizan, Al Mamun; Saha, Plabon Kumar; Kibria, Golam; Ta-sin, Akib Jawad; Zishan, Md. Saniat Rahman
This paper represents an IoT based tracking system, through which it is very easy to track the child, elder, or any type of luggage. This system has separate features for tracking each of these things, which have been completed by the IoT device and the Android app. It is possible to track anything manually or automatically with this device. NodeMCU, GPS, and GSM have been used as hardware to build the system, and Firebase Server and Google API services have been used for the Android app. Parcel exchange has become very common nowadays. With this system, in addition, the location of the parcel can be easily tracked, and administrative help can be taken for any unforeseen situation.
A review on the security issues of telemedicine network
(2014-11) Hossain, Chowdhury Akram; Zishan, Md. Saniat Rahman; Ahasan, DR
Telemedicine is currently a promising area of research as day by day the need of better medical support is increasing. There had been numerous researches done in this particular field with many aspects. In our paper we mainly focused on the review of the system and few common security threats which have a huge influence on the quality of the service. In our paper we also reviewed literatures which suggested few possible solutions to the threats.
A study of Canada’s Energy Situation and Probable Future in the Energy Sector
(International Journal of Scientific & Engineering Research, 2012) Zishan, Md. Saniat Rahman; Paul, Shuva; Adibullah, Md; Mahmud, Sohel; Yousufe, Md Rashed
Energy efficiency is one of the most important issues for the next generation scientists. Energy efficiency is one of the most important factors for power generation and distribution. As loss is one of the major thing of our concern so the scientists all over the world is working day and night to make the power or energy system more efficient. This work represents a brief discussion on the energy efficiency of Canada; its policy for energy use and production and their future roadmap. This paper work relies on an objective and credible analysis underpinning for scientific decision and program implementations.
A study on tidal power conversion for use in Bangladesh
(International Journal of Scientific & Engineering Research, 2012-12) Khan, Md Kamrul Alam; Shatter, Md Abdus; Paul, Shuva; Zishan, Md. Saniat Rahman
Electricity from tidal power is a form of pollution free renewable energy which has a lot of potential. This potential has not been realized high capital costs and environmental concerns. This paper discusses how the two problems could be resolved utilizing small-scale technologies, innovative financing, and involving local communities to ensure that all key impacts are manageable. Bangladesh has a long coastal area with 2~8 m tidal head/height rise and fall, most of which is protected against flooding by embankment and sluice gates.Therefore, the potential for tidal power in the country is significant because the barrages necessary for creating controlled flow through turbines (to tap tidal power) are also needed for flood control. It is feasible to generate electricity using the Bay of Bengal. Our research study shows that all twelve months of the whole year are feasible for power production but 8 months of the year (from the late March to October) are most suitable for power production
Action Recognition Based Real-time Bangla Sign Language Detection and Sentence Formation
(IEEE, 2023-07-01) Akash, Shartaz Khan; Chakraborty, Debobrata; Kaushik, Mehedi Mahmud; Babu, Barsan Saha; Zishan, Md. Saniat Rahman
Sign language is a system of communication that uses visual motions and signs to communicate with persons who are deaf or mute due to a hearing or speech impairment. A real-time Bangla Sign Language (BdSL) detection system was proposed in this paper, which can generate Bangla sentences from a sequence of images or a video feed which can help those who are not familiar with sign language. Blazepose algorithm was used to identify the sign language body posture sequence. After detecting the body posture the data was gathered as a numpy file. A Long Short-Term Memory (LSTM) network was used to train the numpy files since this network can generate predictions based on sequential data. After 85 epochs of training, the model's training accuracy was 93.85%, and its validation accuracy was 87.14%, which indicates that the model's ability to recognize BdSL sentences in real-time is adequate.
An arduino based accident prevention and identification system for vehicles
(IEEE, 2018-02-12) Mahamud, Md Sadad; Monsur, Maliha; Zishan, Md. Saniat Rahman
In this paper an accident prevention system is being introduced with accident identification for vehicles that will give a higher probability to reduce the accidents taking place every day on roads and at the same time if accident occurs, the system will locate its place and will automatically inform those people who will be able to take immediate actions. Here, an Arduino based system has been developed by using Global Positioning System (GPS) and Global System for Mobile Communication (GSM) technology. An accelerometer will also be used that will measure the velocity and the amount of the vehicle's tilting when it will struck over something. When the velocity of the car will be more than the defined maximum velocity for the road or it tilts, a warning will be given automatically. Also, whenever an accident will take place, the GPS will locate the geographical coordinates for that particular place, and using the GSM it will send an SMS. The system is of low-cost and is user friendly.
Analysis of Genetic Algorithm-Optimized PID Controllers for a Two-Area Automatic Generation Control System
(IEEE, 2024-02) Tabassum, Nafisa; Jahan, Effat; Goswami, Niloy; Zishan, Md. Saniat Rahman
This paper aims to analyze an interconnected two-area Automatic Generation Control (AGC) power system through the application of optimization techniques based on Genetic Algorithm (GA). The principal objective is to enhance the overall system performance by optimizing the gain values of the three PID controllers using advanced optimization techniques like GA. This paper explores the overall performance by analyzing settling times in areas one and two and the deviation in tie line power. The system error is effectively minimized through the optimization of GA with the objective function of Integral Time Absolute Error (ITAE). Comparative analyses are conducted, comparing settling times in each area, tie line power deviation, and ITAE values with earlier simulated studies for a more comprehensive understanding to evaluate the novelty. The system is analyzed under two distinct loading conditions, analyzing each scenario individually in a case-by-case analysis. The article highlights the significance of the two-area AGC system and emphasizes the role of optimization techniques in elevating its performance, elucidating the substantial impact that optimization methods can bring
Awareness on E-Health among undergraduate students in Bangladesh
(Indian Journal of Public Health Research and Development, 2019-03) Hossain, Chowdhury A; Mohamed, Mohamad A; Zishan, Md. Saniat Rahman; Ahsan, Rabiul; Sharun, Siti M
The concept of e-health was established to help the underprivileged citizens who live in the rural part of the country. Bangladesh is an over-populated country where more than 70% population live in rural areas, but unfortunately due to lack of knowledge and awareness among the citizen the telemedicine concept is becoming popular only for citizens of urban areas. This sort of unexpected outcome of e-health system has limited the efficiency of the whole concept. In our research, we have selected a group of students who are studying in undergraduate program of science field and analyzed their knowledge on telemedicine through questionnaire. Later on, we also suggested few possible outcomes based on our research findings. During the analysis, SPSS version 20 was used along with Likert Scale technique and Spearman's Co Relation were used to comment on the findings.
CUSTODY: An IoT Based Patient Surveillance Device
(Springer, 2018-10-18) Mahamud, Md Sadad; Islam, Md Manirul; Zishan, Md. Saniat Rahman; Suman, Samiul Haque
In this paper, the authors present an assistance device for patient’s surveillance. An IoT based system is developed for monitoring patient’s heart rate, body temperature and saline rate. An Arduino microcontroller is used here for processing the data and ESP32 module is used for monitoring the patient’s data through internet and a GSM module is used for notifying the doctors in emergency case. The main objective of this project is to help the doctors and nurses to monitor a patient’s health condition through internet and over cellular network. On the other hand, if the monitoring parameters exceed beyond their nominal values, the ready message is sent to the concerned duty doctor as well as the attendant and display it in the LCD screen and a specific audio sound is played for urgent awareness.
Design and Development of E-Waste Monitoring, Segregation and Recycling System
(IEEE, 2023-03-21) Roy, Manas Saha; Lusan, Md. Nazmul Islam; Khan, Md. Ahadur Rahman; Khan, Md. Parvez; Ahmed, Abir; Zishan, Md. Saniat Rahman
Electronic waste is increasing rapidly every year as the use of electronic devices grows. In Bangladesh, people are not that aware of the consequences of e-waste. This paper represents the design and implementation of e-waste detection, sorting, and segregation. The sorted e-waste goes through a segregation process so that it can be recycled. This paper also shows a digital e-waste collection system through a website. A conveyor is designed and implemented to detect electronic waste automatically and collect both e-waste and other waste. Following collection, the sorted waste will go through a shredding process in which the e-waste will be shredded to extract reusable materials from the waste. A website is also being developed to introduce a new way of doing e-waste collection and monitoring. Finally, a new method of e-waste management is designed and implemented that is compared with the typical method of waste management in Bangladesh.
Design and Development of E-Waste Monitoring, Segregation and Recycling System
(IEEE, 2023-03-21) Roy, Manas Saha; Lusan, Md. Nazmul Islam; Khan;, Md. Ahadur Rahman; Khan, Md. Parvez; Ahmed, Abir; Zishan, Md. Saniat Rahman
Electronic waste is increasing rapidly every year as the use of electronic devices grows. In Bangladesh, people are not that aware of the consequences of e-waste. This paper represents the design and implementation of e-waste detection, sorting, and segregation. The sorted e-waste goes through a segregation process so that it can be recycled. This paper also shows a digital e-waste collection system through a website. A conveyor is designed and implemented to detect electronic waste automatically and collect both e-waste and other waste. Following collection, the sorted waste will go through a shredding process in which the e-waste will be shredded to extract reusable materials from the waste. A website is also being developed to introduce a new way of doing e-waste collection and monitoring. Finally, a new method of e-waste management is designed and implemented that is compared with the typical method of waste management in Bangladesh.
Design and development of lane management and automatic toll collection system
(IEEE, 2021-05-01) Ahmed, Tanim; Hassan, Md Mahedi; Sultana, Rabeka; Afif, Abu Numan; Zishan, Md. Saniat Rahman
With the speedy development of the economy and the advancement of urbanization, the number of communication mediums and transportation is increasing instantaneously that’s why Bangladesh needs a smart solution in every sector. In this paper, RFID and Image processing based automated toll collection system is introduced to monitor the toll plaza. A road zipper device is introduced for a proper lane management system that helps to reduce the traffic jam. Two step-based toll collection system ensured the specification of the vehicle then deduct the toll amount from their account without stopping the vehicles. For this proposed model, vehicles need to insert a digital number plate and the number plate information is embedded on the RFID tags. This paper presents a prototype of a road zipper and automatic toll collection device that gives proper results as expected. This system is automated, so it reduced human error. Thus, making an intelligent transportation system will become easier.
Design and development of smart system for biofloc fish farming in Bangladesh
(IEEE, 2022-06-22) Goswami, Niloy; Sufian, Sami Abu; Khandakar, Md Sayeem; Shihab, Kh Zahid Hassan; Zishan, Md. Saniat Rahman
In this paper, IoT based smart biofloc system has been designed. The paper has contented the concept of modern science and technology that makes the conventional biofloc system more reliable with great comfort and ease. To make an important change to measure weight of the fish in the conventional system to enrich it with smart technology is the main motive of this paper. In this paper, underwater weight measurement of fishes showed through Image Processing technology via MATLAB software where the weight measurement process can provide an overview of the growth of fish in the biofloc tank. Also, in this paper water quality is measured using different sensors such as pH sensor, TDS sensor, Temperature sensor, etc. of the fish tank and showed these results using IoT platform through smartphone display. Recirculation Aquaculture System (RAS) and renewable source (Solar) as a backup power unit are implemented in this scheme. Moreover, all the different working parts of the paper are coupled together to get a smart scheme for the biofloc fish farming system which will provide a cost-efficient, reliable, and torchbearer for the future development of the system.
Design and development of Wearable multisensory smart device for human safety
(IEEE, 2021-04-21) Hossain, Neamul; Ovi, Johurul Haque; Tasnim, Shahriar; Islam, Nuheen; Zishan, Md. Saniat Rahman
In the modern era, safety is one of the most concerning issues for people because of the increased rate of harassment, rape, hijacking, etc. For the sake of people's security, a device has been proposed in this paper. This device will help to prevent rape, hijacking, unwanted harassment, etc. The proposed system can be applied to make it smarter, safer, and automated. Flex Force pressure sensor, VR3 module will be used for activating the device automatically as well as artificial intelligence (AI) will be used to assume the attacker's wary behavior. In an unexpected situation, when the device will get activate it will send the location of that place to a pre-defined number through a message. This system will ensure the wellbeing of people of all gender and ages
Design and Feasibility Analysis of a LoRa Based Communication System for Disaster Management
(AIUB Office of Research and Publication (ORP), 2024-08-30) Syed, Danium Shahnowaz; Hossain, Shababa Binte; Islam, Anika; Jim, Tamim-Al-Islam; Zishan, Md. Saniat Rahman
In the context of earthquake and flood disasters, effective communication remains a pivotal concern due to the vulnerability of conventional networks. In this paper a system has been designed and investigated to deploy LoRa based mesh networks in disaster-stricken areas using amphibious rovers. The system was tested in urban environments as well as in simulations using the Meshtasticator simulator and OkumuraHata path loss model. Critical parameters such as communication range, SNR (Signal to noise ratio), RSSI (Received Signal Strength Indicator) rate, data transmission speed, bandwidth, frequency, and delay have been evaluated. The measured outcomes of this study were compared with other existing technologies proposed for disaster communication and management, indicate that fast deployment of Meshtastic LoRa is more reliable for operating at lower frequencies and hence for long-distance communication compared to other existing disaster communication technologies. The results of this study indicate the proposed system can operate at about 2-6 times the range with acceptable performance parameters and superior uptime. These findings not only enrich the discourse on disaster management strategies but also offer insights into crafting adaptive, feasible and resilient communication systems
Design and Implementation of A Human Prosthetic Hand
(IEEE, 2021-01-05) Keerthi, Pritam Saha; Mamun, Salman Al; Tonima, Raihana Alam; Shanta, Shamia Akter; Ahmed, Abir; Zishan, Md. Saniat Rahman
With an aging population and war veterans, the disabilities of a human being are increasing day by day. In particular, prosthesis is finding their way into the lives of many individuals. The aim of the paper is to find cheaper solution for robotic prosthetic hand than the product found in market. Human innovations for any problems or disability should serve both poor and rich person of the world. Lack of money should not restrict the people to use advance technology. In this paper, a detailed design of voice and muscle controlled prosthetic hand is proposed. This paper will mostly on the development and manufacturing of the prototype of the prosthetic hand.
Design and Implementation of A Human Prosthetic Hand
(IEEE, 2021-01-05) Keerthi, Pritam Saha; Mamun, Salman Al; Tonima, Raihana Alam; Shanta, Shamia Akter; Ahmed, Abir; Zishan, Md. Saniat Rahman
With an aging population and war veterans, the disabilities of a human being are increasing day by day. In particular, prosthesis is finding their way into the lives of many individuals. The aim of the paper is to find cheaper solution for robotic prosthetic hand than the product found in market. Human innovations for any problems or disability should serve both poor and rich person of the world. Lack of money should not restrict the people to use advance technology. In this paper, a detailed design of voice and muscle controlled prosthetic hand is proposed. This paper will mostly on the development and manufacturing of the prototype of the prosthetic hand
Design and Implementation of Assistive Robot for The Elderly and Impaired Person
(IEEE, 2021-01-05) Hossain, Md. Yousuf; Zarif, Shahriar; Rahman, Md. Mahboobur; Ahmed, Abir; Zishan, Md. Saniat Rahman
In this paper, the design of an autonomous robot is proposed which can detect, search, pick up and drop any object. A central processing unit using Raspberry Pi will take sonar sensor input and control the motor drivers to move freely. Artificial intelligence technology integrated with an image processing unit that will be able to remember its owner and track objects. Four motorized wheels that can be controlled by the user or the robot itself make the robot move to any direction or place. The cameras and microphones will be equipped in the robot to help the robot recognize environments. This mechanism in the robot will allow helping elderly and impaired person in house work The proposed design is implemented and successfully verified through commanding to accomplish different work
Design and Implementation of Assistive Robot for The Elderly and Impaired Person
(IEEE, 2021-01-05) Hossain, Md. Yousuf; Zarif, Shahriar; Rahman, Md. Mahboobur; Ahmed, Abir; Zishan, Md. Saniat Rahman
In this paper, the design of an autonomous robot is proposed which can detect, search, pick up and drop any object. A central processing unit using Raspberry Pi will take sonar sensor input and control the motor drivers to move freely. Artificial intelligence technology integrated with an image processing unit that will be able to remember its owner and track objects. Four motorized wheels that can be controlled by the user or the robot itself make the robot move to any direction or place. The cameras and microphones will be equipped in the robot to help the robot recognize environments. This mechanism in the robot will allow helping elderly and impaired person inhouse work The proposed design is implemented and successfully verified through commanding to accomplish different work.
Design and Implementation of Smart Drainage System for Bangladesh
(IEEE, 2023-03-21) Alam, Mohammad Shamiul; Sitara, Sawnjida; Irin, Afroza Sultana; Anu, Anika Tabasum; Ahme, Abir; Zishan, Md. Saniat Rahman
As most of the areas in Bangladesh have adopted an underground drainage system, it is very important that this system work in a proper manner to keep the country clean, safe, and healthy. Failure to maintain regular monitoring of the drainage system results in the contamination of rainwater with drainage water, which spreads infectious diseases. This paper presents the implementation and design of a microcontroller-based drainage system for monitoring and maintaining the continuous movement of rainwater inside an underground drainage system remotely from a workstation. Using the Internet of Things (IoT), various parameters like water level, block detection, rainfall rate, etc. are monitored and stored on the cloud for analysis. The system also provides a forecast using Fisher's Rules. This enables the person in charge to take the necessary actions regarding the issue and send warning signals to the public.