Dr. N.Nasurudeen Ahamed

@uaeu.ac.in

Postdoctoral Fellow / Information Technology
Postdoctoral Fellow, United Arab Emirates University



                       

https://researchid.co/nasurudeenahamed

Postdoctoral Fellow

EDUCATION

B.E., M.E., Ph.D.,

RESEARCH, TEACHING, or OTHER INTERESTS

Computer Engineering, Computer Science Applications, Computer Networks and Communications, Artificial Intelligence

21

Scopus Publications

Scopus Publications

  • BCT-HC: Application of healthcare technology using blockchain technology hyperledger fabric


  • Designing Low-Power Industrial Networks with the Internet of Things
    A. Kannagi, Tabish Ansari, N. Nasurudeen Ahamed, and Intekhab Alam
    Springer Nature Singapore

  • Towards sustainable IoT-based smart mobility systems in smart cities
    Tanweer Alam, Ruchi Gupta, N. Nasurudeen Ahamed, Arif Ullah, and Ahmed Almaghthwi
    Springer Science and Business Media LLC

  • A decision-making model for self-driving vehicles based on GPT-4V, federated reinforcement learning, and blockchain
    Tanweer Alam, Ruchi Gupta, N. Nasurudeen Ahamed, and Arif Ullah
    Springer Science and Business Media LLC

  • Smart mobility adoption in sustainable smart cities to establish a growing ecosystem: Challenges and opportunities
    Tanweer Alam, Ruchi Gupta, N. Nasurudeen Ahamed, Arif Ullah, and Ahmed Almaghthwi
    Springer Science and Business Media LLC

  • Tracking and tracing the halal food supply chain management using blockchain, RFID, and QR code
    N. Nasurudeen Ahamed, R. Vignesh, and Tanweer Alam
    Springer Science and Business Media LLC

  • Research Study on DNA-based Cryptosystem for Cloud, IoT, and Edge Computing Networks
    N Nasurudeen Ahamed and Thangavel Murugan
    IEEE
    In modern technologies such as cloud computing, IoT (Internet of Things), and edge computing, data security is one of the most critical aspects of communications and data transmission. Security analysis ensures data safety when stored and transferred to the cloud. Cryptosystems enabled by the Internet of Things have made network data security possible. Edge computing utilizes data encryption systems to protect data from various risks and attackers. Data security issues are prevalent in multiple contexts and technologies, with possible outcomes including illegal access, hacking, corrupted information, and loss of information accuracy. While conventional cryptography is fundamental to data security, it has inherent problems, such as privacy, storage, and critical size. DNA cryptography is an emerging technique that can hide data using DNA codes. It is required since DNA computing uses fewer resources and memory. DNA cryptography provides a high level of security, as the encoded information in DNA sequences is difficult to modify or decipher. The goal is to comprehensively analyze and review DNA cryptography techniques used in edge, cloud, and IoT networks to enhance security and performance.



  • Blockchain Security for the Internet of Things
    N. Nasurudeen Ahamed, P. Karthikeyan, S. Velliangiri, and Vinit Kumar Gunjan
    Springer International Publishing

  • A study on swarm intelligence and its various clustering algorithms in medical diagnosis
    Amreen Ayesha and N. Nasurudeen Ahamed
    IGI Global
    Swarm intelligence is a manner the usage of the knowledge of collective objects (human beings, bugs, etc.) collectively to attain the optimized solution for a given hassle. “Swarm” is a set of objects (people, bugs, and so on.). In different phrases, permits say we supply a troubling statement to a single person and tell her or him to undergo this hassle after which provide the solution, then because of this we will keep in mind the solution of that specific character only; however, the problem is that the answer given with the aid of that man or woman might not be the best solution or maybe that solution is not proper for others. So, to keep away from that, what we do is we give that hassle to a certain quantity of humans together (swarm) and ask them to attain the first-class answer feasible for that problem and then compute all the responses together to reach the high-quality solution possible.

  • Industry 4.0: Features Adopting Digital Technologies in the Oil and Gas Industry
    Ahamed N. Nasurudeen, Amreen Ayesha, and P. Karthikeyan
    CRC Press

  • A Build and Deploy Ethereum Smart Contract for Food Supply Chain Management in Truffle - Ganache Framework
    N. Nasurudeen Ahamed and R. Vignesh
    IEEE
    Blockchain innovation is a disseminated information base of records. It’s perhaps, troublesome innovations for the layout, tasks, and fundamental operation of supply chains. But, the blockchain helps a lot in supply chain management to bring the trustworthiness (tracking and tracing) to many parameters. Additionally, Food Supply Chain Management. It (Blockchain) helps a lot to avoid food contamination while transactions. Ethereum Brilliant deals, as built rules between the parties to maintain the protocols without any violation. Because it’s built-in computerized (code) so no security breaches between parties, This, Brilliant agreements open system reports dividing among inventory network members, and consistent cycle improvement. Truffle Suite, Ganache guarantees a detached individual blockchain network you can use for testing brilliant agreements. The functionalities of Ganache empower improved efficiency concerning the velocity of testing and sending contracts.

  • Logistics and Supply Chain Management in Leather Industry Using Blockchain
    N. Nasurudeen Ahamed and R Vignesh
    IEEE
    Blockchain is one of the famous technologies nowadays. so, the paper can integrate into many research departments and industries applications like (Logistics/Healthcare/Energy Industry/etc.,). Here the paper talk about Leather Logistics, it's one of the familiar logistics around the globe. moreover, high revenue industrial application. coordination of the executive's application to give a bunch of capacities to design, plan, arrange, screen, and approve the performed exercises. Such capacities can be effectively and safely upheld by blockchain. Utilizing the common appropriated records in blockchain to check, store and review coordination exchanges will assist with diminishing time delays, board expenses, and human blunders. Also, applying brilliant agreements will work with arrangements between the organizations in question, what's more, make authoritative agreements quicker and with lower costs. With these advantages, blockchain is expected to generously affect the coordination business. There are numerous new businesses in this space that offer blockchain-based coordination of the executive's stages and applications. One model is Provenance, which gives a detectability framework that joins customers and providers together for various coordination exercises. the paper can easily manage to track/trace the logistics goods with the help of RFID Technology. Safely recording furthermore, sharing conditional information, setting up mechanized and effective production network measures, and upgrading straightforwardness across the entire worth chain are a few instances of these issues. Blockchain offers a powerful approach to handling these issues by utilizing disseminated, shared, secure, and permission conditional records. The work of blockchain advancements and the chance of applying them in various circumstances empowers the cowhide coordinations industry through expanded proficiency and security; upgraded recognizability and straightforwardness; furthermore, and diminished expenses.

  • A Blockchain IoT (BIoT) Integrated into Futuristic Networking for Industry
    N. Nasurudeen Ahamed and R. Vignesh
    Ram Arti Publishers
    Blockchain innovation is the most confided in across the board cryptosystem that gives a structure to getting exchanges over networks because of its irreversibility and permanence attributes. Blockchain organization, as a decentralized framework, has drawn the consideration of different new companies, managers, and designers. Web of Things (IoT) has been the primary empowering agent of the transformation. Hence, blockchain can fill in as a decent establishment for applications dependent on exchanges and cooperation. IoT executions and purpose are by describe disseminated. This implies blockchain can assist with settling a large portion of the defense weaknesses and detectability worries of IoTs by utilizing blockchain as a record that can monitor how gadgets cooperate, in which state they are and how they execute with other IoT gadgets. IoT relevance has been primarily carried out with advancements in Container Deployment Method (Docker). Blockchain IoT (BIoT) applications are additionally investigated, and a few important answers for work on the adaptability and throughput of such applications are proposed. blockchain and IoT must address for them to effectively cooperate. We have distinguished the central issues where blockchain innovation can help further develop IoT applications. An assessment has likewise been given to demonstrate the attainability of utilizing blockchain hubs on IoT gadgets. This paper section furnishes mixed plans surveys and observes structures for BIoT applications. Blockchain can provide a decent establishment for operations dependent on exchanges and collaborations. IoT executions and functions are by definition circulated. This implies blockchain can assist with tackling the vast majority of the care, weaknesses, and discernibility worries of IoTs by utilizing blockchain as a record that can monitor how gadgets collaborate, and in which way to execute with other IoT gadgets. IoT applications have been fundamentally executed with advances, for example, cloud and haze registering. That means how we implement BIoT in a few futuristic networks. BIoT coordination in Docker Deploy Container, Food Sector (Supply Chain Management), Industrial Cloud, Fog Computing, and Hybrid Computing.

  • Smart Agriculture and Food Industry with Blockchain and Artificial Intelligence
    N. Nasurudeen Ahamed and R. Vignesh
    Science Publications
    Corresponding Authors: Nasurudeen Ahamed N Computer Science and Engineering, School of Engineering, Presidency University, Bengaluru, Karnataka, India Email: nasurudeenahamed@presidencyuniversity.in Abstract: Horticulture is one of the most major human exercises everywhere. Brilliant horticulture incorporates a bunch of advances, gadgets, conventions and computational ideal models to improve farming cycles. Blockchain, Big information, man-made consciousness, cloud and edge processing give capacities and answers for keeping, storing and investigating the huge information created by parts. The entry of a yield from the maker to the purchaser is followed by a cultivating store network. A reasonable stage that grants association individuals to the ranch together is a blockchain-based cultivating store network. This technique dispenses with the necessity for a unified confided in power, go-betweens and business narratives, developing creation and security through supporting outrageous trustworthiness, obligation and wellbeing. In, Industry 4.0 is one of the smart manufacturing methods in various industrial fields. It’s one to create the opportunity nowadays in mass production of the many industry fields. Such as Agricultural Industry, Food Industry, Automotive Industry, Textile Industry, Logistics, etc., In this 4.0 version, we have utilized the human workers more. even though such good technologies like Big Data, Cloud Computing, IoT, etc., To reduce the Human Work Efforts and Save their lives to enhance the technology, that is to turn Supply Chain Management 4.0 into Supply Chain Management 5.0. To, Testing and Creating the Driverless Vehicle for Transporting Using Distributed Ledger Technology. In, The Smart Contract we have to Implement the Face Recognition of Those who send the Agricultural Goods. When Consumer to Read the Smart Contract to satisfy the Face Recognition from the appropriate Producer. This one increases the trustworthiness of Relation between Producer and Consumer. Supply Chain Management 5.0 to Integrate the Emerging technologies in this study such as blockchain and Artificial Intelligence. In, this version to Collaborate the Human and Robot Working. Eventually, it create a Smart Manufacturing Technology in the agricultural food supply chain industry.

  • Health Monitoring and Predicting System using Internet of Things Machine Learning
    J Riyazulla Rahman, Shridhar Sanshi, and N. Nasurudeen Ahamed
    IEEE
    The Internet of Things (IoT) is one of the extraordinary advances for the not so distant future. Medical care and prosperity will get extraordinary advantages with the advancement of this innovation. This paper Donates Health Monitoring and predicting framework utilizing IOT portrays the assortment and interoperation of Patient information gathered from the sensors, The collected sensor data will incorporated through micro controller Arduino board for processing and the processed data is sent to remote server Thing Speak using ESP8266 Wi-Fi module. Thing Speak server is an IoT analytics platform that empowers us to imagine, and investigate live data streams in the cloud. And it is predicted for best accuracy using Machine Learning algorithm.

  • Perishable Food Products Contains Safe in Cold Supply Chain Management Using Blockchain Technology
    N. Nasurudeen Ahamed, T K Thivakaran, and P Karthikeyan
    IEEE
    Blockchain is booming technology in many industries. Especially, supply chain management. This paper talks about how the perishable food product to take safely in cold supply chain management with the help of blockchain technology. Here, we proposed the immutable ledger from farm to consumer. This ledger is distributed. So, whoever (farm to consumer) can take this data and check the details. With the help of an immutable ledger, no one can change the food item data. Example: what temperature we assigned to the perishable products and which company manufacture the food products and date, etc., all data stored forever. No one can be changed the data. So, with this technology, we can reduce the food losses, reduce the economic losses for a manufacturing company, and avoid the foodborne illness of our valuable consumer. Eventually, we increase consumer trust.

  • Sea Food Supply Chain Management Using Blockchain
    N. Nasurudeen Ahamed, P. Karthikeyan, S.P. Anandaraj, and R. Vignesh
    IEEE
    Blockchain is a distributed open ledger that is used to record the transaction across many computers. Blockchain technology can be applied in any domain such as banking, healthcare, real estate, travel, food, and supply chain. Blockchain allows us to have a distributed peer to peer networks, so it provides security and privacy. Example: Bitcoin. To enhance the Supply chain management using in the blockchain using some unique tags (Example: RFID/NFC/QR Code) tags describe the information about products and track the products. This paper discusses the blockchain in supply chain management to eliminate the disadvantages of the supply chain in the life cycle. In order to provide the solution of supply chain management to using these unique tags to get all details for manufacturing date/expiry date, etc., from the manufacturer side so no can alter this tag for the manufacturer to build a trustworthy of wholesaler/retailer/consumer for using the special tags.


  • Hybrid cloud storage for secure authorization and information hiding
    Malathi. S, , Dr.L. Malathi, N.Nasurdeen Ahamed, , and
    Blue Eyes Intelligence Engineering and Sciences Engineering and Sciences Publication - BEIESP
    Distributed database plays a vital feature in every day life because of the fact inside the present technology, commercial organization environment is growing at very fast fee so our fundamental desire is to get reliable statistics from any supply. Since our database is sent, way facts is placed at exceptional geographical locations and sooner or later lets in to without issues access our precious & precious information. We advise an architecture that integrates cloud database offerings with information integrity and the opportunity of executing concurrent operations on encrypted statistics. It is the solution helping geographically dispensed customers to attach without delay to an encrypted cloud database, and to execute the concurrent and the impartial operations together with the ones editing the database shape. Distributed database is the emerging technique which focuses on concurrency control and safety problems underneath this allocated database. In this studies work, information safety is greater via the usage of NTRU (N-th degree Truncated polynomial Ring Unit or Number Theory Research Unit) uneven key set of rules in which the wonderful keys are used for encryption of plaintext and decryption of cipher text. These keys are named as public and private keys. NTRU being speedy and cozy hashing set of rules to be able to offer more security to the gadget, in terms of throughput and their processing tempo. Its essential traits are the low memory and computational necessities as providing a immoderate security degree. It is a totally well-prepared public-key cryptosystem. MD5 hash feature is also used for checking data integrity sooner or later of the authentication manner.

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