Selwyn Piramuthu
Professor | University of Florida
Gainesville, FL, UNITED STATES
Selwyn Piramuthu is a professor of Information Systems at the University of Florida.
Biography
Selwyn Piramuthu is a professor of information systems and is interested in machine learning, AI, internet of things, RFID, supply chain, drone, warehouse, last-mile delivery, security, privacy, cryptography, authentication, financial credit scoring, cold chain, perishables and auto-id.
Areas of Expertise (17)
AI
Authentication
Auto-Id
Cold Chain
Cryptography
Drone
Financial Credit Scoring
Food Industry
IoT
Last Mile Delivery
Machine Learning
Perishables
Privacy
RFID
Security
Supply Chain
Warehouse
Articles (3)
IoT and blockchain based framework for logistics in food supply chains
Information Systems FrontiersPierrick Pelé, et. al
2022-11-09
The significance of means to feed the world population despite its steady increase in number cannot be overstated. Efficient and effective agricultural policies and their implementation along with advances in science and technology have together helped pave the way for supply to meet demand for food around the world. With the importance and constraints that are associated with food supply chains and the potential for security violations, food supply chains need to be secured to avoid unnecessary damage.
Dynamics of sensor-based information in supply chains with perishables
Annals of Operations ResearchBryndís Stefánsdóttir, et. al
2022-05-20
Supply chains with either perishables or non-perishables have been well-studied as evidenced through extant published literature. Among these studies, very few consider supply chains with both perishable and non-perishable products. Since the early 2000s, RFID (Radio-Frequency IDentification) tags have been increasingly used in supply chains that deal with perishables as well as non-perishables.
Blockchain-based agile supply chain framework with IoT
Information Systems FrontiersXiang Ning Zhu, et. al
2021-02-25
Agile supply chains facilitate sustainability through higher effectiveness and lower wastage. Agile supply chain frameworks in extant literature are designed for static supply chains and high-granular data that are only available at fixed periods. With the increasing interest in the Internet of Things (IoT) and blockchain technology for supply chain visibility and trust and the potential availability of fine-granular real-time data from related sensor networks, there is a need to reconsider existing agile supply chain frameworks.
