2021
Electronics/Sensors/IoT
Motivation:
Amidst the pandemic and economic concerns going back to office remains a critical decision. Here we propose a contactless access and monitoring system focused on corporate employees’ safety. The system comprises 3 stages (a) attendance management, (b) contactless access control, and (c) social distance monitoring.
Long String Authentication (LSA)
For IoT devices and sensors, no existing authentication can provide security in the context of their use requirements and their resource limitations.
Fixed passwords are inadequate. Managing numerous communications devices/systems with different and changing passwords is complex and costly.
Water quality is an extremely valuable condition for all forms of life. Sadly, during the last decades, irresponsible consumption and industrialization caused the global issue of water pollution. In addition, poor water quality is damaging entire ecosystems as it contains hazardous chemicals and harmful bacteria.
Disability in mobility can be a congenital, an acquired problem, or a consequence of disease.
Innovation: DOWSIL™ TC-5550 is a novel Thermal Interface Material (TIM) that manages heat in mission-critical microprocessors, enabling more compact designs, longer device lifetimes, faster speeds, and fewer catastrophic failures. The future will be defined by high power microprocessors for advances in Artificial Intelligence, Internet of Things,
You must have seen notice boards and information boards at various places such as schools, universities, offices, transport hubs, etc. The conventional method involves the use of paper or an entirely separate display system for such purposes respectively. These methods consume resources and time.
A growing demand has been established over the recent years for quick and inexpensive oil adulteration detection testing to convoy the automated processes in the industry. Monitoring the oil's quality is paramount not only during their production, transportation, and storage phases but also, more importantly,
NDB is a universal lifelong self-charging green battery, it doesn’t run out of charge during the entire lifetime of the device that it powers.
NDB is a safe, green and versatile solution to the globally growing energy demand, made from recycled nuclear waste.
To measure, record, and analyze the vibration and movements of the earth, structures, as well as exploration of underground reserves and study the behavior of the structure of the earth layers, this sensor was designed.
Various methods such as changes in resistance, capacitance or electrical induction,
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