Internet Connected High Tech Street Lighting System Using RTOS 

Abstract

The proposed system can optimize the management and efficiency of street lighting systems. It also uses a sensor combination to control and guarantee the desired system parameters. A monitoring system based on the embedded Internet technology for street light is designed and implemented. The mode adopted in this monitoring system is the Browser/Server mode. The realization technologies of an embedded web server are used. The results of system performance testing show that the system can meet most of the embedded internet applications demands and the purposes of online access, control and management of the street lighting using a standard web browser over the internet.

Contribution to Lab Errors as a Healthcare Professional

“…This usually occurs under the scenario of high throughput hospitals dealing in constraint workforce and infrastructure. Patient identification errors before sample collection account for up to 25% of all Pre-analytical errors [14]. It can lead to patients being diagnosed and treated based on a sample from another patient.…”

Microwave assisted green synthesis and characterization of new phase inorganic ion-exchange materials: bismuth tungstate and stannic arsenate

“…are heated rapidly on exposing to microwave radiations. Strong agitation, provided by the reorientation of molecules, causes an intense internal heating [14] . Thus, a reaction that takes several hours to complete under conventional conditions can be completed over the course of minutes.…”

“…Further, microwave assisted reactions take only few minutes, produce higher yield and minimum waste. These advantages have opened new opportunities, in the form of new reactions that are not possible by using conventional heating [14] . Other notable advantages of microwave heating over the conventional heating includes, highly efficient uniform heating throughout the reacting materials, lesser unwanted side reactions, high reproducibility, increased purity of final product, reduced heat wastage and low operational cost [15] .…”