The world is moving towards automation of everything, vehicles are also getting automated with driverless vehicles, and the infrastructure is being upgraded to facilitate them. Automation leads to less human time involved in a work and decrease the time taken by system to perform a task. To make the vehicles automated and have driverless features, the traffic monitoring system needs to have a very strong and well-built infrastructure to support the concept of Vehicle to Infrastructure (V2I) Technology. The objective is to improve the concept of traffic control system for vehicles. The traffic monitoring system should monitor each vehicle of a region and look for any traffic rule violation or any misbehavior that is being caused on the V2I environment. The traffic control should disable a vehicle automatically or charge fine remotely at that instant automatically if required, that violets traffic rules or misbehaves in the roadways. This paper has presented a concept of communication between automated vehicles and semi-automated vehicles and the infrastructure that could be implemented for smooth regulation of traffic, and also provides a few rules for governing such infrastructure. General TermsVehicle Misbehavior, Traffic Violation, Vehicle to Everything Communication, Vehicle to Vehicle Communication, On Board Unit, Vehicle Control.

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This is the era of Mobile communications being deployed for many applications. One such is in the area of health science. This paper presents a unique application developed, called mHealth, that would help the patients, the doctors, the nurses and also the friends of the patients. It is unique in the sense that it alerts patients periodically for intake of medicines by the patients as advocated by the doctors and if the patient fails to do so, a real-time alert will be sent to the doctor. The sequence of operations taken is also entered into a database ported on a mHealth Server for future records. Which patient should take which medicine and at what periodicity can be entered by the doctor into the mHealth Sever.

Development of defect free software is one of the primary concerns of any software industry. The main objective is to ship a high quality software product to their customers in order to attain total customer satisfaction. This is the only strategy through which industry can continue to sustain in the dynamic market. Hence, several defect management techniques are followed to reduce the defect leakage count during their production cycle. Nevertheless, the efforts laid by expert professionals in unearthing the maximum defects, yet there still prevails unidentified defects entering the customer's site. Unawareness to post production defects results in rework and overheads which is not an appreciable solution to the industry. The aim of this paper is therefore to investigate the implication of post production defects in software industries. This understanding facilitates the developing team to overcome the rate of defect injection during the production span such that post production defect leakage is reduced.

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