Nowadays, vehicles have become a very significant role in transport which remain a major problem in most cities around the world, especially in developing regions resulting in massive delays, turn traffic congestion, increased fuel wastage and monetary losses. There are many alternative systems, but one possible solution to this problem is parking system has become the sparking factors of the mentioned problems above. In this paper, we present various techniques as far as the smart parking system is mainly debated which are already implemented. When we are deepening into this parking issue, many contributors contributed a lot in monitoring smart parking system (SPS) and management of SPS with an asset of various gadgets and technologies including Bluetooth, Cameras, Image Processing, wireless sensors, ZigBeee accompanied by software explanations based on mobile application. Following this analysis will enhance researcher's thought on SPS which will result in a real solution of the technique.

In dangerous industry fields such as construction, shipbuilding, the mining industry, and other field, many employees have lost their life due to risky environment. As result, the costing of social and industry have been increased. To solve this problem, wireless body area network technology can implement by converging ubiquitous sensor network and wireless data communications. The wireless body area network technology has been issued recently and studied by standard institutes (e.g. IEEE TG 802.15.6), universities, and research labs. This paper studies management issues in wireless body area network for industry safety. We design human object as wireless body area network on the employee’s body and propose management method for industry safety.

We propose an TOT-based smart disaster evacuation system that transmits the event information to a middleware platform using TOT technology. When an event has occurred in the monitored area using sensor fusion technology and smart intelligent video recognition technology, it has determined. The existing intelligent security and maintenance method are inadequate for responding to natural disasters and changes in various environments such as improvements in the performance of the use of facilities and technical capabilities are also lacking. Most facility inspection and management system in the country are operated manually. This kind of manual management, however, can lead to various accidents, which are unable to respond in real-time change situation of facilities that being monitored. Since this problem can't be solved as long as individuals have to manually inspect facilities, a lot of maintenance manpower and budget are needed for managing the facilities. Therefore, this work provides an TOT-based intelligent unmanned facility monitoring system for minimum maintenance costs and real-time maintenance in order for effective facility management.

In general, inspection and management systems at most facilities are operated manually. Manpower is used to input relevant data into the database when managing the facilities, when it could be better utilized somewhere else. Moreover, various accidents are caused because of not being able to respond in real-time to changes that occur with the facilities. As long as the personnel have to manually manage the facilities one by one, these problems cant be resolved completely. Moreover, a lot of manpower is needed for managing the facilities, but with problems in the budget, it is not being done adequately. In this paper, as a solution to this problem, an intelligent remote video surveillance system for high-performance automatic facility management systems is developed. It uses a video camera based on 4G wireless and visual information display M2M gateway with integrated sensor.