Published Paper Details:

Thepurposeistosolvetheproblemsthatrestrict thedevelopment of cities, suchastheuntimely disposal of garbage, the incomplete classification of kitchen waste and other recyclable garbage, and the inefficiency of sanitation workers. At present, a common garbage bin in use just carries a single and limited function, and the appliedintelligentgarbagebinhasa disadvantageofhigh mechanical consumption. It needs to consume more energy of environmental sanitation workers,and garbage classification depending on human labor is inefficient. However, my research object is a kind of intelligent garbage bin based on Narrow Band Internet of Things (NB-IoT) technology, which is different from anordinary garbage bin. It adds a garbage detection andclassification function based on Internet of Things perception system, through infrared sensor's, odor sensors to achieve various functions. It uses NB-IOT communication module to transmit information. Thisnew intelligent garbage bin can make the sanitation workers gain the information whether the rubbish becomesfullandwhethertherubbishispoisonousor not. In this paper, we presented the smart waste-bin that can managed the waste in a smart city project. The system consist of sensors to measure the weight of waste and the level of waste inside the bin. The system also adapt with network environment, to manage all information from waste management. As the result we proposed aprototype of smart waste-bin that suitable for many kind of conventional waste-bin. In the era of developing technology where the urbanization isincreasingrapidly,thecorrespondingwasteis increasing exponentially. As the concept of smart cities is emerging, there is a need for a proper framework inorder to tackle this problem. Although a lot of effortshave been put by researchers to propose various approaches to circumvent this issue, the problem still remains. The major problem faced while designing a smart method for waste collection and monitoring is the segregation of different types of wastes. The waste is still being segregated manually, thus producing a harmful effect on the segregator itself. This paper reports an automatic segregator system that can differentiate and store dry and wet waste separately. The developed prototype of the system efficiently segregates dry and wet waste in their respective containers.