Rural residents have a low level of concern in disposing of waste. This research aimed to obtain an IoT-based method of placing smart waste bins in rural areas. This paper presents a clustering method from the position and distance of each household (LoRa node) to th...
To summarize, this paper provides an overview of waste types, their generation, and associated issues, as well as explores various applications of artificial intelligence in waste management. These applications include intelligent bin systems, waste-sorting robots, sensor-based waste monitoring, and pred...
Garbage recycling is a key aspect of maintaining our environment in good condition. Poor waste management has the potential to have a significant negative effect on the environment, on public health, and on the economy of the nation. The garbage must be
This equates to approximately 330 kg of food waste per person. By analysing and classifying discarded food with a smart waste analysis system combined with machine learning, valuable insights can be gained and the amount of wasted food can be significantly reduced. In this paper, we present how...
Design and implementation of smart waste recycling bin for the household environment based on IoT Purpose: This study aims to build a prototype of a smart waste recycling bin to transform organic waste into liquid fertilizer. The internet of things (IoT... Y Harjoseputro,E Julianto,YD Handark...
A function will be added to the user's website to inform them about the present condition of the closest smart waste bins. This will allow users to locate and use the nearest bin if the one in their area is full. This research intends to enhance the safety of smart waste bins by ...
E, recognizes different types of waste via a system put inside the bin which uses sensors, image recognition and artificial intelligence. Once waste is placed inside, the camera and sensor recognize its type and place it in one of the smaller bins. Then it compresses (压缩) the waste so ...
Design/methodology/approach -his paper discussesheisto... Abdul,Razak,Bin,... - 《Benchmarking》 被引量: 69发表: 2010年 A Smart Waste Management and Monitoring System using Automatic Unloading Robot Robot used to collect the wastes after reaching high wastage level. To move the robot from ...
8 provides the concluding remarks of the entire paper highlighting the most important findings, limitations of research conducted, and specifying areas of future research in smart cities and waste management. 2 Global-level scenario Owing to factors such as their rate of economic growth, environmental...
Smart-TRACS has the poten- tial to provide the datasets needed to transform solid waste management into a smart operating model with the potential for cross-sector application. This paper first reviews smart cities in the con- text of emerging economies before critically reviewing Dar es Salaam's...