Waste management is a critical global issue with significant environmental and public health implications. It has become more destructive during large-scale events such as the annual pilgrimage to Makkah, Saudi Arabia, one of the world's largest religious gatherings. This event's popularity has attracted millions worldwide, leading to significant and un-predictable accumulation of waste. Such a tremendous number of visitors leads to in-creased waste management issues at the Grand Mosque and other holy sites, highlighting the need for an effective solution other than traditional methods based on rigid collection schedules. To address this challenge, this research proposed an innovative solution that is context-specific and tailored to the unique requirements of pilgrimage season: a Smart Waste Management System, called TUHR, that utilizes the Internet of Things and Artificial Intelligence. This system encompasses ultrasonic sensors that monitor waste levels in each container at the performance sites. Once the container reaches full capacity, the sensor communicates with the microcontroller, which alerts the relevant authorities. Moreover, our system can detect harmful substances such as gas from the gas detector sensor. Such a proactive and dynamic approach promises to mitigate the environmental and health risks associated with waste accumulation and enhance the cleanliness of these sites. It also delivers economic benefits by reducing unnecessary gasoline consumption and optimizing waste management resources. Importantly, this research aligns with the principles of smart cities and exemplifies the innovative, sustainable, and health-conscious approach that Saudi Arabia is implementing as part of its Vision 2030 initiative.

Already behind other countries in nurturing the IT professionals indispensable to a digital transformation, Japan in 2030 is expected to have 270,000 artificial intelligence and Internet of Things jobs that it will be unable to fill. With few graduates holding STEM degrees -- those in science, technology, engineering and mathematics -- Japan sees gloom in its future and the need to invest more in human resources. Cutting-edge IT workers, those who specialize in artificial intelligence and the smart devices that connect to what is known as the Internet of Things, made up 10%, according to the Ministry of Economy, Trade and Industry. Demand for talent is expected to swell so fast that teaching conventional IT workers digital transformation skills will be unable to make much of a difference. Shiga professor Kaoru Kawamoto stresses the importance of changing the content of education to meet social needs rather than merely beefing up STEM programs.

It is not hard to see that the need for clean water is growing by considering the decrease of the water sources day by day in the world. Potable fresh water is also used for irrigation, so it should be planned to decrease freshwater wastage. With the development of technology and the availability of cheaper and more effective solutions, the efficiency of irrigation increased and the water loss can be reduced. In particular, Internet of things (IoT) devices has begun to be used in all areas. We can easily and precisely collect temperature, humidity and mineral values from the irrigation field with the IoT devices and sensors. Most of the operations and decisions about irrigation are carried out by people. For people, it is hard to have all the real-time data such as temperature, moisture and mineral levels in the decision-making process and make decisions by considering them. People usually make decisions with their experience. In this study, a wide range of information from the irrigation field was obtained by using IoT devices and sensors. Data collected from IoT devices and sensors sent via communication channels and stored on MongoDB. With the help of Weka software, the data was normalized and the normalized data was used as a learning set. As a result of the examinations, a decision tree (J48) algorithm with the highest accuracy was chosen and an artificial intelligence model was created. Decisions are used to manage operations such as starting, maintaining and stopping the irrigation. The accuracy of the decisions was evaluated and the irrigation system was tested with the results. There are options to manage, view the system remotely and manually and also see the system s decisions with the created mobile application.

Wearable devices that track our health are already a reality. Major companies like Apple have already introduced health tracking devices. These devices have become so advanced that even a sophisticated process like taking an ECG scan has become easily accessible to the common man without them having to go to the hospital. These devices can share the result with the doctor in real-time. If the doctor notices any abnormality, he can schedule further tests and diagnose the condition quickly.

Rapid advancement in Artificial Intelligence is reforming almost every industry in the world. Internet of Things and Edge Computing became dominant in recent years. Lets explore how the combination of Artificial Intelligence and Internet of Things is making a new branch of emerging technology called Artificial Intelligence of Things(AIoT). The application can range from smart home speakers to self driving cars. Both terms, Artificial Intelligence and Internet of Things, are buzzwords. This means we did already hear about them and have a notion of what each terms means independently, While Artificial Intelligence is the use of machine intelligence to infer things, Internet of Things, on the other hand, is the interconnected collection of sensor devices which collects useful data.

Artificial Intelligence (AI) and the Internet of Things (IoT) will decide how agriculture, businesses, and industries work in the future, said V. Neethi Mohan, Chairman of Young Entrepreneur School, here on Saturday. He was addressing a session on the impact of technology on business, during the second edition of Sangamam 2019, a conference on emerging digital technologies for entrepreneurs, organised by Digit-All, a forum of Tamil Nadu Chamber Foundation. To meet the global food requirement, which is expected to double by 2050, agriculture needs technological intervention, said Mr. Neethi Mohan. "Artificial Intelligence will help in precision agriculture, which will determine the nutrient and moisture level in the soil. Using AI, a drone survey is done to identify where there is a need for the use of pesticides. We need to equip our farmers to efficiently utilise the technology," he said.

Technology, with its rapid evolution has been taking several industries across India by storm. Most experts in their field are welcoming developments like Artificial Intelligence (AI) and Internet of Things (IoT) due to their effectiveness and lack of human involvement in accomplishing a host of tasks. With regards to the business of saving lives, this evolution is truly a relief, with speed being the biggest advantage, which the healthcare industry of the country is reliant on. AI has been making inroads in this sector to ensure not just a quick turnaround, but also accessibility to those in dire need of medical aid and care. IoT too, is gradually being recognised as a key contributor to cause a paradigm shift in the industry.

Are you finding it difficult to understand trends in Artificial Intelligence (AI) and the Internet of Things (IoT)? Join AI&IoT Summit - 6-7 June 2018, New Delhi http://ai-iotsummit.com/?utm_source y... Know more at- https://geospatialworldforum.org/ai-a... #gis #AI #IoT Video Courtesy- 1. TIA NOW 2. LinkedIn Learning Solutions 3. AT&T Business 4. Qualcomm 5. Prime Minister's Office of Japan 6.

The recent revolution in digital technology has touched every sphere and facet of lives, and education sector has not been spared. Unlike any other sector, the link between digital technology and education is unique and complimentary. On one hand, digital technology has become the enabler by redefining the very basics of the sector and altering the rules of the game. On the other hand, today's young minds will decide the future direction of digital technology as they are going to be the innovators of tomorrow. So, equipping our students is key to success in the field.

HAMPTON, N.H. – The utilization of artificial intelligence (AI) in IoT will begin to increase as more user-friendly analysis tools become available. As user-friendly analysis tools become available, utilization of AI will increase. We liken AI-based and other emerging technology tools to the spreadsheet, which enabled business people to, in effect, write simple programs to analyze data. As Microsoft is a long-term advocate of end-user computation, is committed to AI and ML, and has a long track record of enhancing Excel with analytic tools, we expect the company to make ML extensions to Excel available starting in 2018. Until now, few IoT projects have leveraged the potential of AI to unearth value insights in gathered data.