Absolutely it is having impact in many fields. AI, ANN, IoT, etc are being employed to advance the boundaries of knowledge. In geotechnical engineering, AI and ANN are being used to develop new models relating soil index properties, shear strength and compressibility. These tools are also being used in medicine to deal with terminal diseases.
Absolutely it is having impact in many fields. AI, ANN, IoT, etc are being employed to advance the boundaries of knowledge. In geotechnical engineering, AI and ANN are being used to develop new models relating soil index properties, shear strength and compressibility. These tools are also being used in medicine to deal with terminal diseases.
With the advancement in technology, accessibility of the information has become far more easier and faster.
It may be available in real time in many cases. Processing and analysis of information as well as drawing inferences has become much faster. AI and IoT will help to speed up the processes further, helping researchers a lot.
Artificial Intelligence (AI) and Internet of Things (IoT) influence on MESH technology are a few of the hottest topics in all of the expansive and volatile technology industry landscape. As these innovative and cutting edge technologies fuse together experts in the market are forecasting exponential growth over the next seven years while revolutionizing everyday products with amazing potential.
You are considering the ideal case where researchers with exponential growth of technology around the world are getting a lot of help in "in expediting the research work". That is, you are considering a Linear Case as the help of AI and IoT in expediting increase of research work. However, there is a Russian saying "гладко было на бумаге, да забыли про овраги" which in English interpretation means:
1. "It's always easier said than done"
2. "In theory there is no difference between theory and practice. But, in practice, there is".
You forget one important thing:
1. The level of education in the world is falling sharply, which leads to a reduction in the number of potential researchers and a sharp increase in consumers.
2. The current generation of young people stops reading books and is limited to clip-on-thinking at the level of mobile phones, which leads to the degradation of mental abilities.
I want to ask: Who will develop future technologies with clip-on thinking?
Nevertheless, I certainly support the idea expressed in this discussion.
Do you think Artificial Intelligence (AI) and Internet of Things (IoT) will help in expediting the research work ?
Definitely. In fact both AI (inclusive machine learning, automated machine learning, deep learning, neural network etc.) & IoT enable various research that surrounding data collection, data analytics, insightful decision making as well as automated action & control of many things in our lives for knowledge contribution. Moreover, advanced telecommunication like 5G network slicing, memory centric computing & high performance computing also improve the performance of both AI & IoT.
Yes, IoT and IA are fields that can work together in virtually every area. Therefore, they are subject of interests in several types of research. With Industry 4.0 being featured as well, the trend is for intelligent processes to aid in research.
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I believe that everything is relative and perhaps the artificial intelligence may not have the desired influence on the direction of research of some scientists.