Artificial Intelligence abbreviated as AI has recently touched almost every industry or sector of the world. With the help of AI, you may opt to sit back and relax, while the software completes each of your stuffs in an improved and hassle-free way that too with less possible effort. In this blog post, experts of a reputed Mobile App Development Company have shared a few latest updates associated with Artificial Intelligence, which we often see on a daily basis.
AI from Space Helps to Spot Obesity on the Earth
Researchers of Washington University have recently used the innovative AI i.e. Artificial Intelligence technology to scan through images obtained from Google Maps to estimate obesity on the Earth that too without spotting overweight individuals separately. The entire team has downloaded high-resolution of Google Map-based satellite image of 150,000 of selected neighborhoods in four different cities i.e. Memphis, Los Angeles, Seattle and San Antonio.
Mobile App Development Company experts have further revealed that the researchers have obtained the data related to prevalence of obesity in adults from CDC i.e. Centers for Disease Control and its Prevention from the 500 cities project. Later on, they fed the respective images within a deep learning based neural AI network to extract key features associated with the created environment i.e. green area and buildings’ distributions.
Extraction of the exact built environment highlights important physical characteristics present in neighborhood i.e. presence of highways, parks, crosswalks, green streets and diversified houses associated with variations in the prevalence of obesity across varying neighborhoods.
Obesity has close relations with various other factors, which include diet plan, genetics, environment and physical activity. Even the study mentioned that convolutional type of neural network is useful to automate extracting features associated with the built environment from various satellite images to study major health indicators.
Understanding the relationship between built environment’s specific features and prevalence of obesity lets us to know structural variations leading to encouragement of physical activities and reduction in obesity problem. Thus, with the necessary assessment of obesity rates in a particular area, city planners may develop green areas to allow other people to stay physically active.
AI System to Detect Cancer
After the launch of Artificial Intelligence system powered by Microsoft India Company for cardiology and eye care, the company is now moving ahead to launch/expand its AI network for healthcare towards pathology industry for the detection of cancer. Analysts of Mobile App Development Company have said that Microsoft is collaborating with SRL Diagnostics with the aim to bring improvement in the already existing digital pathology quality to perform population screening based on the combination of AI innovations and Microsoft Azure innovations combined with the expertise of SRL for the study of tissues and cells or histology. Microsoft India has always taken the necessary steps to empower patients and the entire healthcare industry with the help of AI to democratize healthcare for every individual.
According to the collaboration deal, Microsoft will launch an innovative AI platform to design a software environment with the help of SRL respiratory of about millions of histopathology slides. With the increase in efficiency in initial steps related to analysis of biopsy tissues via artificial neural networks, any histopathology lab may reduce inadvertent manual error and process relatively more number of samples in a single day with the highest accuracy levels.
AI Network for Healthcare powered by Microsoft aims to increase the AI’s ability and cloud computation methods to accelerate innovation in the entire healthcare sector and boost the lives of people worldwide.
Artificial Synaptic based on AI Concept to Simulate Human Brain Functions
Next, Mobile App Development Company experts want to highlight the success of DGIST researchers lead by the director of Intelligent Devices and Systems to develop an artificial synaptic device based on AI concept. The system mimics various functions performed by neurons or nerve cells and synapses, which are responsible for human brain memory.
Synapses refer to the meeting point of dendrites and axons to allow neurons present in the brain of humans to send and receive the necessary nerve signals, which are known to be about hundreds of trillions in numbers. Chemical-based synapse information and transfer system is responsible to transfer information from one’s brain to deal with various high levels of parallel arithmetic by using less possible energy. Hence, consistent research work on artificial synaptic device will very soon mimic individuals’ biological functions performed by synapse.
Experts of Mobile App Development Company have further revealed that the artificial synaptic device is an electrical device to stimulate synapses’ function within the human brain, as the tantalum oxide layer resistance increases or decreases gradually depending on the overall strength possessed by electrical signals. Indeed, the technology may overcome limitations in durability possessed by existing devices by allowing proper current control only on a single Ta2O5-x layer.
Along with this, research team at DGIST has succeeded to implement an experiment to realize the plasticity of synapse that involves creation, storage and deletion of memories, like for instance long-term memory strengthening and memory delete suppression by simple adjustment of the actual synapse connection in between different neurons.
AI System to Combat Child Sexual Abuse
Along with playing role as a search engine giant, Google recently has come up with its outstanding AI technology to use deep neural networks to perform image-processing activities. In this way, Google-powered AI system will detect and discover any CSAM i.e. child sexual abuse material with the help of internet mediums. The latest AI tool will perform its functions based on deep possible neural networks and it would be available at free of cost for many NGOs, industrial partners, along with technological companies.
With the help of internet medium to spread various contents intended to exploit children is the worst even abuse going on in the world. Positively, the latest AI technology will help NGOs, service providers and varieties of technological companies to bring improvement in the existing CSAM detection efficiently, while help in reducing the exposure of human reviewers to such contents as possible.
In conclusion, we should say that AI systems would improve drastically in the coming years to make our life far more easy and happy than before.