8th Global Summit on Artificial Intelligence and Neural Networks

The main motive of Quantum computing is to take advantage of unusual properties that exhibited by matter. A conventional computer uses binary “bits” (zero and one) for the calculation process; a quantum computer uses quantum bits, known as  qubits which can exist in both states simultaneously. It exhibits properties of quantum entanglement which is a phenomenon that means pairs, or groups, of particles, cannot be described or measured independently of each other and their state depends on that of other particles in the group. Due to factors which are still not fully understood despite the best efforts of Schrödinger, Einstein and many others since it appears that particles linked in this way can transfer information between each other. Even though they could be an unlimited distance apart. The analyst team engaged in quantum computing believes that in future it will be possible to harness the mechanisms and will be able to build computers millions of times more efficient than s

Ubiquitous Computing vision begins with the technology that captures and stores images and then transforms images into information that can be processed further. It comprises of numerous technologies working together. Computing vision engineering is an interdisciplinary subject requiring cross-functional and systems expertise in a number of these technologies. A version of the Deep Neural Network (DNN) also called the Convolutional Neural Network (CNN), which demonstrates a huge leap in accuracy. That development drove renewed interest and excitement into the field of computer vision engineering. In applications requiring image classification and facial recognition, deep learning algorithms even exceeded their human counterparts. Deep learning has created an era of entering cognitive technology where deep learning and computer vision come together to address high level and complex problems of the human brain. Many technology developments and advancements are also happeni

The rapid growth of technological innovations and inventions is forcing to adapt, or risk struggling to maintain their consumers or even being edged out of business. Cloud computing enables business enterprises and government database to store their company information in thousands of virtual servers which eliminates the need for the traditional storage hardware such as hard drives and flash discs. This technology also enables the organization’s management and staff to access the information regarding the business from any geographical location with internet access. This means that the company management can access vital business data such as the inventory and sales information through a mobile device such as a tablet or a smartphone. Cloud computing is one of those techniques that will ensure that you maintain relevance in the 21st-century global financial market. It is expected that cloud storage is set to have exponential growth as cloud computing becomes more of an esse

Scientists have for the first time applied a generative neural network to create new pharmaceutical medicines with the desired characteristics. By using Generative Adversarial Networks (GANs) developed and trained to "invent" new molecular structures, there may soon be a reduction in the time and cost of searching for substances with potential medicinal properties. The researchers intend to use these technologies in the search for new medications within various areas from oncology and even anti-infectives. Currently, the inorganic molecule base contains hundreds of millions of substances, and only a small fraction of them are used in medicinal drugs. The pharmacological methods of making drugs generally have a hereditary nature. For example, pharmacologists might continue to research aspirin that has already been in use for many years, perhaps adding something into the compound to reduce side effects or increase efficiency, yet the substance still remains the same. Gener