Bringing Browser-Based MFA SSO to the OpenStack CLI
Learn how a lightweight keystoneauth1 plugin brings your existing browser-based MFA and SSO to the OpenStack CLI, with no changes to any client tools.
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Learn how a lightweight keystoneauth1 plugin brings your existing browser-based MFA and SSO to the OpenStack CLI, with no changes to any client tools.
Hyperscaler AI looks fast but hides long-term lock-in and rising costs. See how OpenStack and Kubernetes deliver GPU infrastructure you actually control.
Many AI clusters run at only 30–50% GPU utilization. Learn why GPUs sit idle and how Kubernetes, scheduling, and better infrastructure design can improve AI infrastructure efficiency.
Cognitive computing uses computerized models to simulate the human thought process in complex situations. Read on to learn more.
Cognitive computing is a tool used to assist humans in decision-making. Some examples of cognitive applications include supporting the medical industry in treatments and the creation of advanced algorithms to support research and growth in artificial intelligence. However, many have questions on what cognitive computing is and how it works. Here is a look.
Cognitive computing uses computerized models to simulate the human thought process in complex situations where the answers may be ambiguous and uncertain. It often coincides with AI and involves many related technologies to power applications, including robotics, neural networks, expert systems, and virtual and augmented reality systems.
Even though Cognitive computing is often used interchangeably with AI, there are nuances between the two terms. With AI, data is fed into the algorithm over a significant period of time to learn variables and predict outcomes. Cognitive computing is a term typically used to describe AI systems that try and simulate human thought.
Using computers to solve the various problems that humans are typically tasked with needs a vast quantity of structured and unstructured data fed to machine learning algorithms. Cognitive computing systems synthesize information from multiple sources while carrying out weightage of context and analysis to suggest the best answers. To achieve this, such systems include self-learning technologies that utilize data mining and natural language processing, and pattern recognition to mimic how the human brain functions.
Over time, cognitive systems refine the way they perform pattern identification and data processing to anticipate new problems and form possible solutions.
Cognitive computing systems are usually expected to have the following key attributes to achieve those capabilities.
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