Risk Intelligence: Learning to Manage What We Dont Know

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Our introductory definition is meant to reflect the varied responses. Andras Kornai , Budapest Institute of Technology. This development is well emphasized in 4. Ashok Goel , Georgia Institute of Technology. Artificial Intelligence is the science of building artificial minds by understanding how natural minds work and understanding how natural minds work by building artificial minds.

Risk Intelligence: Learning to Manage What We Don't Know

Pei Wang , Temple University. This is a complicated problem.

The statement is agreeable, but does not provide clear guidance to the research. This opinion is encouraging blind trial-and-error, which is not good advice for any scientific research. AGI can be easily distinguishable from human beings, while still being considered as highly intelligent.

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Definition 1 is okay. Any definition of Artificial Intelligence will have to be vague enough due to our inability to define Human Intelligence. But I would say that this is the scientific field that attempts to understand the foundations of intelligent behavior from a computational perspective. It focuses on developing theories and systems pertaining to intelligent behavior, at the heart of which is the idea that learning, abstraction and inference have a central role in intelligence.

Stuart Russell and Dr. Peter Norvig. We also found and chose to include a more recent and commonly-accepted textbook definition to build on our perspective. Weak AI — Otherwise known as narrow AI; the idea that computers can be endowed with features that mirror or mimic thought or thinking processes, making them useful tools for figuring out how our own mind works. One way to categorize AI solutions for commercial and scientific needs is by level of complexity of the application: simple, complex, or very complex though these are, clearly, also open to interpretation.


Risk Intelligence: Learning to Manage What We Dont Know风险智慧:学会管理未知项

This is an idea borrowed from the Schloer Consulting Group :. Simple — Solutions and platforms for narrow commercial needs, such as eCommerce, network integration or resource management. Complex — Involves the management and analysis of specific functions of a system domain of predictive analytics ; could include optimization of work systems, predictions of events or scenarios based on historical data; security monitoring and management; etc.

Very Complex — Working through the entire information collection, analysis, and management processes; the system needs to know where to look for data, how to collect, and how to analyze, and then propose suggested solutions for near and mid-term futures. In similar fashion to types of AI solutions organized by capability, there exists a continuum of AI in regards to level of autonomy:. Assisted Intelligence — Involves the taking over of monotonous, mundane tasks that machines can do more efficiently.

Autonomous Intelligence — System that can both adapt over time learn on its own and take over whole processes within a particular system or entity. What is the difference between data mining, statistics, machine learning and AI? Popular Interview: Dr. Consensus Article: What is Machine Learning? On Monday, The White House announced plans to co-host four upcoming public workshops on various AI topics to "spur public dialogue on artificial intelligence and machine learning and identify challenges and opportunities related to this emerging technology.

Workshop co-hosts include academic and non-profit institutions, as well as the National Economic Council. In addition, a new National Science and Technology Council NSTC subcommittee on machine learning and artificial intelligence will meet for the first time next week. In , ten of the world's leading electrical engineers convened on the burgeoning topic of "Artificial Intelligence" - which was far from being recognized as a field. The distance between the dots shows how incidents in one subsector compare to that of another.

If dots are close together, it means incidents in those subsectors share similar VERIS characteristics such as threat actors, actions, compromised assets, etc. If far away, it means the opposite.

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  • In other words, subsectors with similar threat profiles appear closer together. A very basic supply chain will have a manufacturer, a distributor some type of transportation , and retailer. Notice in the figure how the Manufacturing subsector , Transportation subsector , and Retail subsector basically form a triangle of points about as far as you can get from each other. That means their threat profiles are very, very different. Kinda like sharing toothbrushes. A collaborative approach to threat intelligence and defense is the only way forward I see to efficiently and effectively manage risk for all parties.

    Transportation suffers fairly equally from both. Plus, supply chains already have a need to share and a basis for trust established, which will ease many intel sharing paint points. Thanks to all of you who have hung with me over the 6 months it took me to complete this four-post series.

    He believes improving information security starts with improving security information.

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