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Build Potential with 5 Emerging Skills of Artificial Intelligence to Accelerate Your Career! Don't Wait; Enjoy the AI and Secret of Success !!

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Artificial Intelligence (AI) is changing the world we live in. It’s at the forefront of the huge wave of digital transformation we’re witnessing across the world. Skills in artificial intelligence lead to careers that make changes in a range of areas of rapid growth: Smartphone technology Supply-chain automation Fraud prevention Energy supply and usage Online shopping Email spam filters Diagnosing illnesses AI is everywhere around us, and its capabilities are sought-after by almost every industry. It’s no surprise, therefore, that research from Gartner suggests that the demand for workers with specialist AI skills and machine learning knowledge tripled between 2015 and 2019.   APPLY FOR OUR COMPUTER SCIENCE WITH ARTIFICIAL INTELLIGENCE MSc Types of AI Careers Careers in artificial intelligence are not just limited to IT: departments recruiting AI talent in high volumes include: Marketing Sales Customer service Finance Research and development  However, there’s a worldwide s

What's Exactly Lambda Function? Figure Out It's Purpose, Usages, Advantages and Limitations+ Much More

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Abstract : A lambda function is a small anonymous function. A lambda function can take any number of arguments, but can only have one expression. Syntax lambda  arguments  :  expression The expression is executed and the result is returned: Why Use Lambda Functions? The power of lambda is better shown when you use them as an anonymous function inside another function. Say you have a function definition that takes one argument, and that argument will be multiplied with an unknown number: def  myfunc(n):    return   lambda  a : a * n Use that function definition to make a function that always doubles the number you send in: Example def  myfunc(n):    return   lambda  a : a * n mydoubler = myfunc( 2 ) print (mydoubler( 11 )) Linked lists may be more memory efficient than arrays for large data structures, as linked lists only allocate space to data elements and their pointers to the next element; arrays require allocating memory for every possible element regardless of whether