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Introduction Artificial intelligence (AI) is rapidly becoming a driving force in the financial services industry, transforming the way companies operate and providing new opportunities for growth and innovation. From automating tedious and time-consuming tasks to providing more accurate and actionable insights, AI is playing a critical role in helping financial institutions to better serve their customers and achieve their strategic goals. Artificial Intelligence Roles in the Financial Services The use of artificial intelligence could result in significant cost reductions. Research by several leading MNCs found that banks can use AI banking tools to grow their transactions by 2.5 times ... Read More
Introduction Financial companies can utilize artificial intelligence (AI) to manage and analyze data from many sources to acquire insightful information. These ground-breaking outcomes support banks in overcoming daily obstacles to providing essential services like payment processing. Artificial Intelligence in Fintech Artificial intelligence is currently playing a significant role. Beyond the capabilities of human intelligence, it is assisting fintech companies in automating regular processes and improving outcomes. The early adoption of artificial intelligence enables fintech businesses to recognize dangers, stop fraud, automate routine processes, and improve service quality. All these result in increased productivity and earnings. Technology-enabled innovation in ... Read More
Introduction Column chromatography is one of the most versatile and widely used techniques for separating and purifying mixtures of organic compounds. It is a type of liquid chromatography where the stationary phase is a solid adsorbent material packed into a column, and the mobile phase is a liquid or gas that flows through the column. This technique is based on the principles of adsorption, partition, and ion exchange, and it can be used to separate a wide range of compounds, including small molecules, proteins, and nucleic acids. In this article, we will discuss the principle, types, and significance of ... Read More
In Haskell, We can use listArray and toList functions as well as list comprehension to convert set of string to array of string. In the first example, we are going to use (setToArray set = listArray (1, Set.size set) (Set.toList set)) function and in the second example, we are going to call (setToArray set = listArray (1, Set.size set) (toList set)) function directly from the main function. And in the third example, we are going to use (setToArray set = array (1, Set.size set) [(i, x) | (i, x) Array Int String setToArray set = listArray (1, Set.size set) ... Read More
Haskell programming has internal functions like fromList, Set.fromList and foldr functions that can be used to convert list to set. In the first example, we are going to use (listToSet = Set.fromList) function and in the second example, we are going to call (set = Set.fromList xs) function directly from the main function. Whereas in third example, we are going to use (listToSet = foldr Set.insert Set.empty) function. Algorithm Step 1 − The qualified Data.Set module is imported. Step 2 − The listToSet function is defined using fromList function as, listToSet = Set.fromList. Step 3 − The program execution ... Read More
In Haskell, we will convert List to a Map by using fromList and foldl functions. This can also be done using recursion and pattern matching. In the first example, we are going to use (listToMap xs = Map.fromList xs) function and in the second example, we are going to use (listToMap xs = List.foldl' (\acc (k, v) -> Map.insert k v acc) Map.empty xs) function. In the third example, we are going to use base and recursive case of the recursive function. Algorithm Step 1 − The qualified Data.Map module is imported. Step 2 − The listToMap function is ... Read More
In Haskell, we will convert String to an Array by using listArray and intersperse functions. In the first example, we are going to use (stringToArray s = listArray (0, length s - 1) s) function and in the second example, we are going to use (stringToArray s = s) function. In the third example, we are going to use (stringToArray s = intersperse ' ' s). Algorithm Step 1 − The stringToArray function is defined Step 2 − The program execution will be started from main function. The main() function has whole control of the program. It is written ... Read More
In Haskell, we can convert Character to String by using user-defined function, show function, list comprehension and (:[]) notation. In the first example, we are going to use (charToString c = [c]) function and in the second example, we are going to use (charToString c = show c) function. Where as in third, we are going to use (charToString c = [x | x String charToString c = [c] main :: IO () main = do let myChar = 'a' let myString = charToString myChar putStrLn myString Output [1 of 1] ... Read More
In Haskell, we will convert Data to Hexadecimal by using intToDigit, toHex and showHex functions. In the first example, we are going to use toHex function and (stringToHex = concatMap (\c -> toHex (fromEnum c))) function and in the second example, we are going to use convertToHex x = showHex x ""). And in the third example, we are going to use (toHex = concatMap toHexChar). Method 1: Converting Data to Hexadecimal using intToDigit and toHex function In this method, the toHex function converts an integer to its hexadecimal representation by repeatedly dividing by 16 and converting each remainder ... Read More
Introduction Chromatography is a separation technique that is used to separate and identify individual components of a mixture. The technique relies on the differential affinities of the components of the mixture for a stationary phase and a mobile phase The stationary phase is a material that is fixed in place and the mobile phase is a fluid that moves through the stationary phase. The components of the mixture interact differently with the stationary phase and the mobile phase, which results in their separation. Chromatography has a wide range of applications in various fields, including chemistry, biochemistry, pharmaceuticals, food science, ... Read More