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Cenni storici e nozionistici di alcuni concetti base per capire a pieno la storia delle digital humanities e come queste successivamente possano traslarsi nel contesto di algoritmi ed AI.
Tipologia: Appunti
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An Algorithm is a set of specific logical instructions that describe how to solve a specific problem or perform a specific function. A computer is a general-purpose machine, which means that it is a machine that is not build for a specific purpose but it follows specific directives given by the user. There are some characteristics that an algorithm must have to be able to function, such as well-defined inputs which in turn will give us a well defined output, an algorithm must be unambiguous to both h8uman and machine, it must be finite so it requires a certain amount of data and follow a precise number of steps in a finite time, also it must be language independent so as to not generate a problem of translation, because computers function through binary code. One of the first algorithm can be traced to ancient Babylon. It was discovered by the German scholar Knut, that explained that they didn’t have an algebraic notation, but they represented each formula by a step- by-step list of rules for the evaluation of the reasoning process. Ada Lovelace was the first to think that instructions could be performed by a machine, in doing this she is still considered the inventor of the first software. This kind of scientific reasoning has through time influenced the field of humanities, when for examples, writers decided to follow a certain set of rules to write poems. For example, Nanni Balestrini in 1962 decided to teach a machine how to write a poem, giving it a specific rule and words and this gave way to the modern art producing AIs. HOW DATA BECAME INFORMATION Data indicates something defined and is considered the minimum measure of observation. It’s an elementary unit of reasoning, while information is something more complex, made up of more data and their organization through context. Through then the analysis of this information and its synthetization it becomes knowledge. (it refers only to humans) Data can be quantitative (numerical) and qualitative(descriptive). This distinction and its use are part of the human of factor in computation, where also the decision making faculty has a role on which data display and exploit in computing. DATA ENCODING
The representation of information is always subject to symbols, which is a thing that represents or stands for something else, a code that is a common language that associates a computing unit with each change or sequence of changes (binary code) and a medium it must be able to change state. And it’s a pillar of computer science. The modern code through which computers use to exchange information is ASCII since 1961(American Standard Code for International Interchange). Modes of information transmission: Analogue varies with continuity, assuming all possible values between minimum and a maximum. Digital is discontinuous, representable by integer numbers and thus by binary code. HISTORY OF INFORMATICS We can find two main computing machines in antiquity: The Abacus that from 2000 BC was used to teach children calculations and operations. The Antikyera Machine in 100 BC was an instrument in ancient Greece, with very complicated mechanisms for calculations. In 1623 The Schickard calculator or calculating clock operated through ten gears that at the mark of the 9th^ number it, moved the tick to the next decimal and was used for addition and subtraction. This invention was lost in a fire. The first proper calculator was the Pascaline in 1642, to aid Blaise Pascal’s father and was presented 1645 to cardinal Richelieu at the royal court of France and was the patented under royal decree. It was a machine to do mainly addition and subtractions up to 12 digits and it consists of a series of gears that rotate in order to perform and give out the result. Calculus Ratiocinator is a formal universal language conceived by the German Philosopher Leibniz, capable of expressing complex concepts through a series of symbols that could be manipulated according to precise rules. Thanks to calculus ratiocinator the machine would have been able to settle any intellectual problem by providing solutions from the information made available. It anticipated the advent of what George Boole would implement many years later Jacquar punched cards were the first form of computing and binary implementation because the pattern was dictated through the holes in the card and the needle could pass only through the spaces that were indicated in the card.
Transmission Protocols are put in place to allow computers to speak a universal language and communicate among themselves. At first this protocol was the ISO/OSI STANDARD mad of 7 layers, then in recent times with the advent of the internet the protocol put in place is the TCP/IP the reduced the already existing layer to 4. A dispositive is something bigger than a discourse and it’s actually something that sets its rules. A dispositive is regulated through a strategic purpose, power relations, epistemic function and it’s fluid and dynamic. For example, the detention system and prison as a building, constitute a dispositive. (the building, the laws, the motivations for and against committing a crime).