The Programming Of Programming Language Generations

First let us take a look at computer programming. This element takes on different program designs created by engineers and uses one of several different programming languages to write executable code that computers can read. Programming is the source for

ASCII is coding system for letters and numbers. Each character has its own number for example the ASCII code for A is 097, A In binary is 01100001 we can work out the ASCII code by using its binary number

Every programming language is used for difference purposes, and every language has his pros and cons. There are also factors that affect the choice of which programming language to use. Which are:

The first generation of electronic computers was characterized by hulking monstrosities of tubes and wires, housed in metal. The first programmable electronic computer was Colossus. Completed in 1943, Colossus contained

humans and computers must be well designed. Humans do not think in binary or code.

Binary code is a coding system used by computers that uses the numbers 1 and 0. Binary code is used by computers to encode data such as character strings. Although computers were not yet invented, the binary number system was discovered in 1679. This system of coding a communication has been used for many years by computer technicians and scientist. Without binary code, many inventions and

The two states of a wire are usually represented by some measurement of an electrical property: Positive voltages correspond to a binary code value of 1, while negative voltages correspond to a binary code value of 0. A binary code represents text or computer processor instructions using the binary number system's two binary digits, 0 and 1. A binary code assigns a bit string to each symbol or instruction. For instance, a binary string [consisting] of eight [binary] digits (bits) is capable of representing 256 different possible values and consequently can correspond to numerous different symbols, letters or instructions. In computing and telecommunication, binary codes are used for various methods of encoding data, such as character strings, into bit strings. Those methods can implement fixed-width or variable-width strings. In a fixed-width binary code, each letter, digit, or other character is represented by a bit string of the same length; that bit string, interpreted as a binary number, is usually displayed in code tables in octal, decimal or hexadecimal notation. There are many character sets and many character encodings for them. A bit string, interpreted as a binary number, can be translated into a decimal number. For example, the lower case a, if represented by the bit string 01100001.

With increasing popularity of computer games, and multimedia home PC users often need an unexpensive computer system upgrade. By building a custom computer one is able to combine componenets, and operating system to provide maximal gaming performance. Computers are often called number manipulators, because of their ability to run millions of mathematical operations per second (White 43). Computers use binary system of numbers, which allows them to operate system of microscopic switches called transistors found inside of computer chips. Binary system is defined as counting system that uses two digits one and zero (Gookin 49). A transistor is a basic building block of microchips; transistors are combined in formations called logic gates

When we enter data onto a computer system or other device by way of the keyboard, each character is encoded into an equivalent binary coded pattern, using one of the standard coding schemes that are used for the transposition of information. When representing all characters on a keyboard, an exclusive pattern of 7 or 8 bits in size is used. The use of 7 bits means that 128 different elements can be represented, while 8 bits can represent 256 elements. At the receiving end the process is reversed to show the character key strike instead of the binary code.

Novice users, especially children, often have difficulty understanding the important idea that the computer is only a machine, and cannot "think" or "understand" the words it displays. The computer is simply performing a mechanical lookup on preprogrammed tables of lines and colors, which are then translated into arbitrary patterns of light by the output device. It is the human brain which recognizes that those patterns form letters and numbers, and attaches meaning to them. All that existing computers do is manipulate electrons that are logically equivalent to ones and zeroes; there are no known ways to

This is the definition of a computer program that I learned in the elementary school. I remember it exactly as I was taught so many years later since this was what fueled my curiosity to learn more about computers. How did the computer add all those values so fast? Why is it never wrong with its answer? These were a few questions that went around in my young mind. Questions that made me dig deeper, questions that made me want to learn more and more about computers. At the school level, I started participating in many Computer quizzes and always scored in top 5% in my computer class. I attended summer camps to learn HTML and started my journey into programming by learning Visual Basic in my high school.

Also according to COBOL this is the first high level language that makes it almost seem like being a human (par. 1). “COBOL was first created in 1959 by Conference on Data Systems Languages” (Li, Abraham par. 2). COBOL presents itself some advantages

Programming languages over the years have improved and even changed drastically in their design and capabilities. New languages are created to perform specific tasks that others cannot accomplish each year. By doing so, the creation of these new languages fill specific niches. However, the problem with computer languages is that if you want to construct an easier approach to a task or problem in another language, odds are you must give something else up to accomplish that goal. Which is why there is such a large amount of different and unique programming languages.

The relatively low-level nature of the language affords the programmer close control over what the program is doing, while allowing solutions that can be specially tailored and aggressively optimized for a particular platform. This allows the code to run efficiently on very limited hardware, such as mass-produced consumer embedded systems, which today are as capable as the general-purpose machines originally used to implement C.

The CPU (central processing unit) in a computer system works by instruction which must be in binary style coding (binary is made up of 1s and 0s). The issue with binary is the complication for humans to comprehend binary and so the programming that takes place in the present day, is carried out using symbolic languages with the use of English like statements.