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What is handshake in computer language?
A computer handshake is basically this: its a term used to describe the process of one computer establishing a connection with another computer or device. The handshake is often the steps of verifying the connection, the speed, and/or the authorization of the computer trying to connect to it. An example of handshaking is when a modem connects to another modem; the tones heard after the dialing is the handshake and can be thought of as the computers greeting each other.
Think of it as literally a handshake between two people, or two dogs in a park sniffing each others....You know. If the "Handshake is successful: BAM! protocol (computer communication language) is established and life is good.
Protocol (BTW) can be physical (USB, Cables etc) or wireless (on the internet) via packets which are.............
A Packet is a series of bits transmitted or received by a computer. Internet traffic is routed and controlled in packet-form.
A Packet is a series of bits transmitted or received by a computer. Internet traffic is routed and controlled in packet-form.
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What does ADSL stand for in computer language?
Asymmetric Digital Subscriber Line(ADSL)
How does a computer convert letters to computer language?
Computers use Binary (Computer Language) which are a series of 1's and 0's. Each series of binary is 8 bits (1 byte) long and is unique to each letter. Example: A = 0100…0001 B = 01000010 C = 01000011
What are computer languages?
Computer languages fall into one of three categories: machine language, low-level language and high-level language. Machine language, or machine code, is the native language… of all computers and is the only language actually understood by the computer itself. Every architecture has its own "dialect" of machine code, as determined by the instructions it is capable of, how many bits-per-instruction there are, and how memory is accessed (32-bit or 64-bit in today's systems). The first bit sequence maps directly to an instruction code and one or two operands if any are required by that instruction. The next instruction immediately follows the first, unless the previous instruction is a jump instruction which causes execution to jump to another bit sequence elsewhere in the code sequence. There are very few instructions and each does very little actual work, such as moving an operand into a CPU register, comparing registers, performing simple arithmetic (such as adding or subtracting), or jumping to another code sequence. Although each instruction does very little, they are executed with such speed that complex operations that may require thousands of individual instructions can be accomplished in just a few seconds. Coding in machine code is a laborious process and prone to error. Any one program can basically be reduced to a long sequence of 1s and 0s that form an extremely large binary number. This number is not only difficult to read but it is extremely difficult to spot any errors in the sequence. Low-level languages address this problem by replacing instruction codes with easy-to-remember mnemonics and symbols. All assembler languages are low-level languages and are often called symbolic languages. As with machine code, every architecture has its own version of assembler and each requires a machine coded assembler to interpret the symbolic language into its corresponding machine code. Low-level languages are so called because there is very little abstraction between the low-level language and the resultant machine code. And although it is much easier to write low-level code than machine code, it is still quite difficult to read and programs must still be written in minute detail. High-level languages make it much easier for programmers to write code using keywords written in a human language (English being the most dominant language). They are high-level because there is a high level of abstraction between the language and the resultant machine code. However, the abstraction means the programmer can concentrate on producing functional code more quickly rather than worrying about how to produce the required machine code for a particular architecture. High-level languages can be broken into two main categories: compiled languages and interpreted languages. A compiled language produces machine code when compiled, while an interpreted language must be converted and executed one line at a time by another machine code program, the interpreter. As a result of this interpretation, interpreted languages are extremely slow. Java is an interpreted language, however it is initially compiled to byte code which can then be interpreted by any Java virtual machine (a machine code interpreter). As such, Java programs need only be compiled once and run on any platform that has a Java virtual machine whereas languages that compile to machine code must be compiled separately for each supported platform. While this makes them less portable than Java, compiled languages often include low-level features with much less abstraction between the language and the underlying hardware, thus permitting the benefits of high-level coding to be combined with the efficiency of low-level coding. C and C++ are typical examples of compiled languages with low-level features.
First computer language to up-to date computer languages?
The first ever language is binary code, or punched cards. (1st generation) Which is in these kinds of format. 010100100101110101010111 (binary) or 52…5D57 (hexadecimal) Then we have assembly code like these (2nd generation) MOV AL, 1h ; Load AL with immediate value 1 MOV CL, 2h ; Load CL with immediate value 2 MOV DL, 3h ; Load DL with immediate value 3 Then we have third generation, which is starting to have separated version like FORTRAN, LISP or COBOL (Many more such as C and Java) , FORTRAN as a example here: program helloworld print *, "Hello, world!" end program helloworld All the language listed above is quite constrained. Below here, they are quite open, or easily used. 4th generation, or something like SQL, Labview and a tons more. 5th generation, or the ultimate one. We don't need to write the program itself, we only need to define the problem that need to be solved. Mainly used in AI, they are Prolog and many other. It still need some programmer, but the job of programing is certainly much less.
Is a computer language a language?
Well in its most basis element yes. Language is a vehicle in which people use to communicate. Binary, which I assume you are referring to, is a very basic "language" that a us…er or other computers use to "communicate" with each other.
How TO SAY computer in computer language?
The word 'computer' would look like this in binary: 01100011 01101111 01101101 01110000 01110101 01110100 01100101 01110010 And this in hexadecimal: 63 6f 6d 70 75 74 65… 72 Just don't ask me how to pronounce it!
How do you type a computer language on the computer?
It actually depends on the programming language. For example, in Microsoft Visual Basic, you get an IDE (Integrated Development Environment) with a GUI so you just have to des…ign the application and type the code in the in-built code editor. In programming languages like Oracle JAVA, you have to install a Software Development Kit (SDK) and type the programming language. However, for all the 'only code-based' programming languages, you just have to use a basic text editor like Notepad on Windows, or TextEdit on Mac. Notepad++ is also a very powerful editor that can be used with Windows; it supports multiple programming languages.
What language does computer understand?
Computers understand binary which translates into instructions. In order to make a computer understand higher-level languages you need to use a compiler or interpreter.
What was the first computer programming language?
1950 - EDSAC(First one) 1954 - FORTRAN 1958 - ALGOL - 58 1958 - LISP 1960 - COBOL 1964 - RPG 1964 - PL\\1 1965 - BASIC 1967 - LOGO 1968 - APL 1970 - PASCAL… 1970 - Smalltalk 1971 - FORTH 1972 - PROLOG 1972 - C 1979 - Ada 1981 - Modula -2 1982 - Dbase 1984 - Turbo PASCAL 1987 - HyperCard 1990s - Visual Basic 1990s - HTML, VRML and JAVA(Newest ones)
What do you understand by computer language?
The computer language is known as programming language.it means a set of rules or symbols used to operate computer. written by ADVAIT 7c address:type C 52/5,B.A.R.C colo…ny boisar
What does os mean in computer language?
OS means operating system basically winows, linxus, or mac. the OS is not .exe such as internet explorer, firefox, or google chrome. Those are web brosers
What is a bus in computer language?
In a computer, a bus is a subsystem that transfers the data between the components inside the computer or between a computer.
Answered
In Technology
Which language is called native language of computer?
Machine code is a computer's native language. Every architecture has its own version of machine code, dependant upon its instruction codes. Machine code is simply a binary seq…uence where the first sequence is an instruction which is immediately followed by that instruction's operand or operands (if it requires any) followed by the next instruction. All other programming languages must assemble, compile or interpret the source code to produce machine code before the code can be executed.
Answered
In Technology
What is a handshake?
A gesture where two people clasp each others' hands. They do not need to shake anything. Some people think that a handshake is a Freemasonic weapon for taking over the world.
Answered
In Computers
What does the computer term handshake mean?
In simple terms, it is the establishment of communication between computers. People can establish communication through a handshake, so the term is based on that. For comput…ers to communicate they first must establish a connection with each other. It is like when you make a phone call and the other person answers, at which point communication has been established. One computer sends a message to the other and the other responds, opening a connection between them and that is what we call a handshake.
Answered
In Technology
What is a computer language?
There are several answers to this question. Internally a computer uses 1 and 0 as its means of storing information and commands. Special patterns of 1 and 0 form commands …(CPU instructions) An assembler language generates these patterns However assembler is difficult for humans to work with so we work in an easier computer languages such as 'Fortran', 'C++', 'Python', 'Java' etc and these get compiled into assembler and turned into the CPU's command patterns. -------------------------------------------------------------------------------------- Low level language
Answered
What is a 'handshake'?
Answer-- A 'hand shake' is a form of greeting someone. Men for centuries have shook hands and sometimes business deals were just a simple hand shake and no contract involved (…that was many years ago.) Often men could tell from the hand shake they received if the man was honest, weak, or a good businessman. Men usually never shook hands with women (because it was more masculine that feminine.) Up until the 1960's if a man was introduced to a woman she would be acknowledged by a nod and a smile and 'Very nice to meet you.' In earlier years men of stature would gently hold the woman's hand he was introduced to and kiss the top of her hand. Today many women have careers and slid into 'the man's world' so now shaking hands with a woman is acceptable. In I.T.: A hand shake is a term used when creating a virtual connection between hosts. An example of this is with the TCP protocol's 3-way handshake in which a connection must be established for communication... 1. The client sends a SYN (Sync) packet to the remote host when it needs to negotiate a connection, which includes an initial sequence number. This indicates to the other computer that the client wants to negotiate a connection. 2. When the remote host receives the packet, it records the sequence number and replies with an acknowledgement (ACK), which is the initial sequence number which the client sent +1 (a way of verifying receipt by saying, 'i received your sequence number and i am expecting the same number +1 next'). It also sends its own sequence number so the client can do the same in the next step... 3. The client receives the remote hosts own sequence number +1 in the ACK packet which confirms it is communicating with the desired computer and responds with its own ACK of the remote hosts sequence number +1. This confirms the connection and the hosts can now begin communication. Every packet sent afterwards carries on using sequencing numbers so each end knows where the data came from and in what order it is to be assembled.