History of Programming

We already know that programming language is a formal language designed to communicate instructions to a machine, particularly a computer. Programming languages can be used to create programs that control the behavior of a machine and use for the Build a Web Apps, computer software or any other apps. Computer Programming Enable users to Write Programs for Specific algorithms. The first computer codes were specialized for their applications. In the first decades of the 20th century, numerical calculations were based on decimal numbers.


There are Total 256 Programming Languages are there but we are know some programming languages that we are using regularly and useful languages. Look out on the below Infographic for History of Programming Language.


The first programming languages predate the modern computer. The 19th century saw the invention of “programmable” looms and player piano scrolls, both of which implemented examples of domain-specific languages.


  • 1951 – Regional Assembly Language
  • 1952 – Autocode
  • 1954 – IPL (forerunner to LISP)
  • 1955 – FLOW-MATIC (forerunner to COBOL)
  • 1957 – FORTRAN (First compiler)
  • 1957 – COMTRAN (forerunner to COBOL)
  • 1958 – LISP
  • 1958 – ALGOL 58
  • 1959 – FACT (forerunner to COBOL)
  • 1959 – COBOL
  • 1959 – RPG
  • 1962 – APL
  • 1962 – Simula
  • 1962 – SNOBOL
  • 1963 – CPL (forerunner to C)
  • 1964 – BASIC
  • 1964 – PL/I
  • 1966 – JOSS
  • 1967 – BCPL (forerunner to C)
  • 1968 – Logo
  • 1969 – B (forerunner to C)
  • 1970 – Pascal
  • 1970 – Forth
  • 1972 – C
  • 1972 – Smalltalk
  • 1972 – Prolog
  • 1973 – ML
  • 1975 – Scheme
  • 1978 – SQL
  • 1980 – C++ (as C with classes, name changed in July 1983)
  • 1983 – Ada
  • 1984 – Common Lisp
  • 1984 – MATLAB
  • 1985 – Eiffel
  • 1986 – Objective-C
  • 1986 – Erlang
  • 1987 – Perl
  • 1988 – Tcl
  • 1988 – Mathematica
  • 1989 – FL
  • 1990 – Haskell
  • 1991 – Python
  • 1991 – Visual Basic
  • 1993 – Ruby
  • 1993 – Lua
  • 1994 – CLOS (part of ANSI Common Lisp)
  • 1995 – Java
  • 1995 – Delphi (Object Pascal)
  • 1995 – JavaScript
  • 1995 – PHP
  • 1996 – WebDNA
  • 1997 – Rebol
  • 1999 – D
  • 2000 – ActionScript
  • 2001 – C#
  • 2001 – Visual Basic .NET
  • 2002 – F#
  • 2003 – Groovy
  • 2003 – Scala
  • 2007 – Clojure
  • 2009 – Go
  • 2011 – Dart

1951 to upto this year there are Totally 256 Programming Languages are Developed and that all are coming with the something new features. the programming languages are always updated and always growing as you seen on the list.

The Infographic says all the things of the programming language like who is developer of the programming language, what is the primary sources and now which websites and which companies are use which programming languages all that things.

Enjoy the History of Programming Languages and Share if you Like and Don’t forget to comment below what you are thinking about this programming languages Infographic.

演示了为无线无人机电池充电设计的感应电力传输(IPT)系统 Dynamic Wireless Charging for (UAV) using Inductive Coupling 模拟了为无人机(UAV)量身定制的无线电力传输(WPT)系统。该模型演示了直流电到高频交流电的转换,通过磁共振在气隙中无线传输能量,以及整流回直流电用于电池充电。 系统拓扑包括: 输入级:使用IGBT/二极管开关连接到全桥逆变器的直流电压源(12V)。 开关控制:脉冲发生器以85 kHz(周期:1/85000秒)的开关频率运行,这是SAE J2954无线充电标准的标准频率。 耦合级:使用互感和线性变压器块来模拟具有特定耦合系数的发射(Tx)和接收(Rx)线圈。 补偿:包括串联RLC分支,用于模拟谐振补偿网络(将线圈调谐到谐振频率)。 输出级:桥式整流器(基于二极管),用于将高频交流电转换回直流电,以供负载使用。 仪器:使用示波器块进行全面的电压和电流测量,用于分析输入/输出波形和效率。 模拟详细信息: 求解器:离散Tustin/向后Euler(通过powergui)。 采样时间:50e-6秒。 4.主要特点 高频逆变:模拟85 kHz下IGBT的开关瞬态。 磁耦合:模拟无人机着陆垫和机载接收器之间的松耦合行为。 Power GUI集成:用于专用电力系统离散仿真的设置。 波形分析:预配置的范围,用于查看逆变器输出电压、初级/次级电流和整流直流电压。 5.安装与使用 确保您已安装MATLAB和Simulink。 所需工具箱:必须安装Simscape Electrical(以前称为SimPowerSystems)工具箱才能运行sps_lib块。 打开文件并运行模拟。
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