Everyone will know about a computer but no one knows the full form of computer.
Often the computer full form is asked in your school and college.
After all, What is the full form of computer?
So let’s know about the full form of computer and about the What is Computer?
In this post, I will explain in detail all full form of computer parts and Computer Related Full Forms.
This Article is Best on the whole internet.
If you read this article carefully you will understand all A to Z Full Form Computer.
I Guaranteed you, after reading this article you will not need to read any other Articles. In fact, our reader’s satisfy in this blog post.
What is the Full Form of Computer?
The full form of computer in English language.
The Full-Form of computer is Commonly Operated Machine Particular Used For Trade Education Research.
To understand you, the complete full form of each word of the Computer is given in the table below.
This computer full form is very common and popular full form that will be taught in your school and college.
Suggested Video of Computer full form.
What is the Meaning of Computer?
In this post, I will explain meaning of every word of computer in detail.
C for Commonly ( What is Commonly in computer? )
This usually means that any common person can use it.
For example, children, men, women can use any computer.
O for Operated ( What is Operated in computer? )
This means that any normal person can operate this device very easily.
For example, children can also operate computers very easily.
M for Machine ( What is Machine in computer? )
This means that a computer is an electronic machine.
A computer cannot function without electricity.
A computer is a machine that makes the work of humans very easily and quickly.
P for Particular ( What is Particular in computer?)
Particular has no meaning. Particular is an adjective word.
This word is used to denote a special thing.
U for Used ( What is Used? )
You all will know that ‘used’ means ‘use’.
This means that you can use a computer. Used is an adjective word.
T for Trade ( What is Trade in computer? )
The term trade is used in trade. This means that moving a service from one place to another and selling and buying that service is called trade.
Trade in computers means exchanging data from one place to another.
E for Education ( What is Education in computer? )
Education means in computers that computers are widely used in the field of education.
R for Research ( What is Research in computer? )
Research is a creative thing. Increase collections of knowledge are called research.
Today scientists are doing a lot of research with the help of computers.
What is the long form of computer?
There are many other long full forms of such computers, let us know about all of them as well.
These are all computer full forms.
- Common Operation Made Possible Under Technical Engineering Researches.
- Commonly Operating Machine Particular Used For Technical And Education Research.
- Common Operating Machine Particularly Used For Technical and Educational Research.
- Common Operating Machine Particularly Used For Trade Education and Research.
- Common Operating Machine Particularly Used For Training Education and Reporting.
- Computing Oriented Manipulation Programming Used In Technology Education and Research.
- Commonly Oriented Machine Particularly Used For Trade Education and Research.
- Common Oriented Machine Purely Used For Technical and Educational Research.
- Commonly Operating Machine Particular Used For Technical Education And Research.
- Cable of Making Perfectly Uncomplicated Tasks Extremely Rigorous.
- Complicated Office Machine Put Under Tremendous Effort To Reduce Manpower.
- Calculate Operate Memory Print Update Tabulate Edit Response.
- Common Operating Machine Purposely Used For Technological and Educational Research.
A computer is an electronic and programming machine and device. A computer is a device that works on the instruction of the user.
The computer takes data from the user and by processing that data, the computer gives us the result.
The computer is capable of doing all kinds of work. A computer cannot function without a user. A computer is a type of mathematical machine.
A to Z Full Form of Computer Related Words
Now we are going to tell you about another important full form related to the computer, all this full form is very important for your every exam which you must remember.
No. | Abbreviation | Full-Form |
---|---|---|
1 | RAM | Random Access Memory |
2 | ROM | Read Only Memory |
3 | CPU | Central Processing Unit |
4 | URL | Uniform Resource Locator |
5 | USB | Universal Serial Bus |
6 | VIRUS | Vital Information Resource Under Siege |
7 | TCP | Transmission Control Protocol |
8 | UPS | Uninterruptible Power Supply |
9 | SATA | Serial Advanced Technology Attachment |
10 | PSU | Power Supply Unit |
11 | SMPS | Switched-Mode Power Supply |
12 | CD | Compact Disc |
13 | DVD | Digital Versatile Disc |
14 | CRT | Cathode Ray Tube |
15 | DEC | Digital Equipment Corporation |
16 | SAP | System Application and Products |
17 | PNG | Portable Network Graphics |
18 | IP | Internet Protocol |
19 | GIS | Geographical Information system |
20 | DDS | Digital Data Storage |
21 | CAD | Computer Aided Design |
22 | ACPI | Advanced Configuration and Power Interface |
23 | AGP | Accelerated Graphics Port |
24 | APM | Advanced Power Management |
25 | APIPA | Automatic Private Internet Protocol Addressing |
26 | HTTP | Hyper Text Transfer Protocol |
27 | HTTPS | Hyper Text Transfer Protocol Secure |
28 | GPU | Graphics Processing Unit |
29 | GDI | Graphics Device Interface |
30 | ICP | Internet Cache Protocol |
31 | GIGO | Garbage In Garbage Out |
32 | GMAIL | Graphical Mail |
33 | CAN | Campus Area Network |
34 | CAL | Computer Aided Leering |
35 | GPL | General Public License |
36 | GCR | Group Code Recording |
37 | MSN | Microsoft Networks |
38 | BCC | Blind Carbon Copy |
39 | VDI | Virtual Desktop Infrastructure |
40 | MPEG | Moving Picture Experts Group |
41 | TPU | Tensor Processing Unit |
42 | PSD | Photoshop Document |
43 | DPI | Dots Per Inch |
44 | FYA | For Your Action |
45 | CRS | Computer Reservation System |
46 | BFD | Binary File Descriptor |
47 | ABR | Available Bit Rate |
48 | GBPS | Gigabits Per Second |
49 | PING | Packet InterNet Groper |
50 | CSMA | Carrier Sense Multiple Access |
51 | AD | Active Directory |
52 | ADC | Analog to Digital Converter |
53 | BGP | Border Gateway Protocol |
54 | CSI | Common System Interface |
55 | DHCP | Dynamic Host Configuration Protocol |
56 | OSI | Open Systems Interconnection |
57 | LAN | Local Area Network |
58 | WAN | Wide Area Network |
59 | MAN | Metropolitan Area Network |
60 | PAN | Personal Area Network |
61 | MAC | Media Access Control |
62 | OMR | Optical Mark Recognition |
63 | NIC | Network Interface Card |
64 | LDAP | Lightweight Directory Access Protocol |
65 | UART | Universal Asynchronous Receiver-Transmitter |
66 | DCE | Distributed Computing Environment |
67 | PFA | Please Find Attached |
68 | HCI | Human Computer Interaction |
69 | FHS | Filesystem Hierarchy Standard |
70 | FCS | Frame Check Sequence |
71 | DVE | Digital Video Effects |
72 | DLL | Data Link Layer |
73 | CSV | Comma Separated Values |
74 | CTCP | Client–to–Client Protocol |
75 | ABI | Application Binary Interface |
76 | MIS | Management Information System |
77 | BIOS | Basic Input Output System |
78 | SMTP | Simple Mail Transfer Protocol |
79 | LTE | Long Term Evolution |
80 | AHA | Accelerated Hub Architecture |
81 | ALU | Arithmetic Logical Unit |
82 | FPU | Floating Point Unit |
83 | FXP | File Exchange Protocol |
84 | HID | Human Interface Device |
85 | IOS | iPhone Operating System |
86 | PATA | Parallel Advanced Technology Attachment |
87 | DDR | Double Data Rate |
88 | DFS | Distributed File System |
89 | MIPS | Million Instructions Per Second |
90 | MMC | Microsoft Management Console |
91 | VGCT | Video Graphics Character Table |
92 | WBMP | Wireless BitMap Image |
93 | PCM | Pulse-Code Modulation |
94 | WMA | Windows Media Audio |
95 | RAS | Remote Access Service |
96 | HTM | Hierarchical Temporal Memory |
97 | SIS | Security and Intelligence Services |
98 | LBA | Logical Block Addressing |
99 | CIDR | Classless Inter-Domain Routing |
100 | MIMO | Multiple-Input Multiple Output |
101 | PLC | Programmable Logic Controller |
102 | SCSI | Small Computer System Interface |
103 | NVRAM | Non-Volatile Random-Access Memory |
104 | BLOB | Binary large Object |
105 | VPN | Virtual Private Network |
106 | SFF | Small Form Factor |
107 | CAI | Computer–Aided Instruction |
108 | EMP | Electro-Magnetic Pulse |
109 | EIDE | Enhanced Integrated Drive Electronics |
110 | AAC | Advanced Audio Codec |
111 | IIOP | Internet Inter-ORB Protocol |
112 | ASL | Age Sex Location |
113 | MBSA | Microsoft Baseline Security Analyzer |
114 | ZIP | Zig-zag In-line Package |
115 | HSPA | High Speed Packet Access |
116 | VFS | Virtual File System |
117 | SIMD | Single Instruction Multiple Data |
118 | IPC | Inter-Process Communication |
119 | DAC | Discretionary Access Control |
120 | DKIM | Domain Keys Identified Mail |
121 | WIFI | Wireless Fidelity |
122 | PTP | Picture Transfer Protocol |
123 | IGRP | Interior Gateway Routing Protocol |
124 | HIG | Human Interface Guidelines |
125 | UNIVAC | Universal Automatic Computer |
126 | CIFS | Common Internet File System |
127 | HAL | Hardware Abstraction Layer |
128 | IPV6 | Internet Protocol Version 6 |
129 | CNR | Communication Network Riser |
130 | EISA | Extended Industry Standard Architecture |
131 | RPM | Red-Hat Package Manager |
132 | DLT | Distributed Ledger Technology |
133 | ISH | Information Super Highway |
134 | BY | Bronto-bytes |
135 | DTS | Digital Theater System |
136 | MSB | Most Significant Bit |
137 | HVD | Holographic Versatile Disk |
138 | MOSFET | Metal-Oxide Semiconductor Field Effect Transistor |
139 | AMR | Adaptive Multi-Rate |
140 | CMD | Command |
141 | BCD | Binary Coded Decimal |
142 | DMA | Direct Memory Access |
143 | EB | Exa-bytes |
144 | AVI | Audio Video Interleave |
145 | WLAN | Wireless Local Area Network |
146 | CAM | Computer Aided Manufacturing |
147 | RIFF | Resource Interchange File Format |
148 | TFTP | Trivial File Transfer Protocol |
149 | WUSB | Wireless Universal Serial Bus |
150 | HHD | Hybrid Hard Drive |
151 | HSDPA | High Speed Downlink Packet Access |
152 | AST | Abstract Syntax Tree |
153 | MSD | Most significant Digit |
154 | IRQ | Interrupt Request |
155 | DVI | Digital Visual Interface |
156 | SPARC | Scalable Processor Architecture |
157 | URI | Uniform Resource Identifier |
158 | EPROM | Erasable Programmable Read Only Memory |
159 | SAN | Storage Area Network |
160 | EBCDIC | Extended Binary Coded Decimal Interchange Code |
161 | MVS | Multiple Vendor System |
162 | NAS | Network Attached Storage |
163 | BPS | Bits Per Second |
164 | LPX | Low Profile Extension |
165 | HCL | Hardware Compatibility List |
166 | RTS | Real Time Streaming |
167 | RAID | Redundant Array of Inexpensive Disks |
168 | MUI | Multilingual User Interface |
169 | MFD | Multi-Function Device |
170 | CISC | Complex Instruction Set Computer |
171 | MBR | Master Boot Record |
172 | BINAC | Binary Automatic Computer |
173 | SGRAM | Synchronous Graphics Random Access Memory |
174 | DLP | Digital Light Processing |
175 | UEFI | Unified Extensible Firmware Interface |
176 | LLC | Logical Link Control |
177 | DOC | Document (Microsoft Corporation) |
178 | ARPANET | Advanced Research Projects Agency Network |
179 | ACL | Access Control List |
180 | RAIT | Redundant Array of Inexpensive Tapes |
181 | MMX | Multi-Media Extensions |
182 | STP | Spanning Tree Protocol |
183 | MLI | Multiple Link Interface |
184 | RIP | Routing Information Protocol |
185 | AIFF | Audio Interchange File Format |
186 | RMA | Returned Materials Authorization |
187 | EGP | Exterior Gateway Protocol |
188 | XMF | Extensible Music File |
189 | MTBF | Mean Time Between Failure |
190 | MIME | Multipurpose Internet Mail Extensions |
191 | SRAM | Static Random-Access Memory |
192 | SDR | Software-Defined Radio |
193 | PAP | Password Authentication Protocol |
194 | VRAM | Video Random Access Memory |
195 | WAP | Wireless Application Protocol |
196 | TGT | Ticket Granting Ticket |
197 | GIF | Graphics Interchange Format |
198 | TPM | Trusted Platform Module |
199 | SPSS | Statistical Package for the Social Sciences |
200 | ULSI | Ultra Large-Scale Integration |
201 | EIGRP | Enhanced Interior Gateway Routing Protocol |
202 | CDN | Content Delivery Network |
203 | NMI | Non-Maskable Interrupt |
204 | PPI | Pixels Per Inch |
205 | RJ45 | Registered Jack 45 |
206 | SEC | Single Edge Connector |
207 | BER | Bit Error Rate |
208 | OOPS | Object-Oriented Programming System |
209 | ATA | Advanced Technology Attachment |
210 | RISC | Reduced Instruction Set Computer |
211 | NFS | Network File System |
212 | SFC | System File Checker |
213 | ICR | Intelligent Character Recognition |
214 | BTX | Balanced Technology Extended |
215 | DOS | Disk Operating System |
216 | CTS | Clear to Send |
217 | AMD | Advanced Micro Devices |
218 | DVD | Digital Video Disc |
219 | CD-R | Compact Disk – Recordable. |
220 | BAL | Basic Assembly Language |
221 | UTF | Unicode Transformation Format |
222 | MIDI | Musical Instrument Digital Interface |
223 | BAT | Microsoft Batch Processing |
224 | VT | Video Terminal |
225 | HP | Hewlett Packard |
226 | URN | Uniform Resource Name |
227 | D2D | Device to Device |
228 | DSHD | Double Sided High Density |
229 | FDC | Floppy Disk Controller |
230 | SDN | Service Delivery Network |
231 | SBU | Standard Build Unit |
232 | MPL | Mozilla Public License |
233 | ENIAC | Electronic Numerical Integrator and Computer |
234 | CAQA | Computer–Aided Quality Assurance |
235 | ASF | Advanced Systems Format |
236 | VM | Virtual Machine |
237 | Mac | Macintosh |
238 | OS | Operating System |
239 | MNG | Multiple-image Network Graphics |
240 | CD-ROM | Compact Disk-Read Only Memory |
241 | MSB | Most Significant Byte |
242 | TCP/IP | Transmission Control Protocol/Internet Protocol |
243 | DMI | Desktop Management Interface |
244 | NTP | Network Time Protocol |
245 | PINE | Program for Internet News and Email |
246 | SSL | Secure Sockets Layer |
247 | BCR | Bar Code Reader |
248 | SPI | Serial Peripheral Interface |
249 | KBPS | Kilobits Per Second |
250 | TSI | Time Slot Interchange |
251 | ABC | Atanasoff-Berry Computer |
252 | YB | Yotta Byte |
253 | ZB | Zetta-bytes |
254 | WDDM | Windows Display Driver Model |
255 | ZIF | Zero-Insertion-Force |
256 | RDBMS | Relation Database Management System |
257 | MSI | Microsoft Installer |
258 | ISP | Internet Service Provider |
259 | WAV | Waveform Audio |
260 | TPS | Transaction Per Second |
261 | ISV | Independent Software Vendor |
262 | SXGA | Super Extended Graphics Array |
263 | GP | Graphics port |
264 | BGA | Ball Grid Array |
265 | SIS | Safety Instrumented System |
266 | CGI | Common Gateway Interface |
267 | Portable Document Format | |
268 | MMU | Memory Management Unit |
269 | PIC | Peripheral Interface Controller |
270 | NIU | Network Interface Unit |
271 | TPS | Transaction Processing System |
272 | VLSI | Very Large-Scale Integration |
273 | ESD | Electro Static Discharge |
274 | MAPI | Messaging Application Program Interface |
275 | KB | Kilo-bytes |
276 | DSL | Domain–Specific Language |
277 | PB | Peta-bytes |
278 | NAP | Network Access Point |
279 | MS-DOS | Microsoft Disk Operating System |
280 | WMV | Windows Media Video |
281 | MFA | Multi-Factor Authentication |
282 | GUI | Graphical User Interface |
283 | RIS | Remote Installation Service |
284 | ASCII | American Standard Code for Information Interchange |
285 | ELF | Executable and Linkable Format |
286 | WWAN | Wireless Wide Area Network |
287 | DFD | Data Flow Diagram |
288 | IRC | Internet Relay Chat |
289 | PC | Personal Computer |
290 | SDL | Software and Documentation Localization |
291 | WINS | Windows Internet Name Service |
292 | NOS | Network Operating System |
293 | UNICS | UNiplexed Information Computing System |
294 | DVR | Digital Video Recorder |
295 | XMS | Extended Memory Specification |
296 | LSI | Large-Scale Integration |
297 | STP | Shielded Twisted Pair |
298 | PCB | Process Control Block |
299 | AGA | Advanced Graphics Architecture |
300 | HSUPA | High-Speed Uplink Packet Access |
301 | ICS | Internet Connection Sharing |
302 | SOA | Service Oriented Architecture |
303 | WWW | World Wide Web |
304 | DLL | Dynamic Link Library |
305 | DAP | Direct Access Protocol |
306 | WMF | Windows Metafile |
307 | EVDO | Evolution Data Optimized Or Evolution Data Only |
308 | FAT | File Allocation Table |
309 | DTE | Data Terminal Equipment |
310 | PAL | Phase Alternation Line |
311 | VGA | Video Graphics Array |
312 | HSSI | High-Speed Serial Interface |
313 | SIMM | Single In-Line Memory Module |
314 | IPX | Internetwork Packet Exchange |
315 | BWF | Broadcast Wave Format |
316 | CRIMM | Continuity-Rambus Inline Memory Module |
317 | OOP | Object Oriented programming |
318 | RTOS | Real Time Operating System |
319 | DBSN | Database Source Name |
320 | IHV | Independent Hardware Vendor |
321 | ISR | Interrupt Service Routine |
322 | SOAP | Simple Object Access Protocol |
323 | FTP | File Transfer Protocol |
324 | DRAM | Dynamic Random-Access Memory |
325 | BSOD | Blue Screen of Death |
326 | HTX | Hyper Transport Expansion |
327 | LSTM | Long Short-Term Memory |
328 | DIVX | DIgital Video Express |
329 | UAC | User Account Control |
330 | CASE | Computer-Aided Software Engineering |
331 | HDMI | High Definition Multimedia Interface |
332 | VDC | Video Display Controller |
333 | AVC | Advanced Video Coding |
334 | CGA | Color Graphics Array |
335 | DPMS | Display Power Management Signaling |
336 | DBA | DataBase Administrator |
337 | P2P | Peer-To-Peer |
338 | MSI | Medium Scale Integration |
339 | EPP | Enhanced Parallel Port |
340 | EFS | Encrypting File System |
341 | MHz | Megahertz |
342 | WPAN | Wireless Personal Area Network |
343 | CAN | Controller Area Network |
344 | VDU | Video Display Unit |
345 | JPG | Joint Photographic Expert Group |
346 | MB | Mega-bytes |
347 | ENI | Elastic Network Interface |
348 | VPU | Visual Processing Unit |
349 | MTP | Media Transfer Protocol |
350 | MDI | Multiple Document Interface |
351 | TDR | Time Domain Reflectometer |
352 | WUXGA | Wide Ultra Extended Graphics Array |
353 | NAP | Network Access Protection |
354 | DWM | Desktop Window Manager |
355 | ERP | Enterprise Resource Planning |
356 | PPT | PowerPoint Presentation |
357 | LSB | Least Significant Byte |
358 | CCD | Charged Coupled Device |
359 | VCR | Video Cassette Recorder |
360 | EEPROM | Electrically Erasable Programmable Read-Only Memory |
361 | CRC | Cyclic Redundancy Check |
362 | XGA | Extended Graphics Array |
363 | LSB | Least Significant Bit |
364 | ZISC | Zero Instruction Set Computer |
365 | ISA | Instruction Set Architecture |
366 | HPC | High-Performance Computing |
367 | MSDN | Microsoft Developer Network |
368 | BPI | Bytes Per Inch |
369 | SVGA | Super Video Graphics Array |
370 | RDF | Resource Description Framework |
371 | MFP | Multi-Function Product |
372 | FCPGA | Flip Chip Pin Grid Array |
373 | ASR | Automated System Recovery |
374 | VAN | Value-Added Network |
375 | PIO | Programmed Input/Output |
376 | RGB | Red, Green, Blue |
377 | FDMA | Frequency-Division Multiple Access |
378 | SWF | Shock Wave Flash |
379 | EOF | End of File |
380 | POP | Post Office Protocol |
381 | CBEMA | Computer Business Equipment Manufacturers Association |
382 | GB | Giga-bytes |
383 | EDP | Electronic Data Processing |
384 | DIMM | Dual In-Line Memory Module |
385 | VM | Virtual Memory |
386 | SHDSL | Single-pair High-speed Digital Subscriber Line |
387 | WEP | Wired Equivalent Privacy |
388 | MBCS | Multi Byte Character Set |
389 | IPV4 | Internet Protocol Version 4 |
390 | MCR | Multivariant Curve Resolution |
391 | MTA | Mail Transfer Agent |
392 | BOSS | Bharat Operating System Solutions |
393 | ISC | Internet Storm Center |
394 | POST | Power on self-test |
395 | DTR | Data Terminal Ready |
396 | SMBIOS | System Management BIOS |
397 | HPFS | High Performance File System |
398 | SNMP | Simple Network Management Protocol |
399 | IIS | Internet Information Services |
400 | VPG | Virtual Private Gateway |
401 | CUA | Common User Access |
402 | NID | Network Interface Device |
403 | HDD | Hard Disk Drive |
404 | IMAP | Internet Message Access Protocol |
405 | VLC | Video LAN Client |
406 | ERD | Emergency Repair Disk |
407 | WPA | Wireless Protected Access |
408 | IOS | Internetwork Operating System |
409 | PKI | Public key Infrastructure |
410 | UDP | User Datagram Protocol |
411 | ISA | Industry Standard Architecture |
412 | TPDU | Transaction Protocol Data Unit |
413 | M3G | Mobile 3D Graphics |
414 | DTP | Desktop Publishing |
415 | PCI | Peripheral Component Interconnect |
416 | CAE | Computer–Aided Engineering |
417 | NTFS | New Technology File System |
418 | FDD | Floppy Disk Drive |
419 | IPP | Internet Printing Protocol |
420 | VLAN | Virtual Local Area Network |
421 | VXLAN | Virtual Extensible Local Area Network |
422 | CTL | Computation Tree Logic |
423 | DAT | Digital Audio Tape |
424 | BiDi | Bi–Directional |
425 | SVG | Scalable Vector Graphics |
426 | ECP | Extended Capabilities Port |
427 | TB | Tera-bytes |
428 | CMOS | Complementary Metal–Oxide–Semiconductor |
429 | OCR | Optical Character Reader |
430 | JPEG | Joint Photographic Experts Group |
431 | SONET | Synchronous Optical Networking |
432 | CCS | Common Command Set |
433 | CUPS | Common Unix Printing System |
434 | ENIAC | Electronic Numerical Integrator and Compute |
435 | IVR | Interactive Voice Response |
436 | HTPC | Home Theatre Personal Computer |
437 | HD | High Definition |
438 | EVC | Ethernet Virtual Circuit |
439 | NMS | Network Management System |
440 | UTP | Unshielded Twisted Pair-Cable |
441 | FDDI | Fiber Distributed Data Interface |
442 | HAN | Home Area Network |
443 | XMPP | Extensible Messaging and Presence Protocol |
444 | ISCSI | Internet Small Computer Storage Interface |
445 | PDP | Plasma Display Panel |
446 | VOIP | Voice Over Internet Protocol |
How Many Parts of Computer?
There are many parts of a computer system is given below.
What are Main Parts of Computer?
There are four main parts of computer system, which are given below.
- Desktop
- CPU
- Keyboard
- Mouse
Desktop — Desktop is a output device. Large-size glass screens are called desktops. The desktop always sits on a wooden desk.
CPU — CPU operates the entire computer system and it is also called the brain of the computer.
Keyboard — The keyboard is an input device in the computer. Which helps the user to input data from the keyboard.
Mouse — The mouse is a pointing device and also an input device. The mouse saves a lot of time of the user.
Basic Components of Computer
There are five basic components of computer System, which are given below.
- Input Unit
- Output Unit
- Memory Unit
- Control Unit
- Arithmetical Logical Unit
Advantages of Computer
The computer is capable of doing a variety of tasks at a very fast speed. Today, you can work and also study from home through the computer.
Through the computer, you can talk to online video calls and can also use many types of social media like a — Facebook, YouTube, Instagram and etc.
Today, in the situation like covid 19, in the field of medicine, treatment is being done using computers.
Disadvantages of Computer
A computer is dependent on the user. A computer consists of an empty box without user. There is a risk of a cyber attack on private data of the computer.
Regular use of computer can also make you sick. Using the computer continuously for long hours can also damage your eye.
Types of Computer
There are three different types of computer.
- Analog Computer
- Digital Computer
- Hybrid Computer
Classification of Computer
The computer is divided into four parts based on its working and size.
- Micro Computer
- Mini Computer
- Mainframe computer
- Super Computer
Generations of Computer
The process of change in the computer from time to time is known as Generations of Computer.
- First Generation of computer
- Second Generation of computer
- Third Generation of computer
- Fourth Generation of computer
- Fifth Generation of computer
Characteristics of Computer
The main characteristics of computer are the following below.
- Speed
- Accuracy
- Diligence
- Reliability
- Versatility
- Storage Capacity
- Automatic
- Quick Decision
- Multitasking
- No Feeling
- Power of Remembering
- No IQ
Limitations of Computer
The work or instruction that a computer is not capable of doing is called Limitations of Computer.
There are some limitations of computer is given below.
- Lack of common-sense
- Zero IQ
- No Feeling
- Computers can’t Decide
- Computers can’t Express their Ideas
- Computers can’t Implement
- Computers can’t Think
Some Famous Computer Brands
There are various computer brands, which names are given below.
- HP
- Lenovo
- MI
- Acer
- DELL
- MacBook by apple
- HCL
Awesome Facts about Computer
- Today 90% of the world’s currency is on the computer i.e. 90% of the world’s currency is in digital form.
- Do you know that the world’s first computer was 18 square feet big and weighed 27 tons.
- The world’s first electronic computer was the ENIAC.
- More than 5000 new computer viruses are released every month in the world.
- The world’s first 1GB hard disk drive was announced in 1980.
Computer Hardware Related Full Forms
There are various computer hardware related full forms, which are given below.
- CPU — Central Processing Unit
- ROM- Read-only Memory
- RAM — Random Access Memory
- Prom- Programmable Read-Only Memory
- FDD- Floppy Disk Drive
- HDD- Hard Disk Drive
- CD- Compact Disk
- DVD- Digital Video Disk
- BIOS- Basic Input Output System
- SMPS- Switch Mode Power Supply
- VDU- Visual Display Unit
- LED- Light Emitting Diode
- LCD — Liquid Crystal Display
- USB — Universal Serial Bus
- HDMI — High Definition Multimedia Interface
- SSD- Solid State Drive
- VGA- Video Graphics Array
- UPS- Uninterrupted Power Supply
- NTFS- New Technology File System
- MMC- Multi-Media Card
Computer Software Related Full Forms
There are various computer software related full forms, which are given below.
- OS- Operating System
- VIRUS – Vital Information Resources Under Seize
- DVI- Digital Visual Interface
Computer Storage Related Full Forms
There are various computer storage related full forms, which are given below.
- KB — Kilobyte
- MB- Megabyte
- GB- Gigabyte
- TB- Terabyte
- PB- Petabyte
- EB- Exabyte
- ZB- Zetabyte
Computer Networking Related Full Forms
There are various computer networking related full forms, which are given below.
- WIFI- Wireless Fidelity
- WAN- Wide Area Network
- WLAN- Wireless Local Area Network
- DNS- Domain Name System
- HTML- Hyper Text Markup language
- IP- Internet Protocol
- ISP- Internet Service Provider
- VPS- Virtual Private Server
- URL- Uniform Resource Locator
- GSM- Global System for Mobile Communication
- CDMA — Code Division Multiple Access
- SIM- Subscriber Identity Module
- WWW- World Wide Web
- GPRS- General Packet Radio Service
FAQ Related to Computer Full Form
What is the full form of 2-d in computer science?
The Full Form of 2-d in computer science is Two-Dimensional.
U D computer course full form.
U D means Undergraduate Diploma course in computer. Some Popular Diploma course is given below.
- DCA
- ADCA
- CCC
What is the full form of MS excellence in computer?
MS Excellence means MS Excel in computer. The full form of MS Excel is Micro Soft Excel.
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Full Form of “COMPUTER”
What
is the full form of COMPUTER ?Is
this question comes to your mind,Don’t
worry I will clear this question with best answer.
Most of the time we hear that COMPUTER stands for “Common
Operating Machine Purposely Used for Technological and Educational Research”.
But according to me its not true because first this definition
does not make any sense and second when the computer were invented they worked
as a calculating machine.
So knowing this we easily
understand that the COMPUTER is not an acronym, it is a word derived from word
“COMPUTE”, which means to CALCULATE and the word Compute is derived from the Latin word ‘Computare’, which means «arithmetic, accounting«. . So we can say that COMPUTER is an electronic
device which is invented for fast calculation.
But today COMPUTER is not
only a calculating device but its became a multitasking device.COMPUTER has become an very advance device.
So today the
definition of COMPUTER is different from its previous definition.
its definition
is,
A computer is an electronic device which is used to perform
arithmetic and logical operations automatically. A computer consists of a
central processing unit and some form of memory.
Components of Computer
There are two most
important components of Computer is
·
Hardware — The
actual machinery (wires, transistors, and circuits) is called hardware.
·
Software – The
instructions and data are called software.
All general-purpose
computer requires the following hardware components –
CPU (Central processing unit) – CPU is called the heart of the computer.This is
the component that actually executes instructions organized in programs
(«software») which tell the computer what to do.
Memory (fast, expensive, short-term memory) — It enables a computer to store, at least
temporarily, data,programs, and intermediate results. Ex. – RAM (Random Access Memory).
Mass storage device (slower, cheaper, long-term
memory) — It allows a computer to permanently
retain large amount of data and programs. Common mass storage devices include
disk drives and tape drives.
Input device — Input device is the conduit through which data and
instructions enter a computer. Ex. – Keyboard, Mouse etc.
Output device – Output device that lets you see what the computer has
accomplished. Ex. – Monitor, Printer etc.
Types of Computer
Computer is classified in
many types.
There are few types I have
mentioned.
Microcomputers (personal computers) — Microcomputers are the most common kind of
computers in use. The term “microcomputer” was introduced with the advent of
systems based on single chip
microprocessors. The best-known
early system was the Altair 8800, introduced in 1975. The term “microcomputer”
has practically become an anachronism.
Microcomputers include –
Desktop computers – A case and a display, put under and on a desk.
In-car computers (carputers) – Built into a car, for entertainment,
navigation, etc.
Game consoles – Fixed computers specialized for entertainment purposes
(video games).
Smaller microcomputers are
also called mobile devices:
Laptops and notebook computers – Portable and all in one case.
Tablet computer – Like laptops, but with a touchscreen, entirely replacing
the physical keyboard.
Smartphones, smartbooks, PDAs and palmtop computers – Small hand held computers with limited
hardware.
Programmable calculator– Like small hand helds, but specialized on
mathematical work.
Handheld game consoles – The same as game consoles, but small and
portable.
Minicomputers (midrange computers) – Minicomputers are a class of multi-user computers
that lie in the middle range of the computing spectrum, in between the smallest
mainframe computers and the largest single-user systems (microcomputers or
personal computers).
The term superminicomputer
or supermini was used to distinguish more powerful minicomputers that
approached mainframes in capability.
Superminis were usually
32-bit at a time when most minicomputers were 16-bit.
The contemporary term for
minicomputer is midrange computer, such as the higher-end SPARC, POWER and Itanium-based
systems from Oracle Corporation, IBM and Hewlett-Packard.
Mainframe computers — The term mainframe computer was created to
distinguish the traditional, large, institutional computer intended to service
multiple users from the smaller, single user machines. These computers are
capable of handling and processing very large amounts of data quickly. Mainframe
computers are used in large institutions such as government, banks and large corporations.
They are measured in MIPS (million instructions per second) and respond to up
to 100s of millions of users at a time.
Supercomputers — A Supercomputer is focused on performing tasks
involving intense numerical calculations such as weather forecasting, fluid
dynamics, nuclear simulations, theoretical astrophysics, and complex scientific
computations. A supercomputer is a computer that is at the front-line of
current processing capacity, particularly speed of calculation. The term
supercomputer itself is rather fluid, and the speed of today’s supercomputers
tends to become typical of tomorrow’s ordinary computer. Supercomputer processing
speeds are measured in floating point operations per second, or FLOPS.
An example of a floating point
operation is the calculation of mathematical equations in real numbers. In
terms of computational capability, memory size and speed, I/O technology, and
topological issues such as bandwidth and latency, supercomputers are the most
powerful, are very expensive, and not cost-effective just to perform batch or
transaction processing. Transaction processing is handled by less powerful
computers such as server computers or mainframes.
In this post I tried to
give some information about COMPUTER, I hope you like this post.
Thank You.
About the author
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full form of computer word
Full Form Computer Related(Computer Knowledge)
What is full form Computer ?
Ans:- Common Operating Machine Purposely Used for Technological and Educational Research.
What is full form CPU ?
Ans:- Central Processing Unit.
What is full form URL ?
Ans:- Uniform Resource Locator.
What is full form ROM ?
Ans:- Read Only Memory.
What is full form RAM ?
Ans:- Random Access Memory.
What is full form DOS ?
Ans:- Disk Operating System.
What is full form VDU ?
Ans:- Visual Display Unit.
What is full form OS ?
Ans:- Operating System.
What is full form HDD ?
Ans:- Hard Disk Drive.
What is full form SSD ?
Ans:- Solid State Drive.
What is full form USB ?
Ans:- Universal Serial Bus.
What is full form Esc ?
Ans:- Escape.
What is full form Ctrl ?
Ans:- Control.
What is full form Alt ?
Ans:- Alter.
What is full form UPS ?
Ans:- Uninterruptible Power Supply (source).
What is full form HTTP ?
Ans:- Hyper Text Transfer Protocol.
What is full form HTTPS ?
Ans:- Hyper Text Transfer Protocol Secure.
What is full form XML ?
Ans:- Extensible Markup Language.
What is full form SGML ?
Ans:- Standard Generalized Markup Language.
What is full form SQL ?
Ans:- Structured Query Language.
What is full form IP ?
Ans:- Internet Protocol.
What is full form LAN ?
Ans:- Local Area Network.
What is full form WWW ?
Ans:- World Wide web.
What is full form WAN ?
Ans:- Wide Area Network.
What is full form IPV6 ?
Ans:- Internet Protocol Version 6.
What is full form WAV ?
Ans:- Waveform Audio File Format.
What is full form AVI ?
Ans:- Audio Video Interleaved.
What is full form DVD ?
Ans:- Digital Video Disk.
What is full form CD ?
Ans:- Compact Disk.
What is full form KB ?
Ans:- Kilobyte.
What is full form MB ?
Ans:- Megabyte.
What is full form GB ?
Ans:- Gigabyte.
What is full form TB ?
Ans:- Terabyte.
What is full form PB ?
Ans:- Petabyte.
What is full form MOUSE ?
Ans:- Manually Operated User Selection Equipment.
What is full form MONITOR ?
Ans:- Mass On Newton Is Train On Rat.
What is full form VGA ?
Ans:- Video Graphics Array.
What is full form ALU ?
Ans:- Arithmetic Logic Unit.
What is full form ADSL ?
Ans:- Asymmetric Digital Subscriber Line.
What is full form COM ?
Ans:- Computer Output Microfilm.
What is full form BIOS ?
Ans:- Basic Input Output System.
What is full form PNG ?
Ans:- Portable Network Graphics.
What is full form GIF ?
Ans:- Graphics Interchange Format.
What is full form WMV ?
Ans:- Windows Media Video.
What is full form JPG ?
Ans:- Joint Photographic Experts Group.
What is full form ZIP ?
Ans:- Zone Improvement Plan.
What is full form RTF ?
Ans:- Rich Text Format.
What is full form OSI ?
Ans:- Open Systems Interconnetion.
What is full form ISO ?
Ans:- International Organization for Standardization.
What is full form DPI ?
Ans:- Dots Per Inch.
What is full form RPG ?
Ans:- Report Programmer Generator.
What is full form MODEM ?
Ans:- Modulator-Demodulator.
What is full form AMD ?
Ans:- Advanced Micro Devices.
What is full form AMR ?
Ans:- Audio Modem Riser.
What is full form AAC ?
Ans:- Advanced Audio Coding.
What is full form AD ?
Ans:- Active Directory.
What is full form AJAX ?
Ans:- Asynchronous JavaScript and XML.
What is full form BAL ?
Ans:- Basic Assembly Language.
What is full form BIN ?
Ans:- Binary.
What is full form BCD ?
Ans:- Binary Coded Decimal.
What is full form BT ?
Ans:- Bit Torrent / Bluetooth.
What is full form BIT ?
Ans:- A Binary Digit.
What is full form BLOG ?
Ans:- Web Log.
What is full form CD-RW ?
Ans:- Compact Disk-Rewritable.
What is full form CD-R ?
Ans:- Compact Disk-Recordable.
What is full form CG ?
Ans:- Computer Graphics.
What is full form CGA ?
Ans:- Color Graphics Array.
What is full form DB ?
Ans:- DataBase.
What is full form DDR ?
Ans:- Double Data Rate.
What is full form EXE ?
Ans:- Executable.
What is full form FAQ ?
Ans:- Frequently Asked Questions.
What is full form 2G ?
Ans:- Second Generation Cellular Network.
What is full form 3G ?
Ans:- Third Generation.
What is full form 4G ?
Ans:- Fourth Generation.
What is full form 5G ?
Ans:- Fifth Generation.
What is full form 6G ?
Ans:- Sixth Generation.
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- Discuss
- English
- Grammar
- Word
- Abbreviation
Asked by I. Klose, Last updated: Mar 22, 2023
+ Answer
Anthony Paul Bonadio
Its kind of my job to give answers
The word COMPUTER does not have any other full form. It is as complete as it is unless you want to create a set of words using the same letters that are in the word ‘Computer’. Computer is not an acronym for anything. Computer is an electronic machine which is used to process, store and retrieve information by using a set of programming languages.
The importance of computer to this generation can not be underestimated. Computer is so important because it reduces human efforts in doing some things. Computer is known for it’s smartness, high memory capacity, capacity to perform different operations at a time. A computer system is made up of both the software and the hardware.
The two parts of a computer are really important, they work together in getting the desired results. Computer can also be classified in terms of it’s size and the type of operation it can be used for.
M. Krasinski
M. Krasinski, Content Writer, Columbus
Answered May 07, 2019
The computer is already a full word. In fact, this refers to a type of machine that was created decades ago. People may think that the computer is a desktop computer. The one that can be seen in offices and homes and are normally being used by different people. There are mini computers that are placed in the various devices that we use.
These computers will make sure that the devices will work properly. It is obvious from the name of the computer that its main function before was to compute hard equations. Over the years, it was improved in order to do a lot of other tasks. This is the reason why a lot of people cannot live without computer-powered items anymore.
Bobby Rickets
Computer does not have a full form officially as it is a word derived from the verb To Compute which means to calculate. However, if you want one created you could perhaps use Common Operating Machine Particularly Used for Trade, Education, and Research which is someone else’s brainchild, not mine.
Learn about the history and evolution of computers, as well as the full form of the word “computer.” Explore the types and capabilities of computers available today.
Introduction:
Computers are an integral part of modern technology, and it is hard to imagine life without them.
Computers have become an integral part of our daily lives, from personal devices such as laptops and smartphones to more powerful machines used in business and industry.
But what does it mean when we talk about “computers”? What are the origins of these highly sophisticated machines?
The purpose of this article is to explore the history and evolution of computers, beginning with an understanding of the full meaning of the word “computer.” We will also discuss the different types of computers that exist today.
What is the Full Form of the Word “Computer”?
“Computing machine” is the full form of the word “computer,” which means “to calculate.” As previously mentioned, the computer is not an acronym.
Some peoples say that Computer Stands For “A common operating system that is used for technical, educational, and research purposes”
The full form of the computer has been given by many people to demonstrate their creativity. Listed below are the full forms of computers.
- An operating system commonly used for scientific and educational research
- A machine that is commonly used for training, education, and research purposes
- An operating system that is commonly used in trade, education, and research
- Under technical engineering research, common operations are made possible
- An operating machine that is commonly used in technical and educational research
- Specifically designed for use in trade education and research, this machine is commonly oriented
- A common operating system that is used primarily for training, education, and reporting purposes
- Technology Education and Research Using Computing-Oriented Manipulation Programming
- A machine that is commonly oriented toward trade education and research
- The Common Oriented Machine is exclusively used for research and education in the technical and educational fields
- In technical education and research, this type of machine is commonly used
- Ability to make simple tasks extremely rigorous, even when they are perfectly simple
- Efforts to reduce manpower are being made to streamline a complex office machine
- Computers used primarily for trade education and research
- This is a common operating system that is used primarily for technical and research purposes
A Brief History of Computers:
Computing machines have been around for centuries. Babbage designed the first true computer in the early 1800s, which was known as the “Analytical Engine.” This machine was never built.
During the mid-20th century, the first computers were developed. They were huge machines that took up entire rooms.
Various applications were carried out on these early computers, including scientific research, military applications, and data processing for businesses.
Throughout history, computers have become smaller and more powerful, making them increasingly accessible to individuals and businesses alike.
PCs were developed in the 1970s and 1980s, revolutionizing the way we use computers, and making them indispensable tools for both work and leisure.
Types of Computers:
A computer can be classified into several types, each with its specific characteristics and capabilities. Several types of computers are commonly used:
1.Personal Computers:
The term “personal computer” refers to a computer designed primarily for the use of an individual.
The size of these devices is generally smaller and they can perform a wide range of tasks, including word processing, browsing the internet, and playing games.
A personal computer can be divided into two main types: a desktop computer and a laptop computer.
While desktop computers are larger and more powerful, laptop computers are portable and convenient to use when traveling.
2.Mainframe Computers:
The mainframe computer is larger and more powerful than the personal computer. A large organization, such as a government agency or a corporation, commonly uses them to process data and perform other tasks requiring a great deal of computing power.
Multiple users can access a mainframe computer simultaneously and large amounts of data can be processed and stored.
3.Supercomputers:
There are several types of supercomputers, but supercomputers are the most powerful.
These computers are used to perform tasks that require a great deal of computing power, such as weather forecasting, scientific research, and simulations.
Large corporations, government agencies, and research institutions generally use supercomputers.
4.Embedded Computers:
An embedded computer consists of a small, specialized computer that is embedded into another device.
Embedded systems are often used to monitor and control the functions of the device they are embedded in.
Examples:
Automobiles, appliances, and industrial equipment are examples of devices that may contain embedded computers.
5.Entertainment and Gaming:
It is also common for computers to be used for entertainment purposes, including gaming. Various types of computer games are available, from simple puzzle games to complex role-playing games.
The computer is also used to access streaming services, such as Netflix and Hulu, as well as to listen to music and view movies.
6.The Future of Computers:
With the advancement of technology, computers will likely continue to become more powerful and capable in the future.
Several experts believe that in the future, computers will be able to understand and respond to human emotions, as well as perform tasks that are currently considered impossible.
FAQ’s
-
How does a computer work?
It uses electronic circuits to process and store data. It receives input from the user via a keyboard or mouse, processes the data with the help of a microprocessor, and displays the results on a monitor or screen.
-
What are the main components of a computer?
A computer is composed of several main components, including the central processing unit (CPU), memory (RAM), storage (hard drive or solid-state drive), and input/output devices (keyboard, mouse, monitor, etc.).
-
What are some common uses for computers?
There are numerous uses for computers, including word processing, data analysis, internet browsing, gaming, and many others. They are also found in a variety of industries, including healthcare, finance, education, and government.
Conclusion:
It has been a long journey since the first computing machines were developed in the mid-20th century.
Computers are an integral part of a wide range of industries and fields today, and they continue to improve and evolve.
Computers are integral parts of our daily lives, whether they are used for work, play, or anything in between.