what is the meaning of EDP in computer field ?
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electronic data processing - can refer to the use of automated methods to process commercial data. Typically, this uses relatively simple, repetitive activities to process large volumes of similar information. For example: stock updates applied to an inventory, banking transactions applied to account and customer master files, booking and ticketing transactions to an airline's reservation system, billing for utility services.
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I'm assuming you mean in the context of digital hardware.\n\nYou should browse the electrical engineering/computer engineering programs at various university pages. Some have their lectures posted online, such as this one:\n\nhttp://wearcam.org/ece385/lectureflipflops/flipflops/\n\nMIT also has open courseware (highly recommended).\n\nhttp://ocw.mit.edu/OcwWeb/Electrical-Engineering-and-Computer-Science/index.htm
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ERP-Enteprise Resource Planning is a process of managing an organizations  resources in order to meet its requirement,it can be in terms of man -power,capital,machinery...etc\n IN  OTHER WORDS AN ERP IS An information system that integrates all manufacturing and related applications for an entire enterprise\n Infornation System's ,designed to aid in Enterprise Resource planning are \nMIS-Management Information Systems(In business, information systems support business processes and operations, decision-making, and competitive strategies).\nExpertSystems-with some AI(Artificial Intelligence) and decision making capabilities also aid in effective ERP!
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e stands for the electronic
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software\nwritten programs or procedures or rules and associated documentation pertaining to the operation of a computer system and that are stored in read/write memory\n\nTechnology\nThe discipline dealing with the art or science of applying scientific knowledge to practical problems\n\nInformation Technology\nTechnology that enables collection, processing and presentation of information in various ways \n\nSoftware is a tool that is used in information technology...\n\nSo if you are taking up information technology it involves learning computer programming...\n\nComputer Programming needs you to have logical thought...\n\nCompared to mathematics and other sciences (physics and chemistry) it is very easy.  It is 10% difficult compared to those subjects...\n\nTherefore, don't get worried about the mental stress and go along with it because it is the happening field and it affects every other field...\n\nThe only thing you need to be conscious of is .... take interest in and not interest in just getting a certificate...\n\nhttp://www.futureaccountant.com/\n\nhttp://www.schoolingkids.com/
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i am still computer engineering student just for you to know if ever my answer is not as accurate as you expected.i have just finished lately my software engineering subject and i think i can still remember it.\nAnswer: There is that so-called IEEE standard 730 that sets its software quality assurance. The IEEE standard 730 have some specifications or criteria to determine a software's quality.This quality assurance is actually plans to attain specific goal for a software.This plans are purpose,documentation,code control,training, supplier control,test, review and audits,media control,management,risk management..etc.I think there are 15 software quality assurance plans and im sorry i cannot recall the remaining ones.Of course each plan have its objectives,just like the purpose for example-"the product is intended for what". i assume i answered the technique you are pertaining to.That's all i know.Im happy to answer this  question.:)For further information you can read the software engineering by Hans Van Vliet
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Okay.  I'm Electrical and Computer Engineer, so I will admit to some bias.  However, it seems to me that you cannot be a competent Biomedical Engineer without some EE/CE knowledge.  \n\nMux -- a very common and basic electrionic component that selects from two or more inputs.  It seems to me that you would have many applications in patient monitoring, drug delivery, imaging, and prosthetic applications.  \n\nShift register -- a common implementation in digital signal processing applications.  For example, if you have a patient monitor that is supposed to alarm under certain conditions, the likely implementation of the signal processor would be using shift registers.\n\nMicroprocessors -- these are used as controllers in lab equipment, patient monitors, imaging systems, and, increasingly, in smart devices implanted in patients.\n\nFor biomedical engineering, you will need to understand signal processing, sampling, and control systems.  It seems that the subjects you are studying are directly related to these topics.\n\nHope this helps!
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Computer networking is the scientific and engineering discipline concerned with communication between computer systems. Such networks involve at least two computers separated by a few inches (e.g. via Bluetooth) or thousands of miles (e.g. via the Internet). Computer networking is sometimes considered a sub-discipline of telecommunications.
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In a multi programming environment a processor may handle no. of programs at a time. Each program may have more than one modules running simultaniosly (for eg. u are opening two files in different windows of a notepad) then there will have two process for notepad.exe. Processor handles all the processes in a system in time sharing basis. Process is a program module submitted to the processor for execution.\n\nStepping is the revision/version number of a processor. (for eg. intel p4 2Ghz processor will have many versions/revisions)
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when you talking about to compute something then it means you are going to involve in processes of calculations, which is the integral part of computer, because computer does not understand any thing but 0 or 1 and calculate or process each and every thing by these numbers which is called binary... so if anyone like to understand computer concept completely it will be help full if understand mathmatics first...
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text book definition of engineering is: application of science to the design, building, and use of machines. For example, electrical engineering deals with electrical machines, and computer engineering deals with computing machines. In the beginning of engineering programs, there is considerable overlap between various branches of engineering. Then you begin to focus in more and deeper into a particular area. One thing to remember about all branches of engineering: you will take many math classes, and you will learn new mathematical techniques in your engineering classes. If you like math, engineering is a good choice.\n\nThe programs for the study of computers basically come in two flavors: computer engineering and computer science. The two fields have considerable overlap but the basic difference is that computer engineering has a greater focus on the computer hardware and computer science has a greater focus on computer software. Either way, you would work a lot with computers.\n\nComputer hardware is the physical computers and computing machines. Thus, computer engineering deals with the fundamentals of computer design. You would study the design, construction, and testing of both basic and sophisticated computing machines. You would also learn computer communications and networking, including the Internet. All in all, you would spend considerable time in laboratories to first learn how computer subsystems work and then to test your own designs of computers and computer networks. You would also learn computer software, but not to the extent you would learn if you were pursuing computer science. This is where the overlap with computer science comes in.\n\nComputer software refers to the programs that make the computer hardware function. Windows 98 is an example of a program, called the operating system, which makes your PC behave in a particular way. Microsoft Word, Netscape Navigator, and ICQ are examples of programs, which are also called applications. Applications exploit the behavior of the computer, after the operating system has been installed, to perform certain functions in a particular and desired fashion. Computer programs are written in many languages, such as C++, Visual Basic, Java, etc. A computer science program will teach you algorithms and techniques for creating these applications. You will spend a lot of time on the computer to write and test your programs. You will also learn some of the basics of computer hardware, which is thus an overlap with computer engineering. But your main interaction with computers will be more as a user and code developer than as a builder; that is, you will be trained to be a programmer, not a manufacturer.\n\nLet us talk about electrical engineering, which perhaps is the engineering discipline that has the greatest overlap with computer engineering and computer science. Electrical engineering deals with the design of electrical machines, analysis of electrical signals, physics of electronic devices, etc. Since computers are one form of electrical machines, you would learn about computer hardware and software. However, there is more to machines, signals, and physics than just computers. So you would learn about many more electrical machines in electrical engineering than you would in computer engineering or computer science. Here again, you would spend time in the laboratory to test your own designs, including those of computers. Many electrical engineering programs also allow for a specialization in computer engineering. Your classes in electrical engineering will include a great deal of mathematics. The use of computers would definitely be a utility to do your homework assignments.\n\nNow comes the tricky question of which career, engineering or computers, pays more. We can talk about this with some certainty in today's job market. Computer science and computer engineering graduates command some premium, not great premium, over electrical engineering graduates upon gradu
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Computer Electrionics
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do u know COMPUTER stands for--\n\nCommonly Operated Machine Performed and Used for Technical Education and Research.\n\nNot many people know this.
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The field of electronics is the study and use of systems that operate by controlling the flow of electrons or other electrically charged particles in devices such as thermionic valves and semiconductors. The design and construction of electronic circuits to solve practical problems is part of the fields of electronics engineering, and the hardware design side of computer engineering. The study of new semiconductor devices and their technology is sometimes considered as a branch of physics.
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com·put·er   Pronunciation Key  (km-pytr)\nn.\n\n   1. A device that computes, especially a programmable electronic machine that performs high-speed mathematical or logical operations or that assembles, stores, correlates, or otherwise processes information.\n   \n   2. One who computes\n\nSimple enough.
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The electronic medium of computer networks, in which online communication takes place.
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Electro-optics is a branch of technology involving components, devices and systems which operate by modification of the optical properties of a material by an electric field. Thus it concerns the interaction between the electromagnetic (optical) and the electrical (electronic) states of materials.