data:image/png;base64,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QKBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==gottenTermgottenTerm2gottenDefanswer12counter0Computer Virus,a malicious software program loaded onto a user's computer without the user's knowledge and performs malicious actionsCybersecurity,"the state of being protected against the criminal or unauthorized use of electronic data, or the measures taken to achieve this."Keylogging,"the use of a computer program to record every keystroke made by a computer user, especially in order to gain fraudulent access to passwords and other confidential information."Malware,"software that is specifically designed to disrupt, damage, or gain unauthorized access to a computer system."Personally identifiable information,Any representation of information that permits the identity of an individual to whom the information applies to be reasonably inferred by either direct or indirect means.Phishing,the fraudulent practice of sending emails purporting to be from reputable companies in order to induce individuals to reveal personalTargeted marketing,breaking down the entire market into various segments and planning marketing strategies accordingly for each segment to increase the market share.Debugging,the process of identifying and removing errors from computer hardware or softwareDDoS (Distributed Denial of Service),target with a distributed denial of service attack.Rogue Access Point,"a device not sanctioned by an administrator, but is operating on the network anyway"Syntax Error,a character or string incorrectly placed in a command or instruction that causes a failure in execution.Logic Error,occur when there is a fault in the logic or structure of the problemRun Time Error,occurs when a program is syntactically correct but contains an issue that is only detected during program executionIndex Out of Bounds,you have tried to get something from an array or list with an invalid indexRounding Error,a phenomenon of digital computing resulting from the computer's inability to represent some numbers exactly.Privacy,the level of privacy protection an individual has while connected to the InternetSecurity,"the protection of computer systems and information from harm, theft, and unauthorized use."Boolean,data type that can have only the values true or falseInfinite Loop,a piece of coding that lacks a functional exit so that it repeats indefinitelyIndex,an integer that is used to address an item within an ordered collectionElement,a single part of a larger group like a listModulus,the remainder of integer divisionPrototype,"a rudimentary working model of a product or information system, usually built for demonstration purposes or as part of the development process."Readability,the ease with which the software is read and understoodPseudocode,a notation resembling a simplified programming languagea notation resembling a simplified programming languagePseudocode0471