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KembaraXtra-Computer Terms – attribution line:
An attribution line is a line of text used in e-mail messages, newsgroups, or other Internet-based communications to identify the original author of quoted material. When a person replies to a message and includes text from a previous message, the attribution line indicates who wrote the quoted content. Messaging software often inserts this line automatically before the quoted section. A typical attribution line might appear as a phrase such as “John wrote:” followed by the quoted text. This helps readers understand the context of the conversation and distinguish between the original message and the reply.
An attribution line is a line of text used in e-mail messages, newsgroups, or other Internet-based communications to identify the original author of quoted material. When a person replies to a message and includes text from a previous message, the attribution line indicates who wrote the quoted content. Messaging software often inserts this line automatically before the quoted section. A typical attribution line might appear as a phrase such as “John wrote:” followed by the quoted text. This helps readers understand the context of the conversation and distinguish between the original message and the reply.
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KembaraXtra-Computer Terms – ATX:
ATX is a specification that defines the physical design and layout of personal computer motherboards and power supplies. Introduced by Intel in 1995, the ATX standard improved upon earlier motherboard designs by providing better system organization, improved airflow for cooling, and more efficient power management. ATX motherboards commonly include integrated components such as audio and video capabilities and support modern connectivity features including Universal Serial Bus ports. The design allows full-length expansion boards to be installed and ensures compatibility among various computer components, making ATX one of the most widely used motherboard standards in personal computers.
ATX is a specification that defines the physical design and layout of personal computer motherboards and power supplies. Introduced by Intel in 1995, the ATX standard improved upon earlier motherboard designs by providing better system organization, improved airflow for cooling, and more efficient power management. ATX motherboards commonly include integrated components such as audio and video capabilities and support modern connectivity features including Universal Serial Bus ports. The design allows full-length expansion boards to be installed and ensures compatibility among various computer components, making ATX one of the most widely used motherboard standards in personal computers.
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KembaraXtra-Computer Terms – audio:
Audio refers to sound frequencies that fall within the range of human hearing. The typical range of audible sound for humans is approximately 15 hertz to 20,000 hertz, representing the lowest and highest sound frequencies that can normally be perceived by the human ear. In computing and electronics, the term audio is used to describe signals, devices, and processes related to sound reproduction, recording, and transmission. Audio technology is commonly used in multimedia systems, music playback, voice communication, and sound synthesis applications.
Audio refers to sound frequencies that fall within the range of human hearing. The typical range of audible sound for humans is approximately 15 hertz to 20,000 hertz, representing the lowest and highest sound frequencies that can normally be perceived by the human ear. In computing and electronics, the term audio is used to describe signals, devices, and processes related to sound reproduction, recording, and transmission. Audio technology is commonly used in multimedia systems, music playback, voice communication, and sound synthesis applications.
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KembaraXtra-Computer Terms – audiocast:
Audiocast refers to the transmission of audio signals across a network using Internet Protocol technologies. In this process, sound data is converted into digital form and transmitted over network connections so that it can be received and played back by computers or other compatible devices. Audiocasting is commonly used for streaming audio services such as online radio broadcasts, live voice transmissions, or recorded audio content delivered through the Internet.
Audiocast refers to the transmission of audio signals across a network using Internet Protocol technologies. In this process, sound data is converted into digital form and transmitted over network connections so that it can be received and played back by computers or other compatible devices. Audiocasting is commonly used for streaming audio services such as online radio broadcasts, live voice transmissions, or recorded audio content delivered through the Internet.
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KembaraXtra-Computer Terms – asynchronous operation:
An asynchronous operation is a process that proceeds independently of a fixed timing mechanism such as a system clock. In this type of operation, tasks are executed whenever the necessary data or signals become available rather than at predetermined time intervals. For example, in asynchronous modem communication, devices coordinate the transmission of data using start and stop signals that indicate the beginning and end of each data unit. This allows the communicating systems to exchange information without requiring synchronized timing, making asynchronous operations flexible and suitable for communication between devices that operate at different speeds.
An asynchronous operation is a process that proceeds independently of a fixed timing mechanism such as a system clock. In this type of operation, tasks are executed whenever the necessary data or signals become available rather than at predetermined time intervals. For example, in asynchronous modem communication, devices coordinate the transmission of data using start and stop signals that indicate the beginning and end of each data unit. This allows the communicating systems to exchange information without requiring synchronized timing, making asynchronous operations flexible and suitable for communication between devices that operate at different speeds.
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KembaraXtra-Computer Terms – asynchronous procedure call:
An asynchronous procedure call, commonly abbreviated as APC, is a function call that is executed independently of the main flow of a running program when certain conditions are met. Instead of executing immediately as part of the program’s normal sequence, the call is triggered when specific events occur or when the operating system determines that the required conditions are satisfied. Once these conditions are met, the operating system kernel generates a software interrupt that temporarily redirects the executing program to perform the requested procedure. Asynchronous procedure calls are often used to handle background tasks, system events, or input-output operations without interrupting the normal progress of a program.
An asynchronous procedure call, commonly abbreviated as APC, is a function call that is executed independently of the main flow of a running program when certain conditions are met. Instead of executing immediately as part of the program’s normal sequence, the call is triggered when specific events occur or when the operating system determines that the required conditions are satisfied. Once these conditions are met, the operating system kernel generates a software interrupt that temporarily redirects the executing program to perform the requested procedure. Asynchronous procedure calls are often used to handle background tasks, system events, or input-output operations without interrupting the normal progress of a program.
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KembaraXtra-Computer Terms – Asynchronous Protocol Specification:
Asynchronous Protocol Specification refers to a communication standard defined by the X.445 specification within the X series of networking protocols. This specification outlines rules and procedures for asynchronous communication between computer systems, ensuring that devices can exchange information correctly even when they do not share synchronized timing signals. By defining how data should be structured and transmitted in asynchronous environments, the specification supports reliable communication between systems that operate independently of a common clock or timing mechanism.
Asynchronous Protocol Specification refers to a communication standard defined by the X.445 specification within the X series of networking protocols. This specification outlines rules and procedures for asynchronous communication between computer systems, ensuring that devices can exchange information correctly even when they do not share synchronized timing signals. By defining how data should be structured and transmitted in asynchronous environments, the specification supports reliable communication between systems that operate independently of a common clock or timing mechanism.
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KembaraXtra-Computer Terms – asynchronous static RAM:
Asynchronous static RAM, often abbreviated as async SRAM, is a type of static random access memory that operates independently of the system clock. Unlike synchronous memory, which coordinates data transfers according to clock signals, asynchronous static RAM responds directly to memory access requests without waiting for clock cycles. This type of memory is commonly used in a computer’s level-two cache, a specialized memory area that stores frequently accessed data to improve processing performance. Although asynchronous static RAM provides faster access than main system memory, it is generally slower than more advanced cache memory technologies such as synchronous burst static RAM or pipeline burst static RAM.
Asynchronous static RAM, often abbreviated as async SRAM, is a type of static random access memory that operates independently of the system clock. Unlike synchronous memory, which coordinates data transfers according to clock signals, asynchronous static RAM responds directly to memory access requests without waiting for clock cycles. This type of memory is commonly used in a computer’s level-two cache, a specialized memory area that stores frequently accessed data to improve processing performance. Although asynchronous static RAM provides faster access than main system memory, it is generally slower than more advanced cache memory technologies such as synchronous burst static RAM or pipeline burst static RAM.
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KembaraXtra-Computer Terms – asynchronous transmission:
Asynchronous transmission is a method of data communication in which information is sent intermittently rather than as a continuous stream. In this form of transmission, data is typically transmitted one character at a time. Each character is framed with special bits that signal its beginning and end so the receiving device can correctly interpret the data. A start bit indicates the beginning of the character, followed by the bits that represent the character itself, sometimes including a parity bit used for error checking, and finally one or more stop bits to mark the end of the character. This method allows communication devices such as modems to exchange data without requiring synchronized timing signals between the sender and receiver.
Asynchronous transmission is a method of data communication in which information is sent intermittently rather than as a continuous stream. In this form of transmission, data is typically transmitted one character at a time. Each character is framed with special bits that signal its beginning and end so the receiving device can correctly interpret the data. A start bit indicates the beginning of the character, followed by the bits that represent the character itself, sometimes including a parity bit used for error checking, and finally one or more stop bits to mark the end of the character. This method allows communication devices such as modems to exchange data without requiring synchronized timing signals between the sender and receiver.
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KembaraXtra-Computer Terms – ATA:
ATA stands for Advanced Technology Attachment and refers to a standard interface used for connecting storage devices such as hard disk drives to a computer system. The standard was developed by an ANSI working group and describes a method in which the drive controller is integrated directly into the disk drive itself rather than being located on a separate controller card. This design reduces system cost and simplifies communication between the computer and the storage device. The original implementation of ATA became widely known as Integrated Drive Electronics, and later versions of the standard introduced improvements in speed, reliability, and additional features through successive revisions such as ATA-2, ATA-3, and Ultra ATA.
ATA stands for Advanced Technology Attachment and refers to a standard interface used for connecting storage devices such as hard disk drives to a computer system. The standard was developed by an ANSI working group and describes a method in which the drive controller is integrated directly into the disk drive itself rather than being located on a separate controller card. This design reduces system cost and simplifies communication between the computer and the storage device. The original implementation of ATA became widely known as Integrated Drive Electronics, and later versions of the standard introduced improvements in speed, reliability, and additional features through successive revisions such as ATA-2, ATA-3, and Ultra ATA.
