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KembaraXtra-Computer Terms – bits per pixel:
Bits per pixel refers to the number of bits used to represent the color information of a single pixel in a digital image. This measurement determines how many different colors or shades can be displayed for each pixel.
Common values include 8, 16, 24, or 32 bits per pixel, with higher values allowing a broader range of colors and more detailed images. Bits per pixel is also known as color depth or bit depth and plays an important role in the quality of digital graphics.
Bits per pixel refers to the number of bits used to represent the color information of a single pixel in a digital image. This measurement determines how many different colors or shades can be displayed for each pixel.
Common values include 8, 16, 24, or 32 bits per pixel, with higher values allowing a broader range of colors and more detailed images. Bits per pixel is also known as color depth or bit depth and plays an important role in the quality of digital graphics.
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KembaraXtra-Computer Terms – bit stream:
A bit stream is a sequence of binary digits that represents data being transmitted through a communication channel or stored in digital form. It consists of a continuous flow of bits that together convey information between devices or systems.
In synchronous communication systems, a bit stream is transmitted as an uninterrupted sequence of bits without start and stop markers separating individual characters. Instead, the receiving system identifies the boundaries of characters by maintaining synchronization with the sender’s timing.
A bit stream is a sequence of binary digits that represents data being transmitted through a communication channel or stored in digital form. It consists of a continuous flow of bits that together convey information between devices or systems.
In synchronous communication systems, a bit stream is transmitted as an uninterrupted sequence of bits without start and stop markers separating individual characters. Instead, the receiving system identifies the boundaries of characters by maintaining synchronization with the sender’s timing.
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KembaraXtra-Computer Terms – bit stuffing:
Bit stuffing is a technique used in data communication where additional bits are inserted into a stream of transmitted data. This method ensures that specific bit patterns used for control purposes do not accidentally appear within the actual data being transmitted.
For example, in communication protocols such as HDLC, SDLC, and X.25, a sequence of six consecutive ones is reserved to mark the beginning or end of a data frame. To prevent this sequence from appearing inside the data itself, the system automatically inserts a zero after every sequence of five ones. The receiving system later removes these inserted bits to restore the original data.
Bit stuffing is a technique used in data communication where additional bits are inserted into a stream of transmitted data. This method ensures that specific bit patterns used for control purposes do not accidentally appear within the actual data being transmitted.
For example, in communication protocols such as HDLC, SDLC, and X.25, a sequence of six consecutive ones is reserved to mark the beginning or end of a data frame. To prevent this sequence from appearing inside the data itself, the system automatically inserts a zero after every sequence of five ones. The receiving system later removes these inserted bits to restore the original data.
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KembaraXtra-Computer Terms – bit twiddler:
Bit twiddler is an informal slang term used to describe a person who is highly enthusiastic about computers, especially someone who enjoys working with low-level programming. Such individuals often prefer programming languages that allow direct manipulation of binary data, such as assembly language.
The term is commonly associated with programmers who enjoy experimenting with hardware operations, optimizing code, or manipulating individual bits within data structures. It is often used in a lighthearted way within programming communities.
Bit twiddler is an informal slang term used to describe a person who is highly enthusiastic about computers, especially someone who enjoys working with low-level programming. Such individuals often prefer programming languages that allow direct manipulation of binary data, such as assembly language.
The term is commonly associated with programmers who enjoy experimenting with hardware operations, optimizing code, or manipulating individual bits within data structures. It is often used in a lighthearted way within programming communities.
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KembaraXtra-Computer Terms – .biz:
The domain name .biz is a top-level domain introduced to support websites related to businesses and commercial activities. It was one of several new domain extensions approved in the year 2000 by the Internet Corporation for Assigned Names and Numbers (ICANN).
The purpose of this domain was to provide additional naming options for companies and organizations conducting business online. By designating .biz specifically for business use, it helped differentiate commercial websites from those using more general domain extensions.
The domain name .biz is a top-level domain introduced to support websites related to businesses and commercial activities. It was one of several new domain extensions approved in the year 2000 by the Internet Corporation for Assigned Names and Numbers (ICANN).
The purpose of this domain was to provide additional naming options for companies and organizations conducting business online. By designating .biz specifically for business use, it helped differentiate commercial websites from those using more general domain extensions.
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KembaraXtra-Computer Terms – bit-oriented protocol:
A bit-oriented protocol is a type of communication protocol in which information is transmitted as a continuous stream of bits rather than as separate characters. Because the transmitted bits do not represent specific characters directly, control information is conveyed using special bit sequences rather than reserved characters from a character set.
This method allows greater flexibility and efficiency in data communication systems. An example of a bit-oriented protocol is High-Level Data Link Control (HDLC), which uses defined bit patterns to manage communication between devices.
A bit-oriented protocol is a type of communication protocol in which information is transmitted as a continuous stream of bits rather than as separate characters. Because the transmitted bits do not represent specific characters directly, control information is conveyed using special bit sequences rather than reserved characters from a character set.
This method allows greater flexibility and efficiency in data communication systems. An example of a bit-oriented protocol is High-Level Data Link Control (HDLC), which uses defined bit patterns to manage communication between devices.
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KembaraXtra-Computer Terms – bit pattern:
A bit pattern is a specific arrangement or sequence of binary digits, consisting of zeros and ones. Different combinations of bits can represent various forms of information, such as numbers, characters, or instructions within a computer system.
The number of possible combinations depends on the number of bits used. For example, three bits can create eight unique patterns, while eight bits can produce 256 combinations. In graphics systems, bit patterns may also represent arrangements of pixels that form visual images.
A bit pattern is a specific arrangement or sequence of binary digits, consisting of zeros and ones. Different combinations of bits can represent various forms of information, such as numbers, characters, or instructions within a computer system.
The number of possible combinations depends on the number of bits used. For example, three bits can create eight unique patterns, while eight bits can produce 256 combinations. In graphics systems, bit patterns may also represent arrangements of pixels that form visual images.
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KembaraXtra-Computer Terms – bitplane:
A bitplane is one layer of several bitmaps that together form a complete color image in memory. Each bitplane contains information corresponding to a single bit of the data used to represent a pixel. When multiple bitplanes are combined, they produce the full color value of each pixel in the image.
For example, one bitplane can represent two colors, two bitplanes allow four colors, and three bitplanes allow eight colors. These layers function like stacked sheets that collectively create the final image. Bitplane structures were commonly used in graphics systems such as EGA and VGA displays operating in certain color modes.
A bitplane is one layer of several bitmaps that together form a complete color image in memory. Each bitplane contains information corresponding to a single bit of the data used to represent a pixel. When multiple bitplanes are combined, they produce the full color value of each pixel in the image.
For example, one bitplane can represent two colors, two bitplanes allow four colors, and three bitplanes allow eight colors. These layers function like stacked sheets that collectively create the final image. Bitplane structures were commonly used in graphics systems such as EGA and VGA displays operating in certain color modes.
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KembaraXtra-Computer Terms – biz. newsgroups:
Biz. newsgroups are discussion forums within the Usenet system that belong to the biz. hierarchy. These groups focus primarily on topics related to business, including commerce, marketing, entrepreneurship, and other professional subjects.
Unlike most other Usenet newsgroups, which generally restrict advertising, biz. newsgroups allow users to post advertisements and promotional material. This feature makes them suitable platforms for discussing business opportunities and sharing marketing-related information.
Biz. newsgroups are discussion forums within the Usenet system that belong to the biz. hierarchy. These groups focus primarily on topics related to business, including commerce, marketing, entrepreneurship, and other professional subjects.
Unlike most other Usenet newsgroups, which generally restrict advertising, biz. newsgroups allow users to post advertisements and promotional material. This feature makes them suitable platforms for discussing business opportunities and sharing marketing-related information.
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KembaraXtra-Computer Terms – binary file transfer:
Binary file transfer refers to the transmission of files that contain arbitrary binary data rather than simple text characters. In this type of transfer, the exact sequence of bytes in the file is preserved during transmission to ensure that the file remains intact and usable after it is received.
Although modern operating systems generally treat all files as sequences of bytes, older systems distinguished between text files and binary files. As a result, file transfer programs sometimes required users to specify binary mode so that programs would not attempt to modify or interpret the data during transmission.
Binary file transfer refers to the transmission of files that contain arbitrary binary data rather than simple text characters. In this type of transfer, the exact sequence of bytes in the file is preserved during transmission to ensure that the file remains intact and usable after it is received.
Although modern operating systems generally treat all files as sequences of bytes, older systems distinguished between text files and binary files. As a result, file transfer programs sometimes required users to specify binary mode so that programs would not attempt to modify or interpret the data during transmission.