X.25 is a packet-switched network protocol that was widely used in the late 1970s and into the 1980s and 1990s for data communication over long distances. It was developed by the International Telecommunication Union (ITU) and is designed for networks that require reliable data transfer across various types of communication links. Key features of X.25 include: 1. **Packet Switching**: X.
AUSTPAC, or the Australian Pacific Limited, is a company that specializes in various industries, including resource development and processing, with a focus on enhancing efficiency and sustainability in operations. Specifically, they may be known for their work in areas such as minerals processing, waste management, and related technological innovations. However, it's also possible that "AUSTPAC" could refer to different organizations or initiatives in other contexts, so additional specificity may be necessary to provide more accurate information.
AX.25 is a data link layer protocol widely used in amateur radio for packet radio communications. Developed in the 1970s by the American Radio Relay League (ARRL), AX.25 is designed for use over radio frequencies and provides a way for users to exchange data packets in a robust and efficient manner. Key features of AX.25 include: 1. **Packet Switching**: AX.
Coloured Book protocols refer to a set of communication protocols developed for computer networking and telecommunications, primarily in the context of the British government's "Coloured Book" standards. These protocols were designed to facilitate secure and reliable data exchange over networks, particularly in environments where security and confidentiality were critical. The term "Coloured Book" comes from the practice of using different colors for various protocol specifications. Each "color" would represent a different set of requirements or security levels.
DATAPAC can refer to different things depending on the context, but it is commonly associated with two main definitions: 1. **DATAPAC in Telecommunications**: DATAPAC was a packet-switching network service offered by Bell Canada that enabled the transmission of data over telephone lines. It allowed businesses and organizations to connect to each other and share data efficiently. This service was particularly useful before the widespread adoption of the internet.
Halvor Bothner-By is known for his contributions to the field of mathematics, specifically within the realm of algebra and geometry. He has been involved in the study of mathematical theories and is recognized for his work on certain mathematical problems or concepts. For more detailed or specific information about his work or contributions, it would be helpful to look into academic publications or resources related to his research.
Iberpac is not a widely recognized term or brand as of my last knowledge update in October 2021. It might refer to a specific company, product, or entity in a particular industry, possibly related to packaging, logistics, or a geographical association with the Iberian Peninsula. However, since this term isn't widely known, it could also be a newer development or a niche product that has emerged after my last update.
International Packet Switched Service (IPSS) refers to a telecommunications service that enables the transfer of data packets across international networks using packet-switching technology. Unlike traditional circuit-switched networks, which establish a dedicated circuit for each call, packet-switched networks break data into packets that can take different routes to reach the destination, where they are reassembled.
LAPB stands for Link Access Procedure, Balanced. It is a protocol used in computer networking, particularly in the context of Frame Relay and X.25 protocols. LAPB is specifically designed for point-to-point communication and operates at the data link layer of the OSI model, allowing for reliable data transfer over links that may be prone to errors.
The Packet Layer Protocol (PLP) is a network protocol designed primarily to facilitate communication over packet-switched networks. It is typically used in contexts where data needs to be divided into packets for transmission, which can then be routed and reassembled at the destination. PLP can be especially relevant in various environments, including telecommunications, data networks, and specific applications in satellite communications.
A Packet Switch Stream (PSS) is a method of data transmission that involves breaking up data into packets and sending them over a network. Each packet is a small unit of data that can be routed independently through the network, allowing for efficient use of resources and the ability to handle various types of traffic. Here's a breakdown of the key concepts surrounding packet switch streaming: 1. **Packet Switching**: This is a networking technique where data is divided into packets that are transmitted over a network separately.
A Packet Assembler/Disassembler (PAD) is a network device or software application that is used primarily in the context of communication networks, particularly in protocols that handle data packets. Its function revolves around the assembly of data packets to be transmitted over networks and the disassembly of incoming packets for further processing. ### Key Functions of a Packet Assembler/Disassembler: 1. **Data Formatting**: PADs convert data into a format suitable for transmission over the network.
"Protocol Wars" typically refers to a competitive landscape where various communication protocols or technologies vie for dominance in a particular area or industry. This term is often utilized in the context of networking, telecommunications, computer science, and sometimes in broader tech spheres involving standardization efforts. One notable example is the competition between different networking protocols in the early days of the internet, such as TCP/IP versus other networking protocols like IPX/SPX or AppleTalk.
A Public Data Network (PDN) is a type of telecommunications network that is made available to the general public and allows users to access and share data across a wide range of devices and systems. PDNs facilitate communication and data transfer using various technologies, including the internet, mobile networks, and other wireless or wired communication systems.
X.121 is an International Telecommunication Union (ITU) standard that specifies the addressing and routing of data in a connectionless packet-switching environment. It is part of a broader family of standards related to data communication, particularly regarding network layer protocols. Originally developed for use in the X.25 packet-switching network, X.121 is used to assign unique addresses to devices connected to a network, allowing for proper routing of data packets to the correct destination. The addressing format defined by X.
"X.3" can refer to different things depending on the context. Here are a few possible interpretations: 1. **Software Versioning**: In software development, "X.3" could indicate a specific version of a software product, where "X" could represent a major version number and the "3" would indicate a minor or patch update. 2. **Mathematics or Statistics**: In mathematics, especially in reference to a data point or score, "X.
X.32 is a recommendation from the International Telecommunication Union (ITU) that relates to data communication over a series of networks. Specifically, it's part of the X series of recommendations, which deal with digital telecommunications and provides guidelines for various aspects of digital data transmission. X.32 addresses the technical requirements for the interface between the subscriber's equipment and the public data network, focusing on the connection management and data link layer protocols.
The expression "X.75" typically represents a value where "X" is a whole number and ".75" indicates that the value is 0.75 units above that whole number. For example: - If X = 1, then X.75 = 1.75 - If X = 2, then X.75 = 2.75 - If X = 3, then X.75 = 3.75 In general, "X.
As of my last update in October 2023, "X.PC" does not refer to any widely recognized or standard term in technology, computing, or other fields. However, it's possible that "X.PC" could represent a newer product, service, or concept that has emerged after that date or could be an abbreviation or a shorthand for something specific within a particular context or niche.
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