IEEE Standard | Description |
IEEE 754 | Standard for floating-point arithmetic, defining formats and operations, widely used in computer programming. |
IEEE 830 | Guidelines for creating software requirements specifications (SRS), ensuring clarity and completeness in documentation. |
IEEE 802.3 | Ethernet standard defining wired LAN technologies for computers, covering physical and data link layers. |
IEEE 802.11 | Wireless LAN (Wi-Fi) standards, enabling wireless internet connectivity on computers and mobile devices. |
IEEE 1471 | Framework for describing the architecture of software-intensive systems, assisting in system design and documentation. |
IEEE 1003 | Known as POSIX, provides a set of operating system standards to ensure application compatibility across UNIX-based systems. |
IEEE 1149.1 | JTAG standard for testing integrated circuits, crucial for computer hardware testing and debugging. |
IEEE 12207 | Standards for software life cycle processes, covering development, maintenance, and project management of computer systems. |
IEEE 1363 | Public-key cryptography standards, establishing secure encryption for data exchange in computing systems. |
IEEE 1016 | Guidelines for software design descriptions (SDD), facilitating documentation of design decisions and structure. |
IEEE 610 | Standards for software engineering terminology, establishing consistent definitions in software development. |
IEEE 1233 | Standards for creating system requirements specifications (SyRS), commonly used in complex software projects. |
IEEE 1680 | Standards for eco-friendly computing products, like EPEAT, focusing on sustainability in hardware design. |
IEEE 1517 | Standards for testing and integrating COTS (Commercial Off-the-Shelf) software products in computer systems. |
IEEE 1855 | Fuzzy Markup Language (FML) standards, enabling the use of fuzzy logic in artificial intelligence applications. |
IEEE 29119 | Standards for software testing, covering test processes, documentation, and quality evaluation in software. |
IEEE 2001 | Best practices for software and system documentation, improving communication and maintainability of codebases. |
IEEE 1275 | Boot firmware standards, ensuring interoperability between computer hardware and firmware during startup. |
IEEE 1220 | Systems engineering standards that guide computer system design, integration, and verification processes. |
IEEE 15026 | Specifies system and software assurance standards for reliability, safety, and security in critical applications. |
IEEE 829 | Software test documentation standards, providing templates and guidelines for systematic software testing. |
IEEE 829 | Documentation standards for software and systems testing, promoting thorough testing and validation. |
IEEE 1905.1 | Standard for home networking interoperability, integrating Wi-Fi, Ethernet, and other networking technologies. |
IEEE 2302 | Standards for cloud interoperability, ensuring smooth data exchange and integration across cloud service providers. |
IEEE 2413 | Architectural framework for the Internet of Things (IoT), addressing connectivity, security, and scalability. |
IEEE 1857 | Video coding standard that enhances video compression for improved streaming and storage in computing systems. |
IEEE 1541 | Standards for binary prefixes (e.g., KiB, MiB, GiB), establishing consistent terminology for data storage units. |
IEEE 11073 | Standards for personal health device communications, facilitating data exchange between health devices and computers. |
IEEE 802.1 | Standards for network management and bridging, including VLANs and network architecture in computing environments. |
IEEE 1516 | High-Level Architecture (HLA) for distributed simulation systems, used in computing for simulation interoperability. |
IEEE 2050 | Secure Data Format (SDF) standards for protecting data across networks and cloud computing platforms. |
IEEE 1934 | Also known as the Fog Computing and Networking standard, it supports edge computing in IoT and computing networks. |
IEEE 2700 | Standards for sensor technology, providing guidelines for interoperability in computer-connected sensors. |
IEEE 1730 | Standards for distributed simulation, useful for computer-based training and real-time simulations. |
IEEE 1906.1 | Defines nanoscale and molecular communication models, aiding advanced computing applications in biomedical fields. |
IEEE 2410 | Standards for biometric data protection, including security protocols for systems using fingerprint or face recognition. |
IEEE 1232 | AI and diagnostics standards for system health management, supporting predictive maintenance in computing systems. |
IEEE 2418.3 | Blockchain standards for IoT data management, enhancing security and transparency in computing applications. |
IEEE 1488 | Standards for distributed object computing, allowing objects in different computers to communicate seamlessly. |
IEEE 1687 | Standards for embedded instrumentation, critical for testing and managing components in computing devices. |
IEEE 1641 | Standards for test signal language, supporting automated testing of hardware and software in computer systems. |
IEEE 2063 | Standards for the reliability and robustness of AI algorithms, particularly relevant to machine learning in computing. |
IEEE 2600 | Standards for security in hardcopy devices, such as printers and scanners, within networked computing environments. |
IEEE 802.16 | WiMAX standards, providing broadband wireless access for computers and other internet-enabled devices. |
IEEE 1901 | Standards for broadband over powerline (BPL) communication, used to provide internet access via electrical wiring. |
IEEE 21451 | Standards for smart transducer interfaces, enabling efficient data exchange between sensors and computers. |
IEEE 2418 | Standards for blockchain use in data and computing environments, covering frameworks for blockchain applications. |
IEEE 1609 | Standards for Wireless Access in Vehicular Environments (WAVE), facilitating secure communication in smart transportation systems. |
IEEE 1012 | Standards for software verification and validation, ensuring accuracy and reliability in critical computing applications. |
IEEE 802.21 | Standards for media-independent handover, allowing devices to seamlessly switch between network types (e.g., Wi-Fi to cellular). |
IEEE 187 | Standards for audio and electroacoustics in computers, ensuring consistent sound quality and safety. |
IEEE 3001 | Standards for power systems in data centers, covering reliability and energy efficiency in computing facilities. |
IEEE 1364 | Known as Verilog, a hardware description language standard for designing and simulating digital circuits. |
IEEE 1735 | Standards for IP encryption and rights management in electronic design, crucial for secure software licensing. |
IEEE 1109 | Standards for low-power and high-reliability circuit design, supporting energy-efficient computing devices. |
IEEE 1859 | Standards for behavioral design in autonomous systems, supporting machine learning and AI frameworks. |
IEEE 7000 | Standards for ethical concerns in artificial intelligence, covering transparency and accountability in computing. |
IEEE 1451 | Standards for smart transducer data communication, ensuring accurate data integration in computing systems. |
IEEE 1785 | Standards for computational electromagnetic systems, aiding the design of efficient high-frequency devices. |
IEEE 1234 | Standards for data fusion in sensor networks, facilitating real-time data analysis in computing environments. |
IEEE 1633 | Standards for software reliability prediction, improving risk assessment and decision-making in development. |
IEEE 24748 | Guidelines for system and software life cycle processes, especially valuable for complex computing projects. |
IEEE 2600 | Standards for secure hardcopy devices (e.g., printers, copiers) connected to networked computers. |
IEEE 29148 | Standards for software requirements, supporting comprehensive and clear documentation in computing projects. |
IEEE 828 | Standards for configuration management in software, enabling systematic tracking and documentation of changes. |
IEEE 1937 | Standards for fog and edge computing, enabling distributed computing models close to data sources in IoT systems. |
IEEE 7001 | Standards for personal data privacy and AI systems, ensuring compliance with privacy laws in computing applications. |
IEEE 1159 | Standards for monitoring electrical power quality in computing facilities, crucial for preventing downtime. |
IEEE 1904 | Standards for optical networks, supporting high-speed data transmission in computing infrastructure. |
IEEE 2510 | Standards for cybersecurity in quantum computing, addressing encryption and security in future technologies. |
IEEE 2702 | Guidelines for secure software engineering, covering best practices for preventing vulnerabilities in code. |
IEEE 26511 | Standards for usability requirements in software, ensuring user-friendly interfaces and interaction quality. |
IEEE 2675 | Standards for DevOps in cloud and computing environments, addressing scalability, security, and resilience. |
IEEE 1547 | Standards for distributed energy resources, facilitating integration of renewable energy into computing facilities. |
IEEE 1679 | Standards for end-of-life management of computing hardware, supporting eco-friendly recycling and disposal. |
IEEE 2200 | Standards for mobile cloud computing, focusing on secure, efficient access to cloud services on mobile devices. |
IEEE 7002 | Standards for data privacy in machine learning and AI, addressing ethical handling of personal data in computing. |
IEEE 1858 | Standard for image quality assessment, used in applications like photography, security, and AI-based recognition. |
IEEE 2084 | HDR (High Dynamic Range) standards for displays, relevant for improving visual quality in computers and monitors. |
IEEE 2418.2 | Blockchain standards for supply chain applications, enhancing transparency and security in digital transactions. |
IEEE 2030.5 | Smart energy standards, known as SEP 2.0, supporting smart grid applications in computing-enabled buildings. |
IEEE 1730.1 | Standard for interoperability in augmented reality systems, facilitating seamless integration with computer systems. |
IEEE 2851 | Standards for reliability in data storage systems, ensuring data integrity and fault tolerance. |
IEEE 1028 | Standards for software reviews and audits, essential for maintaining quality and reducing defects in code. |
IEEE 1680.1 | Environmental assessment standards for electronic products, promoting sustainable design in computing devices. |
IEEE 15288 | Standards for system life cycle processes, providing guidelines from inception to decommissioning of computing systems. |
IEEE 1909.1 | Standards for nano-electronics, supporting advancements in computing power and miniaturization of processors. |
IEEE 7010 | Standards for assessing well-being in AI applications, focusing on the social impact and ethical implications of AI. |
IEEE 1481 | Standards for integrated circuit design, specifically for synchronous delay, used in high-speed computing. |
IEEE 1907.1 | Standards for optical camera communications, enabling high-speed data transfer through light sources. |
IEEE 1888 | Standards for cloud-based green computing, promoting energy-efficient practices in data centers and servers. |
IEEE 4003 | Standards for virtual reality and computer-aided simulation, supporting immersive technologies in computing. |
IEEE 2671 | Standards for ethical implications in data collection for AI, aiming for responsible data management practices. |
IEEE 1912 | Standards for mobile health applications, supporting secure and accurate data exchange in healthcare computing. |
IEEE 2301 | Cloud portability standards, ensuring compatibility across various cloud providers in computing environments. |
IEEE 7003 | Standards for algorithmic bias, providing guidelines to reduce bias in AI systems and ensure fairness in computing. |
IEEE 307 | Standards for file format interoperability in digital libraries, ensuring accessibility and longevity of digital content. |
IEEE 3007.2 | Standards for reliability in power systems for data centers, supporting continuous power supply for critical computing systems. |
IEEE 1238 | Standards for object-oriented design, facilitating structure and reusability in computing application development. |
IEEE 1413 | Standards for reliability predictions in electronic systems, useful for life-cycle analysis of computing equipment. |
IEEE 802.15.4 | Standards for low-rate wireless personal area networks (LR-WPAN), such as Zigbee, used in IoT and sensor networks. |
IEEE 1872 | Ontology standards for robotics and automation, promoting interoperability and consistent terminology in AI-driven computing. |
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