Matches in DBpedia 2016-04 for { ?s ?p "Unlike traditional languages, the Universal Systems Language (USL) is a computer system language based on a preventive instead of a curative paradigm. Based on systems theory, to a great extent derived from lessons learned from the Apollo onboard flight software effort, USL has evolved over several decades (originally called 001AXES) and taken on multiple dimensions as a systems engineering approach.USL is a completely different way to think about systems: instead of object-oriented and model-driven systems, the designer thinks in terms of system-oriented objects (SOOs) and system-driven models. Much of what seems counter-intuitive with traditional approaches, which tend to be software-centric, becomes intuitive with this systems-centric approach.USL was created by Margaret Hamilton for designing systems with significantly increased reliability, higher productivity, and lower risk. It was designed to achieve the following objectives: reduce complexity and bring clarity into the thinking process; ensure correctness by inherent, universal, built-in language properties; ensure seamless integration from systems to software; ensure traceability and evolvability, develop unambiguous requirements, specifications, and design; ensure that there are no interface errors in a system design and its derivatives; maximize inherent reuse; ensure that every model captures real-time execution semantics (for example, asynchronous and distributed); establish automatic generation of much of design, reducing the need for designers’ involvement in implementation details; establish automatic generation of 100 percent, fully production-ready code, from system specifications, for any kind or size of software application; and eliminate the need for a high percentage of testing without compromising reliability.USL, together with its automation, can address these objectives because of the systems theory that forms its foundations. It also takes roots from other sources–other real-world systems and formal linguistics, methods, and object technologies."@en }
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- Universal_Systems_Language abstract "Unlike traditional languages, the Universal Systems Language (USL) is a computer system language based on a preventive instead of a curative paradigm. Based on systems theory, to a great extent derived from lessons learned from the Apollo onboard flight software effort, USL has evolved over several decades (originally called 001AXES) and taken on multiple dimensions as a systems engineering approach.USL is a completely different way to think about systems: instead of object-oriented and model-driven systems, the designer thinks in terms of system-oriented objects (SOOs) and system-driven models. Much of what seems counter-intuitive with traditional approaches, which tend to be software-centric, becomes intuitive with this systems-centric approach.USL was created by Margaret Hamilton for designing systems with significantly increased reliability, higher productivity, and lower risk. It was designed to achieve the following objectives: reduce complexity and bring clarity into the thinking process; ensure correctness by inherent, universal, built-in language properties; ensure seamless integration from systems to software; ensure traceability and evolvability, develop unambiguous requirements, specifications, and design; ensure that there are no interface errors in a system design and its derivatives; maximize inherent reuse; ensure that every model captures real-time execution semantics (for example, asynchronous and distributed); establish automatic generation of much of design, reducing the need for designers’ involvement in implementation details; establish automatic generation of 100 percent, fully production-ready code, from system specifications, for any kind or size of software application; and eliminate the need for a high percentage of testing without compromising reliability.USL, together with its automation, can address these objectives because of the systems theory that forms its foundations. It also takes roots from other sources–other real-world systems and formal linguistics, methods, and object technologies.".
- Q7894081 abstract "Unlike traditional languages, the Universal Systems Language (USL) is a computer system language based on a preventive instead of a curative paradigm. Based on systems theory, to a great extent derived from lessons learned from the Apollo onboard flight software effort, USL has evolved over several decades (originally called 001AXES) and taken on multiple dimensions as a systems engineering approach.USL is a completely different way to think about systems: instead of object-oriented and model-driven systems, the designer thinks in terms of system-oriented objects (SOOs) and system-driven models. Much of what seems counter-intuitive with traditional approaches, which tend to be software-centric, becomes intuitive with this systems-centric approach.USL was created by Margaret Hamilton for designing systems with significantly increased reliability, higher productivity, and lower risk. It was designed to achieve the following objectives: reduce complexity and bring clarity into the thinking process; ensure correctness by inherent, universal, built-in language properties; ensure seamless integration from systems to software; ensure traceability and evolvability, develop unambiguous requirements, specifications, and design; ensure that there are no interface errors in a system design and its derivatives; maximize inherent reuse; ensure that every model captures real-time execution semantics (for example, asynchronous and distributed); establish automatic generation of much of design, reducing the need for designers’ involvement in implementation details; establish automatic generation of 100 percent, fully production-ready code, from system specifications, for any kind or size of software application; and eliminate the need for a high percentage of testing without compromising reliability.USL, together with its automation, can address these objectives because of the systems theory that forms its foundations. It also takes roots from other sources–other real-world systems and formal linguistics, methods, and object technologies.".