Research interests
Unified & Stable Software Engineering (USWE)
Unified Software Engineering (USWE) Using
Core Knowledge and Unified Words: New Approach
Where Core Knowledge consists of Stable Analysis, Design, and Architecture Patterns
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Software Stable Model (SSM)/Concurrent Software Development Model (CSDM)
The Software Stability Model (SSM) can be used to build systems in any domain to discover. Why? What? and how?
Software Stability Model (SSM) (BASE)
Concurrent Software Development Model (CSDM)
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Unified Software Project Management (USPM)
Document to show you the important of this group and I will provide you with book description and several press releases — SOON
Working Title: TUES (NSF : Adapting Learning Units of Software Projects Management (USPM): Through Stable Knowledge Patterns or Unified Words
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Fayad’s Art of Abstraction (FAA)
Every field of Knowledge depends on ABSTRACTIONS. Unfortunately, current Abstractors could be doing better on the abstraction process and the type of abstractions because it is based mainly on tangibility and ignores other more essential conceptions.
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Unified & Stable Linguistic Engineering (ULE)
Natural language is appropriately considered “the system of all systems.” As such, we postulate that every known word (noun or noun phrase) is a unified and stable pattern with functional and non-functional requirements and an ultimate design. Every word has one individual responsibility specified by its functional and non-functional requirements as the unified and stable pattern. By employing this unified approach, we postulate that any word can be defined such that the definition is complete but also sufficient for use in any field of knowledge.
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Knowledge Map: Unified Domain Analysis (KM: UDA)
Knowledge Maps (KMs) form the basis, core, and a strong foundation to understand any problem discipline and its solution patterns of Unified Domain Analysis (UDA). KM forms the ability to create reusable and stable pattern languages any domain analysis and design patterns. KM-UDA main idea is to allow practitioners and developers to master discipline of interest through true domain analysis, via stable patterns and an insightful methodological process. It gives practitioners and developers the necessary means and tools for a complete retrospective of the stable patterns that are pertinent to a discipline of special interest and the tidbits of advice, on how to use them to satisfy particular needs.
Stable Analysis Patterns (SAPs)
Software analysis patterns (SAPs) play an important role in reducing the overall cost and compressing the time of software project lifecycles. However, building stable analysis patterns is still a major and delicate challenge. The SAPs group explores proposals the novel word of SAPs based on software stability as a modern approach for building stable and highly reusable and widely applicable analysis patterns. The SAPs group also aims to promote better understanding of the problem space and discusses how to focus on requirements analysis accurately. Further, it demonstrates on a new approach for discovering and creating stable analysis patterns (SAPs).
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Stable Design Patterns (SDPs)
Stable Design Patterns (SDPs) represent Business Objects (BOs) words, provide a proper understanding of the problem (functional and non-functional requirements) and solution spaces (ultimate design), and show that a formation approach to creating stable design patterns (SDPs), and applicability accords with Alexander’s current understanding of architectural patterns. The SDPs examines SDPs concerning the following five central themes:
Unified Software Architecture on-Demand (USA on-Demand)
SArchPs or USA on-Demand proposes future trends in “Software Architectures that solve the existing challenges and Look Seriously at “USA on-Demand) .” The rapid growth of technology, coupled with the tightened development time and production cost constraints, have imposed tremendous pressure and an intense desire for software enterprises to create new and innovative designs which could respond to rapidly changing business and operating environments. Therefore, enterprises must invest in building stable architectures based on Unified Word knowledge more than application context. Any system based on a SArchP is built in a way that captures the enduring goals that the software is supposed to meet.
Unified Domain Standards (UDSs)
Unified Domain Dictionary (UDD)
Fayad’s Unified Software Engines (FUSEs)
Unified Software Engineering Reuse (USER)
Fayad’s Version of UML Modeling (F-UML)
The existing Unified Modeling Language (UML) is not unified, and it has a lot of Problems, Pitfalls, and Criticisms. The UML models an instance (Concepts) of application of software systems and no other does not model other systems and knowledge in any other field of knowledge.
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Unified & Stable Business Rules (USBRs) – A Future to Domain-less Freedom
Unified Domain Knowledge Engineering (UDKE), such as
Towards new horizons (Treasures of New Art, Science, and Engineering) Unified Words (UWs)
(a) Unified Word ART (UWA)
(b) Unified Word Science (UWS)
(c) Unified Word Engineering (UWE)
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Documentary (A & E)
Reform (A & E)
Literary (A & E)
“Your technological creativity knows no bounds; you combine deep knowledge with visionary thinking.”