Knowledge Map for Unified Domain Analysis (KM-UDA) Volume 01 – Intelligence Technologies
Price range: $99.99 through $199.99
Software Process Development
Price range: $69.99 through $149.99
Knowledge Map for Unified Domain Analysis (KM-UDA) Volume 02 – Software Lifecycle Stages
Price range: $99.99 through $199.99
Problem space is the set of all problems and represents “What” are any domain’s functional and non-functional requirements? And it is not a subset of the solution space. Knowledge Map for Unified Domain Analysis (KM-UDA) discovers all the truths (the functional and non-functional requirements) about any domain. The existing domain analysis techniques and domain experts are very good at identifying the tangible aspects of any discipline that considers the applications aspect of the analyzed field. KM-UDA forms the basis, core, and strong and unified foundation to understand any domain problem and its solution patterns. KM-UDA can create an analysis based on the fundamental concepts of unification and stability. This book contains the following KM-UDA: 1. Knowledge Map of Unified Functional Requirements (KM-UFRs) or Problem Space Stable Analysis Patterns (PS-SAPs) 2. Knowledge Map of Unified Non-Functional Requirements (KM-UNFs) or Quality Factors Stable Analysis Patterns (QF-SAPs) 3. Knowledge Map of Stable Software/System Design (KM-SDPs) 4. Knowledge Map of Unified Software Architecture on Demand (KM-USA on-Demand) 5. Knowledge Map of Unified Software Testing or Software Immune Testing: Unified Software Engine (SIT-USE)
| BOOK | Hardcover, Paperback, Kindle |
|---|
Description
Product details
-
Publisher : AEEH PRESS INC
-
Language : English
-
ISBN :
978-1-964282-52-7
-
Item Weight : 1.14 pounds
-
Dimensions : 6 x 0.68 x 9 inches
-
Illustrations by Mahmoud Asaad
-
Release Date: August 2025 or before
-
Number of Pages – between 350 to 450 pages
-
Author: Professor Dr. Mohamed E. Fayad
Book flyers
Book Press releases
Copyright © 2025 AEEH PRESS INC
All Rights Reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the written permission of the author.
Reviews (0)
Shipping & Delivery
MAECENAS IACULIS
Vestibulum curae torquent diam diam commodo parturient penatibus nunc dui adipiscing convallis bulum parturient suspendisse parturient a.Parturient in parturient scelerisque nibh lectus quam a natoque adipiscing a vestibulum hendrerit et pharetra fames nunc natoque dui.
ADIPISCING CONVALLIS BULUM
- Vestibulum penatibus nunc dui adipiscing convallis bulum parturient suspendisse.
- Abitur parturient praesent lectus quam a natoque adipiscing a vestibulum hendre.
- Diam parturient dictumst parturient scelerisque nibh lectus.
Scelerisque adipiscing bibendum sem vestibulum et in a a a purus lectus faucibus lobortis tincidunt purus lectus nisl class eros.Condimentum a et ullamcorper dictumst mus et tristique elementum nam inceptos hac parturient scelerisque vestibulum amet elit ut volutpat.
Related products
Concurrent Software Development Model (CSDM) (Software Stability Model (SSM))
Software Stability Model (SSM) is a radically new and disruptive innovation in the field of software engineering. It is a new way of looking at how any software development effort should be undertaken, different from the approaches that we see today. SSM moves on from the traditional ways of software development where a specific software artifact is developed for every different specific application scenario to an approach that promotes factoring in the needs for the future as well and thus making the software thus developed, ‘stable’ over time, i.e.it need not be changed in a big way repeatedly. SSM provides unique and unified methodology such as high returns on investment, complete and comprehensive development of concurrent, unified, stable, executable functional and non-functional requirements, Ultimate Design, Unified Software Architectures on-Demand, and unified Immune Testing, etc. SSM brings along a list of qualities, such as true unification, stability, scalability, adaptability, extensibility, configurability, maintainability, unlimited reuse, applicability, and more to any software developed in any domain along the lines of this development methodology. SSM also does not draw a hard line of transition between the various steps in any software development methodology. For example, the requirements, design, coding, and testing for any given functionality are done in one go. Such activities can be done for each of the functionalities that have to be included in the software, in a concurrent fashion, thus SSM can also be termed as the Concurrent Software Development Model (CSDM). This presentation is an introduction to the Software Stability Model and how it can be used for any software development undertaking from start to the delivery.
Fayad’s Unified Software Engine (FUSE)
A fuse is a standard device found in any electrical system. Examples include a home, an automobile, a power tool, and many more. The fuse itself is standard and comes in a relatively small number of variants about the required application and the amperage or load the fuse is expected to carry. For a particular application and load, fuses are typically interchangeable. If the FUSE fails, the circuit is open and will not conduct electricity. Plug in a new fuse, and the circuit is complete and resumes operation. These software programs have insidious problems, such as Lack of reliability; Lack of stability/unstable; Excessively costly (billions) to build, purchase and operate; Brittle; Software projects that continue to fail at an alarming rate; hardware dependency; maintenance nightmare; etc. The Ultimate Alternative is Fayad's Unified Software Engine (FUSE). 1) Capture the art, science, and engineering of the engine; 2) Capture and develop the engine's unified and stable functional and non-functional requirements; 3) Develop the ultimate design and unified software architecture on-demand of the engine; 4) The new and improved next generation of solutions; 5) Built on any common core infrastructure, e.g., SaaS infrastructures; 6) Facilitate on-demand, highly reusable architectures and applications with rapid times and open space to the market, starting from require ments to final product delivery; 7) Incorporating qualities such as scalability, adaptability, maintainability, unlimited reuse and applicability, and many more; 8) Stop building instance-oriented systems and reinventing the wheels; 9) Prevent hardware dependencies, etc.
Software Process Development
The software/system process is the fundamental way of abstracting and implementing software/system functional and non-functional requirements, design, architectures, and software testing. Software process describes the steps required to abstract and develop some goal, usually unified skills. Software Processes transform textbook theories and method descriptions into actual action steps. It is essential to realize that processes are codified steps that describe a particular organization's way of achieving development goals. That means development processes cannot be acquired off the shelf but must be developed over time. Management must support the move to process-based development. The software process must be maintained when schedule pressures loom, or process costs initially slow some development phases. Development Processes are essential for innovation development teams, even in a well-organized group. Individuals will often perceive themselves as less skilled than before, and the routines they have established with others will undoubtedly change. Management must ensure that setting process-oriented development will allow team members to contribute positively. This book: 1. Extends four well-known CACM thinking (O=Object) Objective Software Process Development columns: I. Software Development Processes: The Necessary Evil II. Process Assessment: Considered Wasteful III. Surviving a Process Performance Crash IV. The Art of Managing Multiple Processes 2. Comments and explains responses, 3. Answers many questions. 4. Illustrates Software Development Process in three ways: Textual, Dataflow Diagram, and Activity Diagram.
Stable Analysis Patterns (SAPs) (BASE)
Software analysis patterns (SAPs) represent the enduring business themes (EBTs) concepts, show functional and non-functional requirements, ultimate design, and applicability, and play an essential role in reducing the overall cost and compressing the time of software project lifecycles. However, building stable analysis patterns is still a significant and delicate challenge. This Book proposes the novel concept of SAPs based on software stability as a modern approach for creating long-lasting, highly reusable, and widely applicable analysis patterns. This Book also aims to promote a better understanding of the problem space and discusses how to focus on requirements analysis accurately. Further, it demonstrates a new approach to discovering and creating stable analysis patterns (SAPs). A pragmatic approach is presented for understanding the problem domains, utilizing SAPs for any field of knowledge, and modeling the stable and unified foundation of EBTs, reusable components, and engines. It will help the readers attain the basic knowledge to analyze and extract analysis patterns from any domain of interest. Readers will also learn to master methods to document practices effectively, efficiently, and comprehensibly. The Book Brings significant contributions to the field of computing. This Book is a unique blend and a comprehensive reference manual on the topic of SAPs.
Stable Architecture Patterns (SArchPs) Unified Software Architecture on-Demand (USA on-Demand)
USA on-Demand proposes future trends in "Software Architectures that solve the mentioned challenges above and Look Seriously at "Unified Software Architecture on-Demand (F-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 conceptual knowledge more than application context. Any system based on a stable architecture is built in a way that captures the enduring goals that the software is supposed to meet. We refer to these emerging trends of architectures as Architectures on Demand as they are unlimited reusable, adaptable, customizable, extensible, Customizability, self-configurable, self-manageable, and unlimited applicability, according to the future requirements and changes in the operating environments. Adaptability refers to how software system architecture can accommodate changes in its environment constrained by the hardware and software. Customizability refers to the ability of the architecture to be managed and customized by an agent, its users, benefiting applications, and others. Extensibility means that the architecture includes mechanisms for expanding/enhancing the system with new capabilities without making major changes to the architecture and the underlying infrastructure. Good architecture has excellent design principles and guidelines to ensure such architecture's excellency. Self-configurable and self-manageable architectures refer to the architectures of systems that can manage and "self-heal" their properties dynamically at the level of components, connectors, and the underlying infrastructure. The crosscutting concern for all these properties is that dependability should continue to be maintained and evolve the adaptation of the architectures on demand.
The Success of Achieving the Ultimate Goals of Any Word When Clearly Defined (Any Skill, Any Performance, Any Reason, and Any Rule)
Capabilities (WORDs) are the business-centric workhorses called Business Objects (BOs) that support the realization of fulfillment of a goal where goals (WORDs) are Enduring Business-centric Themes called (EBTs). Goals and capabilities are enduring artifacts, but with a minor difference: They are externally adaptable via hooks that are easily connected to the application objects called Industrial Objects (IOs) The Goals and Capabilities present the problem space, which are stable and unified functional requirements that do not exist in current system development. The “Golden Rule”: Ultimate Goal (UG) is considered to be the first of more than 50 discovery keys and follows the “golden rule”: (1) Most BOs have a unified, Stable, and final goal. (2) A few BOs have two goals. (3) Rare BOs have three goals. This volume shows that the ultimate goals that are discovered of: Any Skill, Any Performance, Any Reason, and Any Rule
Unified Business Rules Standard (UBRS)
The current business environment's ever-changing market dynamics, like evolving user needs, faults, intrusions, etc., require constant updates to system behavior and resource availability. These changes, however, should be performed without significantly affecting the application structure, thus allowing the system to effortlessly optimize and tune itself at runtime to handle/manage any issues. Business rules are an effective tool to provide flexibility and control for rapidly deploying changes across business operations. However, most organizations still need help to explicitly define or model business rules, primarily because they lack a global and widely acceptable set of standards. Furthermore, current business rule standards are not flexible and adaptable for defining rules that can apply to any other application except the ones they are designed for. Such problem dependencies in traditional standards make them challenging to evolve and, hence, significantly limit their use. The Unified Business Rule Standard (UBRS) eliminates these dependencies by focusing on the core knowledge of the domain. It effectively means the changes can be carried out to the problem-specific components without affecting the core functionality. In other words, updating the business logic can occur without recompiling the application code.
الطريق إلى النجاح: تحقيق الأهداف النهائية لأي كلمة عند تحديدها
Capabilities (WORDs) are the business-centric workhorses called Business Objects (BOs) that support the realization of fulfillment of a goal where goals (WORDs) are Enduring Business-centric Themes called (EBTs). Goals and capabilities are enduring artifacts, but with a minor difference: They are externally adaptable via hooks that are easily connected to the application objects called Industrial Objects (IOs) The Goals and Capabilities present the problem space, which are stable and unified functional requirements that do not exist in current system development. The “Golden Rule”: Ultimate Goal (UG) is considered to be the first of more than 50 discovery keys and follows the “golden rule”: (1) Most BOs have a unified, Stable, and final goal. (2) A few BOs have two goals. (3) Rare BOs have three goals. This volume shows that the ultimate goals that are discovered of: Any Plan, Any Crime, Any Criteria, Any Assumption.
Reviews
There are no reviews yet.